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Case studies
Introduction  A summary of the case 
analysis process  C-2
  Preparing an effective 
case analysis – the full 
story  C-5
Case 1  Hearing with the aid of 
implanted technology: The 
case of Cochlear™, an 
Australian high-technology 
leader  C-19
Case 2  The Australian retail wars: 
Coles Myer and Woolworths 
battle for brand value  C-26
Case 3  eBay.com: Profitably 
managing growth from  
start-up to 2000  C-32
Case 4  Gillette and the men’s  
wet-shaving market  C-50 
Case 5  Gunns and the greens: 
Governance issues in 
Tasmania  C-70
Case 6  Growth at Hubbard’s 
Foods?  C-79
Case 7  Incat Tasmania’s race for 
international success:  
Blue-riband strategies  C-89
Case 8  The Golden Arches in 
India: A case of strategic 
adaptation  C-95
Case 9  Monsanto: Better 
living through genetic 
engineering?  C-106
Case 10  Nucor Corporation and the 
US steel industry  C-121
Case 11  Philip Condit and the  
Boeing 777: From design and 
development to production 
and sales  C-152
Case 12  Resene Paints  C-168
Case 13  Sony Corporation: The vision 
of tomorrow  C-184

C-2
Introduction
A summary of the case 
analysis process
Dallas Hanson
University of Tasmania
Case analysis is an essential part of a strategic man-
agement  course  and is also  perhaps the  most  enter-
taining  part  of  such  a  course.  The  ‘full  story’  that 
follows  this  summary  gives  you  considerable  detail 
about how to go about a case analysis, but for now 
here is a brief account.
Before we start, a word about attitude: make it a 
real exercise; you have a set of historical facts and use 
a rigorous system to work out what strategies should 
be followed. All the cases are about real companies, 
and one of the entertaining bits of the analysis pro-
cess is to compare what you have said they should do 
with what they really have done. So, it is best not to 
check the Net to see current strategies until you have 
completed your analysis.
What  follows  is  one  analytical  system,  a  fairly 
tight  one  that  you may want  to  adapt  according  to 
how much time you have and the style of the case.
External analysis
Step 1  What industry is it?
You must decide on this early. This is an important 
step,  because it changes the analysis  – for example, 
your industry analysis will yield different conclusions 
depending on what industry you determine.
Step 2  General environment analysis
Analyse  the six  generic elements – economic,  socio-
cultural,  global,  technological,  political/legal  and 
demographic  –  and  work  out  what  the  important 
facts are. There may be many issues and facts in each 
element, but you put down only the important ones. 
It is also important to avoid the common error of over-
emphasis  on  the  firm  in  question.  So,  assuming  the 
firm  operates  in  the  Australian  ice-cream  industry, 
the demographic analysis may have this comment: ‘A 
large baby boomer generation is now becoming more 
health-conscious. This presents opportunities in health 
foods and healthy alternatives for conventional foods. 
It also presents opportunities for low-fat ice creams.’ 
Or, in analysing the demographics of the Cochlear™ 
firm, you may conclude that there is a global market of 
1.8 million profoundly deaf people and that this pro-
vides a huge undeveloped market for the implantable 
hearing devices industry.
Step 3  The industry environment
Analyse the five forces (that is, supplier power, buyer 
power,  potential  entrants,  substitute  products  and 
rivalry among competitors) and explain briefly what 
is  significant  for  each.  For  example,  what  are  the 
issues involved in new entrants into the industry? For 

Introduction • A summary of the case analysis process C-3
the  implantable hearing devices industry, these may 
include  the  need  for understanding  of intricate new 
technology, possession of a reputation in the global 
deaf community for safe and effective product devel-
opment, and links to research institutions. This makes 
the industry hard to enter. Each force needs a brief dis-
cussion followed by a short conclusion.
One extra consideration before you pull the anal-
ysis  together  and  work  out  if  this  is  an  attractive 
industry (the main conclusion) is: Is there a key force 
or forces in your industry? Porter argues that there is 
a key force in any industry, one that exerts more influ-
ence than the other forces. 
Now,  is  it  an  attractive  industry?  You  need  to 
explain, briefly,  why or why not. Bear in mind that 
it is often not a clear decision because the forces are 
mixed – for example, there may be little concern about 
new entrants, suppliers or substitutes, but buyers may 
be fickle and rivalry high. In such cases, the key force 
analysis is very important
Remember: it is the industry you analyse, not the 
firm.
Step 4  Competitive environment
Is there a strategic group that you need to take account 
of? What is the rivalry like in this group? What capa-
bilities do the relevant firms have? What strategies do 
they follow? What threats do they represent?
Step 5  You now have material about 
opportunities and threats
It is easy to pull this together from the four steps you 
have now completed.
Internal analysis
Step 6  The firm’s resources, tangible and 
intangible
List all relevant resources. It is useful to distinguish 
between  tangible and intangible resources.  Remem-
ber: firms have many resources.
At this point, if you have the skills and time, you 
can analyse the financial information that almost all 
cases provide. This provides material for a financial 
resources paragraph.
Step 7  Capabilities identification
Here you make a list of capabilities. Capabilities tell 
you what the firm can do.
Remember: each firm may have a dozen or more 
capabilities, so include some that are very unlikely to 
be core competencies. This is a difficult step, because 
you must explain the capabilities carefully to indicate 
what the firm really does. For example, Cochlear has 
a capability for research in cochlear-related technol-
ogy. It does not have a generic research capability.
Step 8  Core competency analysis
For each capability, indicate which of the four tests 
for a core competency it meets. An easy way to do this 
is through use of a table. For example:
Rare? Valuable?
Costly to 
imitate?
Non- 
substitutable
Logistics 
management 
in cochlear 
technologies Yes Y
es No No
Research 
knowledge and 
skill in cochlear-
related areas Yes Yes Yes  Yes
Etc.
This is an important step, because the core compe-
tencies are fundamental in the strategies you suggest 
– firms use their core competencies.
Step 9   Weaknesses
What  major  weaknesses  does  the  firm  have  –  for 
example, old technology, very limited finance and poor 
cash flow, no succession planning?
Step 10  Pulling it together
You  now  have  all  the  material  for  an  excellent 
SWOT (strengths/weaknesses, opportunities/threats) 
analysis.  Pull  together  the  earlier  identification  of 
opportunities  and  threats  (step  5)  with  the  internal 
analysis you have done. This resources-based, theory-
oriented  system  gives  you  a  powerful  vocabulary 
to  describe  what  simpler  systems  call  ‘strengths’, 
and  the  other  elements  of  the  system  allow  you  to 
systematically  identify  other  significant  factors  in  
the mix. 

C-4 Introduction • A summary of the case analysis process
Step 11  Current strategies
Work out the firm’s current strategies.
Step 12  Strategies
Here you take advantage of opportunities and handle 
threats. You should be able to make use of core com-
petencies to do this. 
You may need strategies at the business level, cor-
porate level and international level (but it depends on 
the industry and on whether all are required). Also, 
bear in mind that you may need to specify functional-
level  strategies  to  fit  the  generic  strategies  at  the 
business level. For example, if your ice-cream compa-
ny adopts a differentiation strategy, you must specify 
how it is differentiated (on what grounds – low fat?) 
and there must be associated innovation and market-
ing  strategies  (or,  in  the  corporate-level  strategy,  a 
supporting acquisition strategy may be used to handle 
the innovation issue).
Make  a  list  of  alternative  possibilities  and  use 
the external and internal analyses that you have con-
ducted to assess them. Choose one set of alternatives. 
How do these differ from current strategies?
Make sure the strategies  chosen fit in with your 
earlier analysis. Use all the conclusions in the earlier 
analysis. For example (and bear in mind that this is 
simplified  to make  the  idea  clearer),  if  you are  in  a 
rivalrous industry which has good growth prospects 
because of useful demographic change and you have 
good financial resources, you may argue for expan-
sion into the new segment using available resources. 
If the finances were not there, this strategy would be 
difficult to support.
Using the Cochlear™ case 
as a training case
This case analysis process is easy to use once you have 
learned it, and the best way to learn is to try it out. The 
Cochlear™ case in this book is designed as a training 
case to help you do this. Don’t be concerned if you get 
a slightly different analysis to other people: one of the 
glories of case analysis is that they are never ‘right’; 
some are, however, more plausible than others.

C-5
Preparing an effective case 
analysis – the full story
In most strategic management courses, cases are used 
extensively as a teaching tool.1  A key reason is that 
cases  provide  active  learners  with  opportunities  to 
use the strategic management process to identify and 
solve  organisational  problems.  Thus,  by  analysing 
situations that are described in cases and presenting 
the results, active learners (that is, students) become 
skilled at effectively using the tools, techniques and 
concepts that combine to form the strategic manage-
ment process.
The cases that follow are concerned with actual 
companies. Presented within the cases are problems 
and situations that managers and those  with whom 
they work must analyse and resolve. As you will see, 
a strategic management case can focus on an entire 
industry, a single organisation, or a business unit of 
a  large,  diversified  firm.  The  strategic  management 
issues facing not-for-profit organisations also can be 
examined using the case analysis method.
Basically, the case analysis method calls for a care-
ful diagnosis of an organisation’s current conditions 
(as manifested by its  external  and  internal  environ-
ments)  so  that  appropriate  strategic  actions  can  be 
recommended in light of the firm’s strategic intent and 
strategic mission. Strategic actions are taken to devel-
op and then use a firm’s core competencies to select 
and implement different strategies, including business-
level,  corporate-level,  acquisition  and  restructuring, 
international and cooperative strategies. Thus, appro-
priate strategic actions help the firm to survive in the 
long run as it creates and uses competitive advantages 
as the foundation for achieving strategic competitive-
ness  and  earning  above-average  returns.  The  case 
method that we are recommending to you has a rich 
heritage as a pedagogical approach to the study and 
understanding of managerial effectiveness.2
As an active learner, your preparation is critical 
to successful use of the case analysis method. With-
out careful study and analysis, active learners lack the 
insights required to participate fully in the discussion 
of a firm’s situation and the strategic actions that are 
appropriate.
Instructors  adopt  different  approaches  in  their 
application of the case analysis method. Some require 
active  learners/students  to  use  a  specific  analytical 
procedure  to  examine  an  organisation;  others  pro-
vide  less  structure,  expecting  students  to  learn  by 
developing their own unique analytical method. Still 
other instructors believe that a moderately structured 
framework should be used to analyse a firm’s situa-
tion  and  make  appropriate  recommendations.  Your 
lecturer or tutor will determine the specific approach 
you take. The approach we are presenting to you is a 
moderately structured framework.
We divide our discussion of a moderately struc-
tured  case  analysis  method  framework  into  four 
sections. First, we describe the importance of under-
standing the skills active learners can acquire through 
effective use of the case analysis method. In the sec-
ond section, we provide you with a process-oriented 
framework. This framework can be of value in your 
efforts to analyse cases and then present the results of 
your work. Using this framework in a classroom set-
ting yields valuable experiences that can, in turn, help 
you  to  successfully  complete  assignments  that  you 
will  receive  from  your  employer.  The  third  section 

C-6
is where we describe briefly what you can expect to 
occur during in-class case discussions. As this descrip-
tion shows, the relationship and interactions between 
instructors  and  active  learners/students  during  case 
discussions are different than they are during lectures. 
In  the  final  section,  we  present  a  moderately  struc-
tured framework that we believe can help you to pre-
pare effective oral and written presentations. Written 
and oral communication skills also are valued highly 
in many organisational settings; hence, their develop-
ment today can serve you well in the future.
Skills gained through use of 
the case analysis method
The  case  analysis  method  is  based  on  a  philosophy 
that combines knowledge acquisition with significant 
involvement from students as active learners. In the 
words  of  Alfred  North  Whitehead,  this  philosophy 
‘rejects  the  doctrine  that  students  had  first  learned 
passively,  and  then,  having  learned  should  apply 
knowledge’.3 In contrast to this philosophy, the case 
analysis method is based on principles that were elab-
orated upon by John Dewey:
Only  by  wrestling  with  the  conditions  of  this 
problem at hand, seeking and finding his own way 
out, does [the student] think ... If he cannot devise 
his own solution (not, of course, in isolation, but 
in  correspondence  with  the  teacher  and  other 
pupils) and find his own way out he will not learn, 
not even if he can recite some correct answer with 
a hundred percent accuracy.4
The case analysis method brings reality into the 
classroom. When developed and presented effectively, 
with rich and interesting detail, cases keep conceptu-
al discussions grounded in reality. Experience shows 
that simple fictional accounts of situations and collec-
tions of actual organisational data and articles from 
public sources are not as effective for learning as fully 
developed cases. A comprehensive case presents you 
with a partial clinical study of a real-life situation that 
faced managers as well as other stakeholders, includ-
ing  employees.  A  case  presented  in  narrative  form 
provides motivation for involvement with and analy-
sis of a specific situation. By framing alternative stra-
tegic actions and by confronting the complexity and 
ambiguity of the  practical  world, case  analysis pro-
vides extraordinary power for your involvement with 
a  personal  learning  experience.  Some  of  the  poten-
tial consequences of using the case method are sum-
marised in Exhibit 1.
As  Exhibit  1  suggests,  the  case  analysis  meth-
od  can  assist  active  learners  in  the  development  of 
their  analytical  and  judgement  skills.  Case  analy-
sis also helps students to learn how to ask the right 
questions. By this we mean  questions  that focus  on 
the  core strategic issues that are included in a case. 
Active learners/students with managerial aspirations 
can improve their ability to identify underlying prob-
lems rather than focusing on superficial symptoms as 
they develop skills at asking probing, yet appropriate, 
questions.
The collection of cases your instructor chooses to 
assign can expose you to a wide variety of organisa-
tions  and  decision  situations.  This  approach  vicari-
ously  broadens  your  experience  base  and  provides 
insights  into  many  types  of  managerial  situations, 
Exhibit 1
1  Case analysis requires students to practise important managerial skills – diagnosing, making decisions, observing, listening and 
persuading – while preparing for a case discussion.
2  Cases require students to relate analysis and action, to develop realistic and concrete actions despite the complexity and 
partial knowledge characterising the situation being studied.
3  Students must confront the intractability of reality – complete with absence of needed information, an imbalance between 
needs and available resources, and conflicts among competing objectives.
4  Students develop a general managerial point of view – where responsibility is sensitive to action in a diverse environmental 
context.
Source: C.C. Lundberg and C. Enz, 1993, ‘A framework for student case preparation’, Case Research Journal, 13 (summer), p. 134.
Introduction • Preparing an effective case analysis

C-7
tasks  and  responsibilities.  Such  indirect  experience 
can help you to make a more informed career deci-
sion  about  the  industry  and  managerial  situation 
you believe will prove to be challenging and satisfy-
ing. Finally,  experience  in  analysing  cases  definitely 
enhances  your  problem-solving  skills,  and  research 
indicates that the case method for this subject is better 
than the lecture method.5
Furthermore, when your instructor requires oral 
and written presentations, your communication skills 
will  be  honed  through  use  of  the  case  method.  Of 
course,  these  added  skills  depend  on  your  prepara-
tion as well as your instructor’s facilitation of learn-
ing. However, the primary responsibility for learning 
is  yours.  The  quality  of case  discussion  is  generally 
acknowledged to require, at a minimum, a thorough 
mastery of case facts and some independent analysis 
of them. The case method therefore first requires that 
you read and think carefully about each case. Addi-
tional  comments  about  the  preparation  you  should 
complete to successfully discuss a case appear in the 
next section.
Student preparation for 
case discussion
If  you  are  inexperienced  with  the  case  method, 
you may need to alter  your study habits. A lecture-
oriented course may not require you to do intensive 
preparation for each  class period.  In such a  course, 
you have the latitude to work through assigned read-
ings and review lecture notes according to your own 
schedule. However, an assigned case requires signifi-
cant and conscientious preparation before class. With-
out it, you will be unable to contribute meaningfully 
to in-class discussion. Therefore, careful reading and 
thinking about case facts, as well  as reasoned anal-
yses and the development of alternative solutions to 
case problems, are essential. Recommended alterna-
tives should flow logically from core problems iden-
tified  through  study  of  the  case.  Exhibit 2 shows  a 
set of steps that can help you to familiarise yourself 
with a case, identify problems and propose strategic 
actions that increase the probability that a firm will 
achieve  strategic  competitiveness  and  earn  above-
average returns.
Exhibit 2
Step 1:
Gaining familiarity
a  In general – determine who, what, how, where and when (the critical facts of the case).
b  In detail – identify the places, persons, activities and contexts of the situation.
c  Recognise the degree of certainty/uncertainty of acquired information.
Step 2:
Recognising symptoms
a  List all indicators (including stated ‘problems’) that something is not as expected or as desired.
b  Ensure that symptoms are not assumed to be the problem. (Symptoms should lead to 
identification of the problem.)
Step 3:
Identifying goals
a  Identify critical statements by major parties (e.g. people, groups, the work unit, etc.).
b  List all goals of the major parties that exist or can be reasonably inferred.
Step 4:
Conducting the analysis
a  Decide which ideas, models and theories seem useful.
b  Apply these conceptual tools to the situation.
c  As new information is revealed, cycle back to sub-steps (a) and (b).
Step 5:
Making the diagnosis
a  Identify predicaments (goal inconsistencies).
b  Identify problems (discrepancies between goals and performance).
c  Prioritise predicaments/problems regarding timing, importance, etc.
Step 6:
Doing the action planning
a  Specify and prioritise the criteria used to choose action alternatives.
b  Discover or invent feasible action alternatives.
c  Examine the probable consequences of action alternatives.
d  Select a course of action.
e  Design an implementation plan/schedule.
f  Create a plan for assessing the action to be implemented.
Source: C. C. Lundberg and C. Enz, 1993, ‘A framework for student case preparation’, Case Research Journal, 13 (summer), p. 144.
Introduction • Preparing an effective case analysis

C-8
Gaining familiarity
The first step of an effective case analysis process calls 
for you to become familiar with the facts featured in 
the case and the focal firm’s situation. Initially, you 
should become familiar with the focal firm’s general 
situation  (for example,  who,  what,  how,  where  and 
when). Thorough familiarisation demands apprecia-
tion  of  the  nuances,  as  well  as  the  major  issues,  in  
the case.
Gaining familiarity with a situation requires you to 
study several situational levels, including interactions 
between and among individuals within groups, busi-
ness units, the corporate office, the local communi-
ty and the society at large. Recognising relationships 
within and among levels facilitates a more thorough 
understanding of the specific case situation.
It is also important that you evaluate information 
on  a  continuum  of  certainty.  Information  that  is 
verifiable by several sources and judged along similar 
dimensions  can  be  classified  as  a  fact.  Information 
representing someone’s perceptual judgement of a par-
ticular situation is referred to as an inference. Infor-
mation gleaned from a situation that is not verifiable 
is classified as speculation. Finally, information that is 
independent of verifiable sources and arises through 
individual  or  group  discussion  is  an  assumption. 
Obviously, case analysts and organisational decision 
makers prefer having access to facts over inferences, 
speculations and assumptions.
Personal feelings, judgements and opinions evolve 
when you are analysing a case. It is important to be 
aware  of  your  own  feelings  about  the  case  and  to 
evaluate  the  accuracy  of  perceived  ‘facts’  to  ensure 
that the objectivity of your work is maximised.
Recognising symptoms
Recognition  of  symptoms  is  the  second  step  of  an 
effective case analysis process. A symptom is an indi-
cation that something is not as you or someone else 
thinks it should be. You may be tempted to correct the 
symptoms instead of searching for true problems. True 
problems  are  the  conditions  or  situations  requiring 
solution before the performance of an organisation, 
business unit or individual can improve. Identifying 
and listing symptoms early in the case analysis process 
tends to reduce the temptation to label symptoms as 
problems. The focus of your analysis should be on the 
actual causes of a problem, rather than on its symptoms. 
Thus, it is important to remember that symptoms are 
indicators  of  problems;  subsequent  work  facilitates 
discovery of critical causes of problems that your case 
recommendations must address.
Identifying goals
The  third  step  of  effective  case  analysis  calls  for 
you to identify the goals of the major organisations, 
business units and/or individuals in a case. As appro-
priate, you should also identify each firm’s strategic 
intent  and  strategic  mission.  Typically,  these  direc-
tion-setting  statements  (goals,  strategic  intents  and 
strategic missions) are derived from comments made 
by  central  characters  in  the  organisation,  business 
unit  or  top  management  team  as  described  in  the 
case and/or from public documents (for example, an 
annual report).
Completing this step successfully can sometimes be 
difficult.  Nonetheless,  the  outcomes  you  attain  from 
this  step  are  essential  to  an  effective  case  analysis 
because  identifying  goals,  intent  and  mission  helps 
you to clarify the main problems featured  in a case 
and to evaluate alternative solutions to those problems. 
Direction-setting  statements  are  not  always  stated 
publicly  or  prepared  in  written  format.  When  this 
occurs, you must infer goals from other available fac-
tual data and information.
Conducting the analysis
The fourth step of effective case analysis is concerned 
with acquiring a systematic understanding of a situ-
ation. Occasionally, cases are analysed in a less-than-
thorough manner. Such analyses may be a product of 
a busy schedule or of the difficulty and complexity of 
the issues described in a particular case. Sometimes 
you will  face  pressures  on  your  limited  amounts  of 
time and may believe that you can understand the sit-
uation described in a case without systematic analy-
sis of all  the facts.  However, experience  shows that 
familiarity with a case’s facts is a necessary, but insuf-
ficient, step in the development of effective solutions 
– solutions that can enhance a firm’s  strategic com-
petitiveness.  In  fact,  a  less-than-thorough  analysis 
typically results in an emphasis on symptoms, rather 
than on problems and their causes. To analyse a case 
Introduction • Preparing an effective case analysis

C-9
effectively,  you  should  be sceptical of quick  or easy 
approaches and answers.
A  systematic  analysis  helps  you  to  understand 
a situation and determine what can work and prob-
ably  what  will  not  work.  Key  linkages  and  under-
lying causal networks based on the history of the firm 
become apparent. In this way, you can separate causal 
networks from symptoms.
Also, because the quality of a case analysis depends 
on applying appropriate tools, it is important that you 
use the ideas, models and theories that seem to be use-
ful for evaluating and solving individual and unique 
situations.  As  you  consider  facts  and  symptoms,  a 
useful theory may become apparent. Of course, hav-
ing familiarity with conceptual models may be impor-
tant in the effective analysis of a situation. Successful 
students and successful organisational strategists add 
to their intellectual tool kits on a continual basis.
Making the diagnosis
The fifth step of effective case analysis – diagnosis – is 
the process of identifying and clarifying the roots of 
the problems by comparing goals with facts. In this 
step, it is useful to search for predicaments. Predica-
ments  are  situations  in  which  goals  do  not  fit  with 
known  facts.  When  you evaluate  the  actual  perfor-
mance of an organisation, business unit or individual, 
you may identify over- or under-achievement (relative 
to established goals). Of course, single-problem situa-
tions are rare. Accordingly, you should recognise that 
the case situations you study probably will be com-
plex in nature.
Effective  diagnosis  requires  you  to  determine 
the problems affecting longer-term performance and 
those  requiring immediate handling. Understanding 
these  issues  will  aid  your  efforts  to  prioritise  prob-
lems and predicaments, given available resources and 
existing constraints.
Doing the action planning
The final step of an effective case analysis process is 
called action planning. Action planning is the process 
of identifying appropriate alternative actions. In the 
action planning step, you select the criteria you will 
use  to  evaluate  the  identified  alternatives.  You  may 
derive these criteria from the analyses; typically, they 
are related to key strategic situations facing the focal 
organisation.  Furthermore,  it  is  important  that  you 
prioritise these criteria to ensure a rational and effec-
tive evaluation of alternative courses of action.
Typically,  managers  ‘satisfice’  when  selecting 
courses of action; that is, they find acceptable courses 
of  action  that  meet  most  of  the  chosen  evaluation 
criteria. A rule of thumb that has proved valuable to 
strategic  decision  makers  is  to  select  an  alternative 
that leaves other plausible alternatives available if the 
one selected fails.
Once you have selected the best alternative, you 
must specify an implementation plan. Developing an 
implementation plan serves as a reality check on the 
feasibility of your alternatives. Thus, it is important 
that  you  give  thoughtful  consideration  to  all  issues 
associated  with  the  implementation  of  the  selected 
alternatives.
What to expect from  
in-class case discussions
Classroom  discussions  of  cases  differ  significantly 
from lectures. The case method calls for instructors to 
guide the discussion, encourage student participation 
and solicit alternative views. When alternative views 
are not forthcoming, instructors typically adopt one 
view  so  that students  can  be  challenged  to  respond 
to it thoughtfully. Often students’ work is evaluated 
in terms of both the quantity and the quality of their 
contributions  to  in-class  case  discussions.  Students 
benefit by having their views judged against those of 
their peers and by responding to challenges by other 
class members and/or the instructor.
During case discussions, instructors listen, ques-
tion and probe to extend the analysis of case issues. 
In the course of these actions, peers or the instructor 
may challenge an individual’s views and the validity 
of alternative perspectives that have been expressed. 
These challenges are  offered  in  a constructive man-
ner; their intent is to help students develop their ana-
lytical and communication skills. Instructors should 
encourage  students  to be innovative and original  in 
the development and presentation of their ideas. Over 
the course of an individual discussion, students can 
develop a more complex view of the case, benefiting 
from the diverse inputs of their peers and instructor. 
Introduction • Preparing an effective case analysis

C-10
Among other benefits, experience with multiple-case 
discussions  should  help  students  to  increase  their 
knowledge  of  the  advantages  and  disadvantages  of 
group decision-making processes.
Student peers as well as the instructor value com-
ments  that  contribute  to  the  discussion.  To  offer 
relevant  contributions,  you  are  encouraged  to  use 
independent  thought  and,  through  discussions  with 
your peers outside of class, to refine your thinking. We 
also encourage you to avoid using ‘I think’, ‘I believe’ 
and ‘I feel’ to discuss your inputs to a case analysis 
process. Instead, consider using a less emotion-laden 
phrase, such as ‘My analysis shows’. This highlights 
the logical nature of the approach you have taken to 
complete  the  six  steps  of  an  effective  case  analysis 
process.
When  preparing  for an  in-class  case  discussion, 
you should plan to use the case data to explain your 
assessment of the situation. Assume that your peers 
and instructor know the case facts. In addition, it is 
good  practice  to  prepare  notes  before  class  discus-
sions and use them as you explain your view. Effective 
notes signal to classmates and the instructor that you 
are prepared to engage in a thorough discussion of a 
case. Moreover, thorough notes eliminate the need for 
you to memorise the facts and figures needed to dis-
cuss a case successfully.
The case analysis process just described can help 
you prepare to effectively discuss a case during class 
meetings. Adherence to this process results in consid-
eration of the issues required to identify a focal firm’s 
problems  and  to  propose  strategic  actions  through 
which the firm can increase the probability that it will 
achieve strategic competitiveness.
In  some  instances,  your  instructor  may  ask 
you  to  prepare  either  an  oral  or  a  written  analysis 
of  a  particular  case.  Typically,  such  an  assignment 
demands  even more thorough  study and analysis of 
the case contents. At your instructor’s discretion, oral 
and written analyses may be completed by individuals 
or by groups of two or more people.  The  informat-
ion  and  insights  gained  through  completing  the  six 
steps  shown  in  Exhibit  2  are  often  of  value  in  the 
development of an oral or written analysis. However, 
when preparing an oral or written presentation, you 
must consider the overall framework in which your 
information  and  inputs  will  be  presented.  Such  a 
framework is the focus of the next section.
Preparing an oral/written 
case strategic plan
Experience shows that two types of thinking are nec-
essary in order to develop an effective oral or written 
presentation  (see  Exhibit  3).  The  upper  part  of  the 
model in Exhibit 3 outlines the analysis stage of case 
preparation.
In the analysis stage, you should first analyse the 
general  external  environmental  issues  affecting  the 
firm. Next, your environmental analysis should focus 
on the particular industry (or industries, in the case 
of a diversified  company)  in  which  a  firm  operates. 
Finally, you should examine the competitive environ-
ment  of  the  focal  firm.  Through  study  of  the  three 
levels of the external environment, you will be able to 
identify a firm’s opportunities and threats. Following 
the external environmental analysis is the analysis of 
the firm’s internal environment, which results in the 
identification of the firm’s strengths and weaknesses.
As noted in Exhibit 3, you must then change the 
focus  from  analysis  to  synthesis.  Specifically,  you 
must synthesise information gained from your analy-
sis of the firm’s internal and external environments. 
Synthesising information allows you to generate alter-
natives  that  can  resolve  the  significant  problems  or 
challenges facing the focal firm. Once you identify a 
best alternative, from an evaluation based on prede-
termined criteria and goals, you must explore imple-
mentation actions.
Exhibits 4 and 5 outline the sections that should 
be  included  in  either  an  oral  or  a  written  strategic 
plan presentation: introduction (strategic intent and 
mission), situation analysis, statements of strengths/ 
weaknesses  and  opportunities/threats,  strategy  for-
mulation  and  implementation  plan.  These  sections, 
which can be completed only through use of the two 
types of thinking featured in Exhibit 3, are described 
in the following discussion. Familiarity with the con-
tents of your textbook’s 13 chapters is helpful because 
the general outline for an oral or a written strategic 
plan shown in Exhibit 5 is based on an understand-
ing of the strategic  management process detailed  in 
those chapters.
Introduction • Preparing an effective case analysis

C-11
External environment analysis
As  shown  in  Exhibit  5, a general  starting  place  for 
completing  a situation analysis  is  the  external  envi-
ronment.  The  external  environment  is  composed  of 
outside  conditions  that affect  a  firm’s  performance. 
Your analysis of the environment should consider the 
effects of the general environment on the focal firm. 
Following  that  evaluation,  you  should  analyse  the 
industry and competitor environmental trends.
These trends or conditions in the external environ-
ment  shape  the  firm’s  strategic  intent  and  mission. 
The  external  environment  analysis  essentially  indi-
cates what a firm might choose to do. Often called an 
environmental scan, an analysis of the external envi-
ronment allows a firm to identify key conditions that 
are beyond its direct control. The purpose of studying 
the external environment is to identify a firm’s oppor-
tunities and threats. Opportunities are conditions in 
the  external  environment  that  appear  to  have  the 
potential to contribute to a firm’s success. In essence, 
opportunities  represent  possibilities.  Threats  are 
conditions  in  the  external  environment  that  appear 
to have  the  potential  to prevent a  firm’s success.  In 
essence, threats represent potential constraints.
When  studying  the  external  environment,  the 
focus  is on trying to predict  the  future  (in  terms of 
local,  regional,  and  international  trends  and  issues) 
and to predict the expected effects on a firm’s oper-
ations. The external environment features conditions 
in  the  broader  society  and  in  the  industry  (area  of 
competition)  that  influence  the  firm’s  possibilities 
and  constraints. Areas  to be considered  (to identify 
opportunities and threats) when studying the general 
environment  are  listed  in  Exhibit 6.  Many  of  these 
issues are explained more fully in Chapter 2.
Once  you  analyse  the  general  environmental 
trends, you should study their effect on the focal indus-
try. Often the same environmental trend may have a 
significantly different impact on separate industries, 
or it may affect firms within the same industry differ-
ently.  For  instance,  with  deregulation  of  the  airline 
industry in the United States, older, established air-
lines had a significant decrease in profitability, while 
many  smaller  airlines,  such  as  Southwest  Airlines, 
Exhibit 3   Types of thinking in case preparation: Analysis and synthesis
ANALYSIS 
External environment 
General environment
Industry environment
Competitor environment 
Internal environment
Statements of
strengths,  
weaknesses,  
opportunities  
and threats
Alternatives
Evaluations of alternatives
Implementation 
SYNTHESIS
Introduction • Preparing an effective case analysis

C-12
Exhibit 5   Strategic planning and its parts
•  Strategic planning is a process through which a firm determines what it seeks to accomplish and the actions required to 
achieve desired outcomes
✓ Strategic planning, then, is a process that we use to determine what (outcomes to be reached) and how (actions to be taken 
to reach outcomes)
•  The effective strategic plan for a firm would include statements and details about the following:
✓ Opportunities (possibilities) and threats (constraints)
✓ Strengths (what we do especially well) and weaknesses (deficiencies)
✓ Strategic intent (an indication of a firm’s ideal state)
✓ Strategic mission (purpose and scope of a firm’s operations in product and market terms)
✓ Key result areas (KRAs) (categories of activities where efforts must take place to reach the mission and intent)
✓ Strategies (actions for each KRA to be completed within one to five years)
✓ Objectives (specific statements detailing actions for each strategy that are to be completed in one year or less)
✓ Cost linkages (relationships between actions and financial resources)
Exhibit 4   Strategic planning process
Strategic intent
Strategic mission
Strategies
•  1 to 5 years
•  Cost linkages
Objectives
•  1 year or less
•  Cost linkages
Key result areas
•  Required efforts
•  Cost linkages
External environment
•  Opportunities (possibilities)
•  Threats (constraints)
Internal environment
•  Strengths
•  Weaknesses
Introduction • Preparing an effective case analysis

C-13
with lower cost structures and greater flexibility, were 
able to aggressively enter new markets.
Porter’s five forces model is a useful tool for ana-
lysing  the  specific industry (see  Chapter 2). Careful 
study of how the five competitive forces (that is, sup-
plier power, buyer power, potential entrants, substi-
tute products and rivalry among competitors) affect 
a firm’s strategy is important. These forces may cre-
ate  threats  or  opportunities  relative  to  the  specific 
business-level strategies (that is, differentiation, cost 
leadership,  focus)  being  implemented.  Often  a  stra-
tegic group’s analysis reveals how different environ-
mental  trends  are  affecting  industry  competitors. 
Strategic  group analysis  is  useful  for  understanding 
the  industry’s  competitive  structures  and  firm  con-
straints and possibilities within those structures.
Firms also need to analyse each of their primary 
competitors. This analysis should identify their com-
petitors’ current strategies, strategic intent, strategic 
mission, capabilities, core competencies and compet-
itive  response  profile.  This  information  is  useful  to 
the focal firm in formulating an appropriate strategic 
intent and mission. 
Internal environment analysis
The  internal  environment  is  composed  of  strengths 
and  weaknesses  internal  to a firm  that influence  its 
strategic competitiveness. The purpose of completing 
an analysis of a firm’s internal environment is to iden-
tify its strengths and weaknesses. The strengths and 
weaknesses  in  a  firm’s  internal  environment  shape 
the strategic intent and strategic mission. The inter-
nal  environment  essentially  indicates  what  a  firm 
Exhibit 6  Sample general environmental categories
Technology  •  Information technology continues to become cheaper and have more practical 
applications
•  Database technology allows organisation of complex data and distribution of information
•  Telecommunications technology and networks increasingly provide fast transmission of all 
sources of data, including voice, written communications and video information
Demographic trends •  Computerised design and manufacturing technologies continue to facilitate quality and 
flexibility
•  Regional changes in population due to migration
•  Changing ethnic composition of the population
•  Ageing of the population
•  Ageing of the baby boomer generation
Economic trends •  Interest rates
•  Inflation rates
•  Savings rates
•  Trade deficits
•  Budget deficits
•  Exchange rates
Political/legal environment •  Antitrust enforcement
•  Tax policy changes
•  Environmental protection laws
•  Extent of regulation/deregulation
•  Developing countries privatising state monopolies
•  State-owned industries
Socio-cultural environment •  Increasing proportion of women in the workforce
•  Awareness of health and fitness issues
•  Concern for the environment
•  Concern for customers
Global environment •  Currency exchange rates
•  Free trade agreements
•  Trade deficits
•  New or developing markets
Introduction • Preparing an effective case analysis

C-14
can do. Capabilities or skills that allow a firm to do 
something that others cannot do or that allow a firm 
to  do something  better  than  others  do  it  are  called 
strengths. Strengths can be categorised as something 
that a firm does especially well. Strengths help a firm 
to take advantage of external opportunities or over-
come external threats.  Capabilities  or skill  deficien-
cies that prevent a firm from completing an important 
activity as well as others do it are called weaknesses. 
Weaknesses have the potential to prevent a firm from 
taking  advantage  of  external  opportunities  or  suc-
ceeding in efforts to overcome external threats. Thus, 
weaknesses can be thought of as something the firm 
needs to improve.
Analysis of the primary and support activities of 
the value chain provides opportunities to understand 
how  external  environmental  trends  affect  the  spe-
cific activities of a firm. Such analysis helps to high-
light strengths and weaknesses. (See Chapter 3 for an 
explanation of the value chain.) For the purposes of 
preparing an oral or written presentation, it is impor-
tant to note that strengths are internal resources and 
capabilities  that  have  the  potential  to  be  core  com-
petencies. Weaknesses,  on the other  hand,  have the 
potential to place a firm at a competitive disadvantage 
in relation to its rivals.
When  evaluating  the  internal  characteristics  of 
the  firm,  your  analysis  of  the  functional  activities 
emphasised is critical. For example, if the strategy of 
the firm is primarily technology-driven, it is important 
to evaluate the firm’s R&D activities. If the strategy 
is market-driven, marketing functional activities are 
of paramount importance. If a firm has financial diffi-
culties, critical financial ratios would require careful 
evaluation.  In  fact,  because  of  the  importance  of 
financial health, most cases require financial analysis. 
The appendix lists and operationally defines several 
common  financial  ratios.  Included  are  exhibits  des-
cribing  profitability,  liquidity,  leverage,  activity  and 
shareholders’ return ratios. Other firm characteristics 
that should be examined to study the internal environ-
ment  effectively  include  leadership,  organisational 
culture, structure and control systems.
Identification of strategic intent 
and mission
Strategic  intent  is  associated  with  a  mind-set  that 
managers seek to imbue within the company. Essen-
tially,  a  mind-set  captures  how  we  view  the  world 
and  our  intended  role  in  it.  Strategic  intent  reflects 
or identifies a firm’s ideal state. Strategic intent flows 
from  a  firm’s  opportunities,  threats,  strengths  and 
weaknesses. However, the main influence on strate-
gic intent is a firm’s strengths. Strategic intent should 
reflect a firm’s intended character and a commitment 
to ‘stretch’ available resources and strengths in order 
to reach strategies and objectives. Examples of strate-
gic intent include:
•  The relentless pursuit of perfection (Lexus).
•  To be the top performer in everything that we do 
(Phillips Petroleum).
•  We are dedicated to being the world’s best at 
bringing people together (AT&T).
The strategic mission flows from a firm’s strate-
gic intent; it is a statement used to describe a firm’s 
unique intent and the scope of its operations in prod-
uct and market terms. In its most basic form, the stra-
tegic  mission  indicates  to  stakeholders  what  a  firm 
seeks  to  accomplish.  An  effective  strategic  mission 
reflects  a  firm’s  individuality  and  reveals  its  leader-
ship’s predisposition(s). The useful strategic mission 
shows  how  a  firm  differs  from  others  and  defines 
boundaries within which the firm intends to operate. 
For example:
•  Cochlear’s mission is to have ‘clinical teams and 
recipients embrace Cochlear as their partner in 
hearing for life’.
•  Coca-Cola Amatil’s mission is to have market 
leadership in every territory.
Hints for presenting an 
effective strategic plan
There  may  be  a  temptation  to  spend  most  of  your 
oral or written case analysis on the results from the 
analysis.  It  is  important,  however,  that  the  analysis 
of a case  should  not  be  over-emphasised  relative  to 
Introduction • Preparing an effective case analysis

C-15
the  synthesis  of  results  gained  from  your  analytical 
efforts – what does the analysis mean for the organi-
sation (see Exhibit 3)?
Strategy formulation: Choosing key 
result areas
Once you have identified strengths and weaknesses, 
determined the firm’s core competencies (if any), and 
formulated a strategic intent and mission, you have a 
picture of what the firm is and what challenges and 
threats it faces.
You  can  now  determine  alternative  key  result 
areas (KRAs). Each  of these is a category of activi-
ties that helps to accomplish the strategic intent of the 
firm. For example, KRAs for Cochlear may include 
to remain a leader in hearing implant technology and 
to  build  links  with  hearing  clinicians  in  Southeast 
Asia.  Each  alternative  should  be  feasible  (that  is,  it 
should  match  the  firm’s  strengths,  capabilities  and, 
especially, core competencies), and feasibility should 
be demonstrated. In addition, you should show how 
each alternative takes advantage of the environmental 
opportunity or avoids/buffers against environmental 
threats. Developing carefully thought-out alternatives 
requires synthesis of your analyses and creates greater 
credibility in oral and written case presentations.
Once  you  develop  a  strong  set  of  alternative 
KRAs, you must evaluate the set to choose the best 
ones.  Your  choice  should  be  defensible  and  provide 
benefits over the other alternatives. Thus, it is impor-
tant that both the alternative development and evalu-
ation of alternatives be thorough. The choice of the 
best  alternative  should  be  explained  and  defended. 
For  the  two  Cochlear  KRAs  presented  earlier,  the 
strategies are clear and in both cases they take advan-
tage of competencies within the company and oppor-
tunities in the external environment.
Key result area implementation
After  selecting  the  most  appropriate KRAs  (that is, 
those  with  the  highest  probability  of  enhancing  a 
firm’s  strategic  competitiveness),  you  must  consider 
effective implementation. Effective synthesis is impor-
tant to ensure that you have considered and evaluated 
all  critical  implementation  issues.  Issues  you  might 
consider include the structural changes necessary to 
implement  the  new  strategies  and  objectives  associ-
ated with each KRA. In addition, leadership changes 
and new controls or incentives may be  necessary to 
implement  these  strategic  actions.  The  implementa-
tion  actions  you recommend  should  be  explicit and 
thoroughly  explained.  Occasionally,  careful  evalua-
tion  of  implementation  actions  may show  the  strat-
egy to be less favourable than you originally thought. 
(You may find that the capabilities required to imple-
ment  the  strategy  are  absent  and  unobtainable.)  A 
strategy is only as good as the firm’s ability to imple-
ment it effectively. Therefore, expending the effort to 
determine effective implementation is important.
Process issues
You should ensure that your presentation (either oral 
or  written)  has  logical  consistency  throughout.  For 
example, if your presentation identifies one purpose, 
but your  analysis  focuses  on issues that  differ  from 
the stated purpose, the logical inconsistency will be 
apparent.  Likewise,  your  alternatives  should  flow 
from  the  configuration  of  strengths,  weaknesses, 
opportunities and threats you identified through the 
internal and external analyses.
Thoroughness and clarity also  are critical to an 
effective  presentation.  Thoroughness  is  represented 
by the comprehensiveness of the analysis and alterna-
tive generation. Furthermore, clarity in the results of 
the  analyses, selection of the best alternative KRAs 
and strategies, and design of implementation actions 
are  important.  For  example,  your  statement  of  the 
strengths  and  weaknesses  should  flow  clearly  and 
logically  from  the  internal  analyses  presented,  and 
these should be reflected in KRAs and strategies.
Presentations  (oral  or  written)  that  show  logi-
cal consistency, thoroughness and clarity of purpose, 
effective analyses, and feasible recommendations are 
more effective and will receive more positive evalua-
tions. Being able to withstand tough questions from 
peers after your presentation will build credibility for 
your strategic plan presentation. Furthermore, devel-
oping the skills necessary to make such presentations 
will enhance your future job performance and career 
success.
Introduction • Preparing an effective case analysis

C-16
Appendix: Financial analysis in case studies
Exhibit A-1   Profitability ratios
Ratio Formula What it shows
1  Return on total assets Profits after taxes
Total assets
The net return on total investment 
of the firm
or or
Profits after taxes + interest
Total assets
The return on both creditors’ and 
shareholders’ investments
2  Return on shareholders’ equity 
(or return on net worth)
Profits after taxes
Total shareholders’ equity
How effectively the company is 
utilising shareholders’ funds
3  Return on ordinary equity Profit after taxes – preference share dividends
Total shareholders’ equity – par value of 
preference shares
The net return to ordinary 
shareholders
4  Operating profit margin  
(or return on sales)
Profits before taxes and before interest
Sales
The firm’s profitability from 
regular operations
5  Net profit margin  
(or net return on sales)
Profits after taxes
Sales
The firm’s net profit as a 
percentage of total sales
Exhibit A-2   Liquidity ratios
Ratio Formula What it shows
1  Current ratio Current assets
Current liabilities
The firm’s ability to meet its current financial 
liabilities
2  Quick ratio (or acid-test ratio) Current assets – inventory
Current liabilities
The firm’s ability to pay off short-term 
obligations without relying on sales of 
inventory
3  Inventory to net working capital Inventory
Current assets – current liabilities
The extent to which the firm’s working capital 
is tied up in inventory
Introduction • Preparing an effective case analysis

C-17
Exhibit A-3   Leverage ratios
Ratio Formula What it shows
1  Debt-to-assets Total debt
Total assets
Total borrowed funds as a percentage of total 
assets
2  Debt-to-equity Total debt
Total shareholders’ equity
Borrowed funds versus the funds provided by 
shareholders
3  Long-term debt-to-equity Long-term debt
Total shareholders’ equity
Leverage used by the firm
4  Times-interest-earned  
(or coverage ratio)
Profits before interest and taxes
Total interest charges
The firm’s ability to meet all interest payments
5  Fixed charge coverage Profits before taxes and interest  
+ lease obligations
Total interest charges  
+ lease obligations
The firm’s ability to meet all fixed-charge 
obligations, including lease payments
Exhibit A-4   Activity ratios
Ratio Formula What it shows
1  Inventory turnover Sales
Inventory of finished goods
The effectiveness of the firm in employing 
inventory
2   Fixed assets turnover Sales
Fixed assets
The effectiveness of the firm in utilising plant 
and equipment
3   Total assets turnover Sales
Total assets
The effectiveness of the firm in utilising total 
assets
4   Accounts receivable turnover Annual credit sales
Accounts receivable
How many times the total receivables have 
been collected during the accounting period
5   Average collection period Accounts receivable
Average daily sales
The average length of time the firm waits to 
collect payments after sales
Introduction • Preparing an effective case analysis

C-18
Exhibit A-5   Shareholders’ return ratios
Ratio Formula What it shows
1   Dividend yield on ordinary 
shares
Annual dividends per share
Current market price per share
A measure of return to ordinary shareholders 
in the form of dividends
2   Price–earnings ratio Current market price per share
After-tax earnings per share
An indication of market perception of the firm.
Usually, the faster-growing or less risky firms 
tend to have higher PE ratios than the slower- 
growing or more risky firms
3   Dividend payout ratio Annual dividends per share
After-tax earnings per share
An indication of dividends paid out as a 
percentage of profits
4   Cash flow per share After-tax profits + depreciation
Number of ordinary shares outstanding
A measure of total cash per share available for 
use by the firm
Notes
  1   M. A. Lundberg, B. B. Levin and H. I. Harrington, 2000, Who 
Learns What from Cases and How? The Research Base for Teaching 
and Learning with Cases (Englewood Cliffs, NJ: Lawrence Erlbaum 
Associates).
  2   L. B. Barnes, A. J. Nelson and C. R. Christensen, 1994, Teaching 
and the Case Method: Text, Cases and Readings (Boston: Harvard 
Business School Press); C. C. Lundberg, 1993, ‘Introduction to 
the case method’, in C. M. Vance (ed.), Mastering Management 
Education (Newbury Park, Calif.: Sage); C. Christensen, 1989, 
Teaching and the Case Method (Boston: Harvard Business School 
Publishing Division).
  3   C. C. Lundberg and  E. Enz, 1993, ‘A framework for student  
case preparation’, Case Research Journal, 13 (summer), p. 133.
  4   J. Solitis, 1971, ‘John Dewey’, in L. E. Deighton (ed.), Encyclopedia 
of Education (New York: Macmillan and The Free Press).
  5   F. Bocker, 1987, ‘Is case teaching more effective than lecture 
teaching in business administration? An exploratory analysis’, 
Interfaces, 17(5), pp. 64–71.
Introduction • Preparing an effective case analysis

C-19
Case 1
Hearing with the aid of 
implanted technology: 
The case of Cochlear™, an Australian  
high-technology leader
Dallas Hanson  Mark Wickham
University of Tasmania  University of Tasmania
The Cochlear company of 
Australia: The situation
Cochlear™ is a leading Australian company specialis-
ing in cochlear devices – that is, implantable hearing 
devices. It is the world leader in this market and a pro-
minent innovator in the high-technology niche within 
which  it  operates.  Cochlear  originated  in  Australia 
but now sells globally in an increasingly competitive 
market.
There  are  several  problems  currently  facing  the 
company. Within the global deaf community there is 
a serious  debate about the use  of technology  to aid 
hearing  in  the  profoundly  deaf,  and  this  obviously 
threatens the market. Second, and more significantly, 
in  2002 there  was a major issue when the US Food 
and Drug Administration (FDA) issued a notification 
that  it  had  received  news  of  possible  associations 
between  cochlear  implants  and  meningitis.  In  late 
2003 a new CEO, Chris Roberts, took over. What are 
his options?
The Cochlear implant technology
A cochlear implant is a  small electronic device that 
helps a profoundly (completely) deaf person to have 
a  sense  of  sound.  It  is  different  from  a  hearing  aid 
because it helps to compensate for damaged or non-
functional parts of the ear, while a hearing aid ampli-
fies sound. The implant has four parts:
•  a tiny but sensitive microphone that picks up 
sound
•  a speech processor that selects and arranges 
useful sounds
•  a transmitter and receiver that turns these 
sounds into electrical impulses
•  a series of electrodes that are surgically 
implanted in the inner ear, which pick up the 
receiver’s impulses and transmit them to the 
brain. (This process is analogous to how hearing 
people hear sounds.)
The cochlear implant technology is getting more 
sophisticated all the time. It is a fast-moving technol-
ogy, and changes are further enhancing the capacity 

C-20 Case 1 • Hearing with the aid of implanted technology: Cochlear
of  the  devices  as  well  as  making  them  smaller  and 
therefore more socially acceptable.
Implanting the devices is a surgical procedure that 
has some risks. It is also expensive because it requires 
an experienced surgeon. Exhibit 1 is a diagrammatic 
representation of the device.
A  recent  Cochlear  company  annual  report  out-
lines  the  details of this technology and indicates its 
intricacy:
Introduction to the Nucleus® 3 system
The  unique  features  of  the  Nucleus® 3  system 
include:
Longest battery life on the market: The ESPrit™ 
3G speech processor is the only processor on the 
market  with  a  battery  life  that  lasts  up  to  three 
days.  Few  interruptions  and  clear  sound  means 
better hearing.
Unique Whisper setting provides more sound: 
The ESPrit 3G is the only speech processor on the 
market  that  features  a  special  Whisper  setting 
designed  to  make  soft  sounds  more  audible  – 
like rain falling or a person calling from another 
room.
Wireless  FM  and in-built telecoil: An  in-built 
telecoil  allows  you  to  use  the  telephone  with  no 
additional attachments. The wireless FM provides 
access to sound in a variety of settings including 
cinemas,  museums,  meetings,  classrooms,  and 
wherever  an  FM  system  is  in  place  for  hearing-
impaired  participants.  No  additional  cables  are 
necessary.
The  only  pre-curved  (contoured)  electrode 
array on the market: The Nucleus® 24 Contour™ 
implant  is  the  first  implant  choice  for  surgeons. 
It  features  a  pre-curved  electrode  array,  which 
has  two important  benefits:  1)  The  curve  of  the 
array  puts  the  electrodes  as  close  as  possible  to 
the hearing fibers in the cochlea to allow for the 
distinct  sound.  2)  The  pre-curved  shape  of  the 
array  matches  the  shape  of  the  cochlea,  which 
helps to protect its delicate structure.
Titanium  implant  casing  for  best  reliability: 
Nucleus®  implants  are  durable  and  reliable  and 
are made from Titanium. The Nucleus 24 Contour 
has never fractured on impact. Nucleus is built for 
a lifetime of use.
Removable magnet for safe MRI: Nucleus is the 
first implant to feature the removable magnet for 
MRI. This allows recipients to have a full-strength 
MRI if they require one.1
Exhibit 1   How the Nucleus® 3 system works
1  A directional microphone picks up sound.
2  Sound is sent from the microphone to the speech processor.
3  The speech processor analyses and digitises the sound into coded 
signals.
4  Coded signals are sent to the transmitter via radio frequency.
5  The transmitter sends the code across the skin to the internal 
implant.
6  The internal implant converts the code to electrical signals.
7  The signals are sent to the electrodes to stimulate the remaining 
nerve fibres.
8  The signals are recognised as sounds by the brain, producing a 
hearing sensation.

Case 1 • Hearing with the aid of implanted technology: Cochlear C-21
Cochlear, the company
The history of Cochlear’s Nucleus® device goes back to 
1967, when Graeme Clark started research on multi-
channel cochlear implants. In 1978, Professor Clark 
implanted  Rodney  Saunders  with  a  multi-channel 
cochlear  device,  and  by  1982  a  22-channel  device 
was implanted in Graham Carrick. (The more chan-
nels,  basically,  the  better  the  hearing.)  In  1985  the 
22-channel Nucleus device was approved by the FDA 
for use in adults, and in 1990 for use in children. By 
1998,  10 000  children  had  been  implanted,  and  by 
2001 more than 36 000 adults and children had been 
implanted.2
Cochlear’s  technology  has  kept  improving,  and 
each  component  improvement  improves  the  overall 
system.  In  2003  the  company  announced  a  further 
significant  improvement  to  its  basic  product:  the 
Nucleus®  24  Contour  Advance™  was  designed  to 
minimise trauma  to the delicate  cochlear  structures 
during implant surgery. It also developed a new Micro-
Link Adaptor for use with the speech processor and 
receiver. (This was a product of the alliance Cochlear 
has with European technology firm Phonok AG.) In 
recent years  the  company has  continually  enhanced 
the  capacity,  and  further  minimised  the  size,  of  its 
Nucleus devices. Cochlear has won many awards for 
innovation – for example, the Medical Design Excel-
lence  Award in  2001 (an internationally prestigious 
achievement). 
The 2002/03 financial year also included a record 
result financially. Profit after tax increased by 45 per 
cent to A$58.2 million and earnings per share were 
up 44 per cent. There were also record unit sales, up 
Exhibit 2   Statement of financial performance
Cochlear Limited and its controlled entities for the year ended 30 June 2003
Consolidated Company
2003
$000
2002
$000
2003
$000
2002
$000
Revenue from ordinary activities 290 045 256 201 205 044 187 752
Expenses  209 239 204 021 131 110 136 448
Borrowing costs  796 1 150 153 195
Profit from ordinary activities before related income tax expense  80 010 51 030 73 781 51 109
Income tax expense relating to ordinary activities  21 797 10 920 19 892 11 952
Net profit attributable to members of the parent entity  58 213 40 110 53 889 39 157
Non-owner transaction changes in equity
T
ranslation adjustment in general reserve  (8) 3 – –
Net (decrease)/increase in retained profits on the initial adoption of: 
Revised AASB 1028, ‘Employee Benefits’ (116) – (90) –
AASB 1044, ‘Provisions, Contingent Liabilities and Contingent Assets’ 311 – 2 411 –
Net exchange difference relating to self-sustaining foreign operations (4 737) 2 507 – –
Total changes in equity from non-owner related transactions 
attributable to the members of the parent entity  53 663 42 620 56 210 39 157
Basic earnings per share (cents)
Ordinary shares  110.0 76.6
Diluted earnings per share (cents)
Ordinary shares  110.0 76.6

C-22 Case 1 • Hearing with the aid of implanted technology: Cochlear
19 per cent on the previous year. Sales in the United 
States were strong; in Europe they were steady; and 
in Asia there was strong growth before the SARS out-
break of 2002 affected the market. Some 9328 devices 
were sold during the financial year, and at A$50 000 
for  lifetime  care  this  indicated  a  very  good  year.  It 
took Cochlear 20 years to sell 30 000 systems, but in 
the  last couple of years  it has sold another 20 000.3 
Exhibit  2  shows  the  statement  of  financial  perfor-
mance for the 2002/03 financial year.
Cochlear’s manufacturing facilities are world class 
and have had repeated upgrades in order to maintain 
this status. 
The  firm  is  very  focused  on  R&D  and  devotes 
15 per  cent of total  revenue to  research.  As well as 
220  research  staff,  it  has  major  long-term  research 
links with the CRC (Co-operative Research Centre) 
for Cochlear Implant and Hearing Aid Innovation in 
Melbourne, as well as with the  University  of Melb-
ourne itself. In addition, Cochlear has collaborative 
research arrangements with 90 other partners in 35 
countries.4
The organisation is very determined to maintain 
excellent  links  with  implant  recipients  and  the  sur-
geons and audiologists that work with them. In 2002, 
70  surgeons  attended  the  Sydney  facility  through 
Cochlear’s ongoing visiting surgeon program.
Cochlear has 630 staff in 70 countries. It has an 
excellent  training  system  for  new  staff.  For  exam-
ple, in 2002, 43 new staff attended the Sydney head-
quarters  for  intensive  training  in  the  technology  of 
implants and all aspects of the implantation process, 
including  surgery.  Cochlear  is  proud  of  the  ethnic 
diversity of its staff – the Sydney office includes staff 
from 60 nations.
The board is made up of eight independent non-
executive directors,  the CEO,  and  one  other  execu-
tive director. Cochlear has a great committee system 
and all meetings are well documented. In September 
2002, Cochlear was named in the top three Australian 
companies for best corporate governance by Investor 
Relations Magazine. 
The external world for the 
industry
Hearing impairment
Hearing impairment ranges from mild to profound, 
and some people can hear some frequencies but not 
others. Mild hearing loss means that people can hear 
in quiet, one-to-one, situations but have problems in 
noisy  environments  such  as  cafés  and  bars.  At  the 
moderate level of loss, people find difficulty in hear-
ing normal speech at any distance over a metre and 
are unlikely to hear well in crowded social situations. 
Profound  hearing  loss  means  that  a  person  cannot 
hear a normal speaking voice or normal sounds. They 
may be helped by hearing aids, but tend to rely heav-
ily on speech  reading  or sign  language.  Those  with 
high-frequency loss (often caused by exposure to loud 
noises) can hear the person speaking but have diffi-
culty hearing all the sounds. For example, the higher-
pitched  consonants  such as P, S,  F  and  CH may be 
confused, so ‘sun’ may be heard as ‘fun’ or ‘pat’ heard 
as ‘sat’.5 
The  market  for  cochlear  devices  is  the  pro-
foundly  deaf.  The  number  of  such  people  is  diffi-
cult to determine. The UK National Deaf Children’s 
Society  (NDCS)  suggests  that one in  1000 children 
are  born  with  severe/profound  hearing  problems.6 
The  (Australian)  Bionic  Ear  Institute  estimates  the 
potential market in the West plus Japan as 3 million 
devices.  In  China,  there  are  possibly  35 000  people 
born each year who would benefit from the device.7 
Even  when discounted for unwillingness to risk  the 
operation  or  lack  of  money,  the  numbers  are  huge. 
The  companies  competing  in  the  industry  concen-
trate on the United States and European markets and 
have barely penetrated the wider global market.
The political/legal environment
The cochlear industry is part of the general medical 
technology  industry.  Regulation  is  therefore  signifi-
cant  and  the  US  Food  and  Drug  Administration  is 

Case 1 • Hearing with the aid of implanted technology: Cochlear C-23
the  most  significant  regulator  because  its  findings 
have weight worldwide. The FDA must approve new 
devices before they can be sold in the United States. 
The FDA was also the initiator of the 2002 meningitis 
scare, which affected the whole industry.
The global aspect
The cochlear market has gradually expanded beyond 
Australia,  the  United  States  and  Europe.  Cochlear 
itself  established  its  European  offices  in  1987  and 
an  office  in  Japan  and  Hong  Kong  in  the  1990s, 
while  China  was  a  major  target  in  2001.  Cochlear 
devices are now sold in more than 60 nations. Given 
that profound deafness is a problem globally, it can 
be expected that the global market will continue to 
expand. 
Economics and cochlear devices
Cochlear  devices  cost  around  A$50 000  for  a  life-
time  service.8  Demand  worldwide  therefore  comes 
from  relatively  affluent  individuals,  medical  insur-
ance companies and government organisations. It is 
possibly limited in poorer nations. However, within 
the  OECD  the  middle  to  upper  income  groups  are 
increasingly prosperous and these people are a poten-
tial  market  without  government  help. On  the  other 
hand,  medical  and  insurance  systems  are  gradually 
coming under increasing pressure as government tax 
incomes struggle to cope with competing demands for 
health, education and welfare services.9 
In 2003 the global economy was expected to take 
an upturn, while Australia continued a phase of con-
tinued prosperity and Europe and the United States 
were basically stable in economic terms. 
The meningitis crisis in the 
Cochlear implant industry
On 24 July 2002 the FDA issued a notification that it 
had reports of a link between cochlear implants and 
bacterial  meningitis  (a  potentially  fatal  infection  of 
the lining of the surface of the brain). There were 43 
such cases and 11 people died. There were reports that 
implants had been withdrawn from sale in Germany, 
France  and  Spain.  On  25  July the  FDA  updated  its 
warning and said it had now learned of 118 cases.10 
Cochlear responded to the crisis quickly. Graeme 
Clark  claimed  that  the  infection  was  related  to  a 
design change by their competitor, Advanced Bionics, 
that created ‘dead space’ within the ear, thus provid-
ing a home for bacteria. Professor Clark commented 
that,  ‘It  is  a  very  great problem  of  engineers  per  se 
designing something without due recourse  to biolo-
gists and medical people.’11 Advanced Bionics tempo-
rarily withdrew its product from sale.
The  neuro-technology  industry  (the  generic 
industry for implantable devices) bulletin commented 
on  this  scare:  ‘One  side  benefit  of  the  relative  lack 
of media exposure that the neural prosthesis industry 
receives  is  that  this  crisis  has  not  gained  the  inten-
sive public scrutiny that has greeted other industries 
when  confronted  with  unflattering  data  or  allega-
tions.’12  The  scare  nevertheless  received  significant 
media  attention  and  Cochlear’s  share  price  dropped 
sharply. Advanced Bionics advanced a reputation for 
crisis management with its suspension from sales and 
detailed explanations of problems to its stakeholders. 
The meningitis scare has had a long-term ripple 
effect  on  the  industry,  and  doubt remains  despite a 
climb in share prices to those similar to levels prior 
to  the  scare.  The  deaf  community  and  the  medical 
profession  have  an  ongoing  debate  about  cochlear 
implants. For example, Blake Papsin, the director of 
the  Cochlear implant program in  Toronto, Canada, 
in early 2003, said:
In  coming  to  terms  with  the  relation  between 
cochlear implants and meningitis, we should not 
lose  sight  of  the  benefit  of  this  technology.  For 
many  children,  the  cochlear  implant  is  a  marvel 
that has allowed them to attain or regain hearing 
and  speech.  The  growing  number  of  candidates 
for cochlear implants, at least in Canada centres, 
reflects a conservative application of this technology 
based on the responsible evaluation of outcomes.13
This  debate  simmers  in  deaf  culture.  It is  made 
more complex by advances in other  areas of neuro-
technology  that  are  leading  to  useful  devices  such 

C-24 Case 1 • Hearing with the aid of implanted technology: Cochlear
as artificial sight.  In addition, the increasing  accep-
tance of altered body technology may impact on the 
cochlear industry: many now feel it is normal to alter 
body  parts by surgery  – for example, with  pectoral 
enhancement or breast enlargement – and this could 
affect  the  ‘normality’  of  a  cochlear  implant  in  the 
wider (as distinct from deaf) culture.
Debate about the idea of 
Cochlear implants in the 
deaf community
The  background  to  a  vigorous  debate  about  the 
active benefits of a cochlear implant is encapsulated 
in a 2002 letter from Robert Adam, President of the 
Australian Association of the Deaf:
The truth is obvious: a cochlear implant is not a 
cure for deafness. Let me expand on this a little.
The Royal Institute for the deaf in the UK has a 
fact sheet which mirrors the Australian Association 
of  the  Deaf’s  view  succinctly:  A  child  with  an 
implant  will  still  be  profoundly  deaf  when  not 
wearing the implant. When wearing the implant, 
the  child  will  be  considered  hard  of  hearing,  or 
severely  deaf,  in  the  sense  that  a  person  with  a 
hearing aid is described as hard of hearing.
The  deaf  culture  is  not  just  about  a  language 
– it is also about community, history and art. Like 
many minority cultures, there is a strong tradition 
of stories and folklore that is passed on from one 
generation  to  the  next.  There  have  been  many 
captivating and moving stories about the way deaf 
people lived in the past and about how deaf culture 
has endured despite attempts to ‘cure’ deafness.14
In 2000 in the United States the debate was high-
lighted by a film documentary called Sound and Fury, 
which  portrayed  the  Artinian  family.  The  father, 
Pete, is deaf and has three deaf children. His family 
includes brother Chris and his wife Mari. They had a 
deaf baby and decided to have an implant. Pete and his 
wife Nita, leading anti-implant campaigners, object-
ed but were then astonished when their own daughter 
requested an implant. Pete and Nita were afraid that 
their daughter would lose contact with deaf culture if 
she had an implant, so they decided to move to a more 
deaf-culture-oriented community. This complex fam-
ily drama appealed to the US media, and the idea of a 
deaf culture contrasted with the benefits of cochlear 
implants became a subject of general debate.
In 2003 the tenor of the debate in the United States 
changed with the entry of Miss USA 1995, Heather 
Whitestone McCallum. She became profoundly deaf 
in  infancy  and  had  an  implant  in  2002.  She  then 
sprang into action, lobbying federal politicians for the 
industry,  appearing  on  top-rating  television  shows, 
such  as  Good  Morning  America,  and  appearing  in 
print media such as  the  bestselling  USA Today. She 
has been credited with helping to change the US gov-
ernment’s mind on cochlear support: the government 
had been talking in 2002 of reducing funding for the 
implant procedure but ended up increasing it.15
Competitors in the 
industry
Advanced  Bionics is a  private US company founded 
in  1993,  which  is  dedicated  to  the  development  of 
neuron-stimulation  products  –  implantable  devices 
that direct electrical impulses to nerves and muscles. 
The chairman, Alfred Mann, says the company aims 
to ‘enable the deaf to hear, the blind to see, and the 
lame  to  walk’.  The  company  originated  when  Dr 
Robert Schindler from the University of California’s 
San  Francisco  cochlear  program  approached  Mann 
for funding.  Mann was already highly successful in 
implantable  devices,  the  founder  of  a  major  heart 
pacemaker company (Pacemaker Systems) and high-
tech  wearable  insulin-delivering  pumps  (MiniMed). 
In 2003 the Alfred Mann Foundation (Mann’s phil-
anthropic  research  organisation)  was  working  with 
Robert  Greenberg,  the  CEO  of  Mann’s  company 
Second Sight, a company devoted to the development 
of  implants  to  enable  vision.  The  implants  would 
enable  people  with  retinal  disintegration  to  see. 
Greenberg  claimed  in  2003  that  three  people  have 
been implanted and that the results were ‘pleasing’.16 
Advanced Bioniocs has developed and sold the Clar-
ion cochlear implant. This had, in 2002, about 15 per 
cent of the US market. 

Case 1 • Hearing with the aid of implanted technology: Cochlear C-25
AllHear Inc. Designs
This  company  manufactures  and  sells  cochlear 
implants. The founder, Dr William House, produced 
a cochlear device in 1984 in conjunction with the 3M 
Corporation, one of the world’s leading innovation-
driven  corporations.  The  AllHear  cochlear  implant 
is unique because it uses a single short electrode that 
apparently  does not destroy residue of  hearing.17  In 
2003, AllHear’s cochlear implants were not approved 
by the FDA for general sale in the United States. 
Med-El
Med-El produces the COMBI-40+ cochlear implant 
system.  It  has  collaborative  arrangements  with  a 
range  of  universities.  Med-El  has  eight  subsidiaries 
and nine service centres throughout the world. It is a 
fierce competitor.
Back to Cochlear, the 
company
The previous CEO, Jack Mahoney, was a successful 
leader after succeeding the well-known Catherine Liv-
ingstone in 2001. He delivered on ambitious growth 
and  profit  targets  in  2002/03.  He  received  a  pack-
age in 2002 worth $1.8 million, including a $416 845 
performance-based bonus and had $100 000 in stock 
options, which remained unaffected by the new plan.
In  late  2003  he  announced  his  resignation  and 
a  new  CEO,  Chris  Roberts,  took  over  in  February 
2004. Roberts faced the classic challenges of the new 
CEO  of  a  reasonably  successful  company  –  how  to 
continue a record of advancing sales, profits and inno-
vation. In addition, he must cope with the competi-
tion and the social and medical issues that threaten 
the industry. Roberts had been CEO of ResMed, an 
Australian company that makes and innovates in sleep 
apnoea products. (Sleep apnoea is a condition where 
a person’s airways become blocked, often as a result 
of being overweight, causing them to wake up, some-
times many times a night. It is a good area for busi-
ness, as cases of apnoea are on the increase. ResMed 
is number one in Europe for these products.
Soon  after  Roberts  took  over  at  Cochlear,  the 
share  price  dropped  by  30  per  cent.  The  European 
markets were worse than expected, and the American 
market  was  tight  because  the  federal  health  budget 
was tighter, and the major competitor in the United 
States,  Advanced  Bionics,  had  been  rejuvenated. 
Cochlear is still the market leader, but its competitors 
are coming on strong.18
What strategies do you suggest CEO Chris Roberts 
use to achieve his aims?
Notes
  1   www.cochlear.com.
  2   Ibid.
  3   N. Gluyas, ‘Cochlear’, The Australian, 1 December 2003.
  4   www.cochlear.com.
  5   Australian Association of the Deaf, 2003.
  6   NDCS, 2003.
  7   Gluyas, ‘Cochlear’. 
  8   Ibid.
  9   OECD, 2002.
10   www.lieffcabrasser.com/cochlear.htm.
11   Quoted in ibid.
12   Neurotech Business Report, August 2003.
13   MAT, accessed on www.cmaj.ca.
14   Herald-Sun, 26 March 2002.
15   Australian Financial Review, 20 August 2003.
16   www.healthyhearing.com.
17   Ibid.; www.allhear.com.
18   B. Foley, 2004, ‘Cochlear needs a good doctor’, Australian 
Financial Review, 4 February, p. 21.

C-26
Case 2
The Australian retail wars:
Coles Myer and Woolworths battle for 
brand value
Mark Wickham  Dallas Hanson
University of Tasmania  University of Tasmania 
Introduction
Throughout the 1990s, the chronic poor performance 
of  Australia’s  largest  ‘food’  and  ‘general  merchan-
dise’  retail  firms,  Coles  Myer  and  Woolworths,  led 
analysts and investors alike to abandon their shares 
in droves. Both chains were dogged by underperform-
ing  divisions,  global  economic  uncertainty,  and  a 
lack  of  strategic  vision  perceived  as  endemic  to  the 
sector.  Since  2000,  however,  both  companies  have 
managed  to  implement  significant  strategic  changes 
to their business  operations, and by 2003 had once 
again found favour with the investment community. 
The  strategic  changes  have  included  diversification 
into  new  retailing  sectors  such  as  petrol  and  credit 
cards,  the  restructuring  of  their  supply chain  logis-
tics, and the advancement of their information tech-
nology capabilities. Each move has been greeted with 
increased  earnings and the  associated investor opti-
mism, although the question remains as to how Coles 
Myer  and  Woolworths  can  continue  to  deliver  the 
outstanding results of 2003 in an uncertain economic 
future.
The Australian ‘food’ and 
‘general merchandise’ 
retail sectors, 1996–2002
Despite the global economic decline experienced since 
the Asian financial crisis of 1997/98, and the economic 
and social shocks of the World Trade Center attacks in 
2001, the Australian retailing sector has experienced 
robust year-on-year growth since 1995/96. Exhibit 1 
indicates the robust nature of Australian retail spend-
ing  during  this  period.  The  strength  of  Australia’s 
retail spending has been attributed to relatively high 
consumer and business confidence, relatively low offi-
cial interest rates and stable employment levels.1 The 
food and general merchandise retail sectors have con-
tributed  significantly  to  Australia’s  retailing  success 
story, and closely reflect the success, and dominance, 
of Coles Myer’s and Woolworths’ branding strategies 
since 2000. Coles Myer’s and Woolworths’ domina-
tion  of the  food  and  general  merchandise  sectors  is 
reflected  by  their  combined  revenues,  which  in  the 
financial year ended 2003 accounted for close to 80 
per cent of the sector’s total.2

Case 2 • The Australian retail wars: Coles Myer and Woolworths C-27
Exhibit 1   Australian retail sales figures, 1995/96–2001/02
Food 
retailing
General 
merchandise
Clothing 
and soft 
goods 
retailing
Household 
goods 
retailing
Recreational 
goods 
retailing
Other 
retailing
Hospitality 
and services Total
$mn $mn $mn $mn $mn $mn $mn $mn
1995/96 57 996 12 315 8 882 12 591 7 623 12 307 25 002 135 885
1996/97 58 406 12 241 8 758 13 795 7 251 12 742 23 603 136 411
1997/98 60 453 12 593 8 989 14 314 7 391 13 835 23 965 141 220
1998 /99 61 482 12 994 10 068 14 717 7 492 14 639 26 007 147 081
1999/00 62 218 13 768 10 781 17 344 7 612 15 863 27 363 154 884
2000 /01 62 004 13 140 10 213 17 972 7 310 17 020 27 563 155 222
2001/02 63 340 13 714 11 005 20 554 7 393 18 785 25 584 163 374
Source: Commsec.
The best of times:  A tale of 
two retailers
The  Australian  food  retailing  industry  consists  of 
a  virtual  duopoly  between  Coles  Myer  and  Wool-
worths. The combined sales of the two retail giants 
exceed  A$55 billion,  and  provide  employment  for 
some 300 000 workers.3 The Coles Myer empire was 
established in 1985 with Coles’ acquisition of Grace 
Brothers, and by 2003 consisted of 14 distinct busi-
ness units spanning both the food and general mer-
chandise retailing sectors. In its food division are the 
Coles Supermarket chain of stores, its Bi-Lo discount 
supermarkets,  and  the  Internet-based  Coles  Online 
and Shopfast Online. In its general merchandise divi-
sion are the Myer’s Grace Brothers department store, 
the Megamart chain of electrical and furniture retail-
ers, the Target department stores, Kmart’s cut-price 
department store, the OfficeWorks chain and Harris 
Technology. Recently, the company also launched its 
Coles  Express  stores,  which  merchandise  a  limited 
range  of grocery  items from selected  petrol stations 
in Victoria.4 
In  2003,  the  Woolworths  retailing  empire  con-
sisted  of  three  food  and  four  general  merchandise 
businesses.  Woolworths’  food  businesses  included 
their Woolworths and Safeway supermarkets, and the 
BWS (Beer, Wines and Spirits) chain of liquor outlets. 
Its general merchandise businesses include the Big W 
chain of discount department stores, the Dick Smith 
chain of electronic equipment stores, the Tandy chain 
of electrical merchandise stores, and the Plus Petrol 
service stations.5 
Despite the fact that Coles Myer remains the coun-
try’s largest food retailer, its growth year on year lags 
behind that of Woolworths, which has delivered 22 
per cent increases in its earnings for the period 2000 
to 2002. Coles Myer, on the other hand, has achieved 
growth rates that are commensurate with CPI increas-
es,  and  has  tended  to  play  ‘catch-up  retailing’  on 
everything from supply chain management to fuel dis-
counts. One strategy that Coles Myer uses that acts as 
a real point of difference in the supermarket game is 
its concentration on the development of house brands 
(that  is,  its  Coles,  Reliance  and  Farmland  brands). 
Currently,  house  brands  account  for  approximately 
8 per cent of Coles Myer’s store-keeping units (SKUs), 
with  the  company  planning  to  increase  these  to  15 
per  cent  over the  next  three years.  Woolworths,  on 
the other hand, is concentrating on the promotion of 
everyday low price (EDLP) points for well-established 
national  brands,  a  strategy  that  it  borrowed  heavi-
ly from the success of the Wal-Mart chain of stores 
in  the  United  States.6  By  taking  on  the  demonstra-
bly successful aspects of Wal-Mart’s EDLP strategy, 
Woolworths has turned around its loss-making gen-
eral merchandise operations and has streaked ahead 
of its major competitors.7 In particular, Woolworths’ 
EDLP has worked well in its Big W chain, where it has 

C-28 Case 2 • The Australian retail wars: Coles Myer and Woolworths
proven to be a competitive advantage against Coles’ 
Kmart  and  Target  divisions,  which  maintained  a 
‘high–low’ pricing strategy.8
A question of leadership 
and strategy
Despite  the  multi-point  competition  that  exists 
between  the  two  companies,  their  leadership  could 
not be any more divergent. In September 2001, and 
without  any  prior  experience  in  the  industry,  John 
Fletcher was appointed as the chief executive officer 
of Australia’s largest retailer, Coles Myer Ltd. Before 
his appointment at Coles Myer, Fletcher spent almost 
his entire professional career at Brambles Industries, 
a resource sector firm that supplied on- and off-site 
logistics  for mining companies  operating  in  Austra-
lia.9  Early  in  his  career,  Fletcher  was  charged  with 
accounting responsibilities at Brambles, but his man-
agerial skills were soon recognised and developed by 
the company, who promoted him to CEO in 1993. By 
comparison, Roger Corbett, the CEO of Woolworths 
Ltd, has been involved in the Australian retail indus-
try for more than 30 years, initially working as a ser-
vice assistant for Grace Brothers in the 1960s, which, 
ironically, became part of the Coles Myer empire in 
1985. Corbett has also been heavily involved with the 
management of the Wal-Mart chain of supermarket 
and general merchandise stores in the United States, 
where he has attended annual general meetings and 
other pivotal strategy meetings. It was from this inter-
action that Corbett adopted the Australian version of 
the EDLP strategy that has to date been highly valu-
able for the Woolworths business.10
Fletcher assumed the CEO position at Coles Myer 
during a very interesting time for the company. Aside 
from  its  supermarket  division,  which  had  experi-
enced strong growth since  Dennis Eck took control 
in  the  mid-1990s,  the  remainder  of  the  group  was 
dogged by well-documented, and seemingly chronic, 
underperformance. In addition, Fletcher’s arrival was 
met  with  a  series  of  boardroom  upheavals  and  the 
culmination of years of shareholder discontent.11 The 
eight years’ experience at the helm of one of Australia’s 
largest resource companies between 1993 and 2001, 
however, did little to prepare him for the tumultuous 
period  that  he  would  endure  at  Coles  Myer  during 
2002, a year that he was to describe as ‘as tough as 
any year that I have had in my professional life’. At the 
same time, Roger Corbett was enjoying a third consec-
utive year-on-year profit growth of approximately 10 
per cent, and had plans to acquire the Franklins’ chain 
of supermarkets to further its growth ambitions. The 
source  of  Woolworths’  much-heralded  performance 
has  been  attributed  to  Corbett’s  implementation  of 
a  strategy  named  ‘Project  Refresh’  in  1999.  Project 
Refresh  sought  to restructure  the  company’s  supply 
chain, and to introduce new technology and the new 
EDLP  structure  to  its  supermarkets.  Added  to  this 
was its successful foray into the petrol-retailing sector 
in 1997 (a strategy that drew no competitive response 
from Coles Myer at the time), which resulted in Wool-
worths capturing valuable market share points from 
Coles Supermarkets between 1999 and 2002. By the 
end  of  2002,  the  Australian  food  and  general  mer-
chandise retail sectors were valued at approximately 
$75  billion,  and  Woolworths  had  managed  to  cap-
ture 40 per cent compared with Coles’ 36 per cent, a 
fact reflected in Woolworths’ share price which had 
grown  from  $4.20  in  1999  to  $13  in  2002.  Coles’ 
share  price  during  the  same  period  had  fallen  from 
$9 to $6.
2003:  The Coles Myer 
empire strikes back
After indications that the Coles Myer empire might be 
broken into its constituent ‘parts’ due to the chronic 
underperformance of a number of its divisions,12 John 
Fletcher  instead announced  a bold plan to confront 
Woolworths head-on in the war for corporate brand 
value in early 2003. The corporate brand ‘battles’ had 
been  comprehensively won by  Woolworths  between 
1997 and 2002, with the company achieving 400 per 
cent sales growth on their multi-point direct compe-
tition  items  during  this  time.  Woolworths  had  also 
managed to position itself as The Fresh Food People 
during this period, a marketing triumph not matched 
by the Coles Myer food retailers. In response to Coles 
Myer’s  relatively  poor  performance  and  its  ‘second 
mover’  status  in  the  food  and  general  merchandise 
sectors,  Fletcher  promised  his  shareholders  that  by 

Case 2 • The Australian retail wars: Coles Myer and Woolworths C-29
2007, Coles Myer would become the leaders of retail-
market  innovation  and  value,  and  double  the  com-
pany’s profit levels achieved in 2003. The first broad-
side in this ‘battle of the brands’ was to occur early 
in  2003  in  the  liquor  segment  of  the  food-retailing 
sector.
In April 2003, Coles Myer announced that it had 
acquired  the  Theo’s  chain  of  ‘premium’  liquor  out-
lets  located  in  Sydney  and  Melbourne.  Woolworths 
had  already  been  in  control  of  the  Cheaper  Liquor 
Company in various states, but had not been involved 
with this premium end of the market. Almost imme-
diately, Woolworths undertook a similar acquisition 
of the Dan Murphy’s franchise (for a reported $260 
million), also located in Sydney and Melbourne.13 The 
move  almost  immediately  resulted  in  the  reduction 
of  prices  charged  by  both  outlets.  Coles  Myer  had 
acquired Theo’s as a real point of difference between 
the two companies’ offerings; however, Woolworths’ 
implementation  of  its  EDLP  strategy  forced  Coles 
Myer to similarly cut its prices as a competitive neces-
sity. Woolworths’ ability to minimise its supply chain 
costs  (a benefit  of the four-year-old  Project  Refresh 
strategy)  enabled  the  company  to  maintain  greater 
margins in this price war than Coles Myer could man-
age, a fact reflected in the two companies’ 2002/03 
financial reports (see Exhibit 2 later in this case).
In May 2003, some six years after Woolworths’ 
initial  foray  into the  retail  petrol sector had seen  it 
capture 11 per cent of the market, Coles Myer agreed 
to pay $94 million to Shell Petroleum for the right to 
operate its own petrol discount chain in 584 of Shell’s 
service stations. The alliance between the two compa-
nies  was  negotiated  on  the  understanding  that  the 
relationship  would  last  for  20  years.  Up  until  this 
point, Coles Myer had undertaken a token competi-
tive response to Woolworths’ 1997 Plus Petrol scheme 
by  offering  its  customers  discount  vouchers  to  the 
Mobil chain of petrol retailers. The problem with this 
initial  response  was  that,  unlike  Woolworths’  Plus 
Petrol stations, which were located in close proximity 
to its stores, the Coles–Mobil discount offer did not 
allow the customer to ‘cash  in’ on  the value-adding 
offer at the point of purchase. Of the company’s even-
tual strategic move into retail petrol, Fletcher stated: 
‘Coles [does] not want a price war, but will react to 
Woolworths’ pricing in this market.’14 In response to 
this competitive action, Woolworths reversed its long-
running ‘house-brand’ fuel  strategy  by unveiling an 
equity joint venture with the Caltex franchise of petrol 
retailers  in  August  2003  –  a  move  that  closely 
mimicked Coles Myer’s alliance with Shell. The equi-
ty  joint  venture  was  the  company’s response  to  the 
Coles–Shell  alliance,  a  move  that  the  company  had 
widely criticised at its launch in July 2003.15 In line 
with  the  announcement  was  a  commitment  by  the 
company  to  wind  down  its  home  brand  Plus  Petrol 
service  stations  in  favour  of  re-branding  them  as 
Caltex service stations.16 The deal with Caltex was to 
add an additional 180 retail petrol outlets to Wool-
worths’ existing 287 Plus Petrol outlets. Essentially, 
this move ensured that Woolworths would have 450 
outlets in head-to-head competition with Coles Myer’s 
580 outlets nation-wide.17 Roger Corbett claimed that 
the joint venture with Caltex had nothing to do with 
Coles Myer’s alliance with Shell, instead stating that 
the  strategy  overcame  the  difficulties  the  company 
was  having  in  finding  new  retail  outlet  sites  for  its 
growing Plus Petrol division.18 
The new financial year 2003/04 began with two 
important  announcements  from  Fletcher.  The  first 
concerned  a  Coles  Myer  alliance  with  the  Nation-
al  Australia  Bank  to  revamp  the  company’s  long-
running Fly Buys reward program.  The second was 
the introduction of a major cost-cutting strategy that 
mirrored Woolworths’ Project Refresh launched some 
four years earlier. In July 2003, Coles Myer and the 
National  Australia  Bank  announced  that  they  had 
signed an agreement to revamp the Fly Buys loyalty 
program to include a credit card facility. Jon Wood, 
a senior Coles Myer executive, said that the enhance-
ment of the Fly Buys card was an important part of 
Coles Myer’s strategy to provide a comprehensive and 
valuable offer for all of its customers, especially given 
the announcement that the company’s famous share-
holder discount card was to be discontinued. Of the 
Fly Buys strategy, Wood stated: ‘Fly Buys is Austra-
lia’s  largest  loyalty  program  and  we  are  moving  to 
put more value into the program for our customers. 
Together with our partners at the National [Australia 
Bank],  we  will  be  revamping  the  program  to  offer 
more  points,  better  rewards  and  other  benefits.’19 
The replacement card was to be known as the Source 
card,  and  included  a  credit  facility  that  represented 

C-30 Case 2 • The Australian retail wars: Coles Myer and Woolworths
Exhibit 2   Financial results for Woolworths Limited and Coles Myer Limited, 2001/02 and 2002/03
Woolworths financials 
28 Coles Myer financials29
(A$ million) 2001/02 2002/03 2001/02 2002/03
Sales 25 239.4 26 321.4 25 688.7 27 016.6
Pre-tax profit 782.2    (3%) 906.0 (3.4%) 491.0 (1.9%) 617.2 (2.3%)
Net profit   564.4 (2.2%) 650.6 (2.5%) 353.8 (1.4%) 429.5 (1.6%)
EPS 50.2 58.1 26.1 32.2
Dividend 15.0 18.0 25.5 26.0
Sources: Commsec Securities Home Page, www.commsec.com.au.
Coles  Myer’s  initial  foray into  Australia’s  $100  bil-
lion Capital Card Market (that is, credit cards). Coles 
Myer already operates a loyalty card program that con-
sists of 1.7 million Coles Myer Card holders (a chain-
specific line of credit) but did not have the ‘universal 
usage  capability’. The  company’s  new  Source  credit 
card meant that Coles Myer could differentiate itself 
from Woolworths by offering a full credit card capa-
bility  alongside  a long-standing and valued rewards 
program and a private label store credit card. 
Fletcher’s  second  announcement  was  his  inten-
tion  to  emulate  the  success  of  Woolworths’  Project 
Refresh, a plan that would entail major cost-cutting 
strategies within the company.20 Fletcher planned to 
save up to $1 billion by making its 65 000 suppliers 
shoulder more of its supply chain costs in a program 
designed  to  close  the  performance  gap  with  Wool-
worths.  Fletcher  intended  to  change  the  way  Coles 
Myer buys its $18 billion of merchandise by cutting 
its stock on hand and by forcing its suppliers to move 
to a just-in-time approach to delivery. The company 
flagged to its employees that it intends to cut the num-
ber of its distribution centres from 41 to 24, and will 
use improved technology to reduce costs and stream-
line  deliveries  to  stores.21  Also  part  of  this  strategy 
are plans to pressure its suppliers to adopt the same 
IT systems that it uses in its warehouses and stores so 
that it can build a more efficient e-trading platform. 
Fletcher said that the company would invest between 
$800 million and $900 million over the next five years 
as part of this cost-cutting strategy that is expected to 
deliver benefits of $425 million a year from 2007/08 
onwards.22 
By August 2003, there was already some evidence 
that  Coles  Myer’s  strategies  were  bearing  fruit  for 
Fletcher’s  shareholders.  Sales  in  the  group  lifted  by 
a substantial 6.1 per cent at $27 billion, marginally 
ahead of Woolworths’ $26.3 billion. The stock mar-
ket  also  responded  well  to  Fletcher’s  performance, 
with Coles Myer shares rising 29 per cent during the 
year,  while  Woolworths’  shares  remained  steady.23 
Still  a  concern  for  the  company  was  the  food  and 
liquor  sales,  which  grew  by  only  1.5  per  cent,  as 
opposed to Woolworths’ 5.4 per cent.24 The statistics 
served  to  underline  the  competitive  advantage  that 
Woolworths had over the Coles Myer empire. Exhibit 
2  presents  the  economic  results  for  both  firms  dur-
ing  the  2002/03  financial  year.  Despite  the  appar-
ent  success  of  Coles  Myer’s  strategies  in  address-
ing  its  performance  gap  with  Woolworths,  Corbett 
was  confident  that  Woolworths  would  continue  to 
achieve its recent double-digit profit growth. Indeed, 
despite  Coles  Myer’s  seemingly  effective  strategis-
ing, the financial year ended 2003 witnessed  Wool-
worths  notching  up  its  best  annual  result  in  five 
years. The company’s 16.5 per cent increase in profit 
to  $610 million  was  powered  by  higher  margins  in 
its supermarket, liquor, petrol and general merchan-
dise operations.25 Corbett also revealed that its cost 
savings  program, Project Refresh,  had delivered the 
promised savings to the company of some $1.7 billion 
over  the  previous  four  years.26  Corbett  announced 
that the  company  would maintain  its  profit  growth 
forecasts  of  between  10  and  15  per  cent  for  the 
2003/04 financial year, despite the uncertain outlook 
for the food and liquor divisions, and the increased 
competition  from  Coles  and  the  German  outfit, 
Aldi.27  Corbett  stated  that  Woolworths’  strategy  to 
remain differentiated from Coles Myer while adding  
greater value to their customers’ shopping experience 

Case 2 • The Australian retail wars: Coles Myer and Woolworths C-31
was  of  utmost  importance  in  Australia’s  retailing 
industry,  and  flagged  a  possible  diversification  into 
the  pharmaceutical  market.  In  November  2003,  
Corbett  solidified  this  by  announcing  that  Wool-
worths  planned  to  open  a  number  of  fully  stocked 
pharmacies and ‘health and beauty stores’ in its super-
market chain.30
The  challenge  for  both  Fletcher  and  Corbett  in 
2004 centres on their ability to continue to add value 
to their customers’ shopping experience while simul-
taneously maintaining shareholder returns. The ques-
tion, therefore, is how the two men might best strat-
egise for this result given the increasing market power 
of the two dominant firms, and the multi-point com-
petitiveness inherent to their operations.
Notes
  1  L. Schmidt and  S. Lloyd,  2003,  ‘Monsters of  retail’, Business 
Review Weekly, 13–19 November, p. 38.
  2  Ibid.
  3  P. Switzer, 2003, ‘Call for codes to curb growth of retail giants’, 
The Australian, 2 September, p. 29.
  4  ‘Our  brands’,  2003,  Coles  Myer  Home  Page,  10  November,  
www.coles.com.au.
  5  ‘Our  brands’,  2003,  Woolworths  Home  Page,  10  November,  
www.woolworths.com.au.
  6  ‘Woolies  and Coles both forging  ahead’, Australian Financial 
Review, 15 August, p. 76.
  7  S.  Mitchell,  2003,  ‘Roger  Corbett’s  other  BIG  W’,  BOSS 
Magazine, October.
  8  N. Shoebridge, 2003, ‘Woolies stands by its low-price strategy’, 
Australian Financial Review, 18 August, p. 45.
  9  S. Evans, 2003, ‘Coles targets $1 billion squeeze on suppliers’, 
Australian Financial Review, September, p. 1.
10   Mitchell, ’Roger Corbett’s other Big W’. 
11   S. Long, 2002, ‘Mayhem in the Coles-Myer boardroom’, ABC 
PM, 10 September.
12   R. Gluyas, 2002, ‘Coles Myer break-up looms’, The Australian, 
7 June, p. 19.
13   M. Westfield, 2003, ‘Woolies squeezes rivals, suppliers’, The 
Australian, 25 March, p. 19.
14   K.  Jiminez, 2003, ‘Coles in discount fuel link’, The Australian, 
28 May, p. 21.
15   G. Elliott, 2003, ‘Woolies ties up Caltex deal’, The Australian, 
22 August, p. 17.
16   T. Hardcourt, 2003, ‘Woolies changes tack – and to Caltex’, 
Australian Financial Review, 22 August, p. 56.
17   Elliott, ‘Woolies ties up Caltex deal’.
18   I.  Howar th  and  S.  Mitchell,  2003,  ‘Corbett  defends  petrol 
strategy’, Australian Financial Review, 25 August, p. 14.
19   ‘Coles  Myer  and  National  increase  Fly  Buys  commitment’, 
2003, National Australia Bank Home Page, 1 July, 11 November,  
www.national.com.au.
20   ‘Woolies and Coles both forging ahead’, p. 76.
21   CNN News Service, 2003, ‘Australia’s biggest retailer Coles 
Myer  says  a  transformation  of  its  supply  chain  will  help  its 
profit  goal  of  Aust.  $ 800  million  ($536  million)  by  2006’, 
25 September.
22   Ibid.
23   S.  Mitchell,  2003,  ‘Woolies  vows  to  beat  Coles  threat’, 
Australian Financial Review, 26 August, p. 1.
24   S. Evans, 2003, ‘Sales rise lifts Coles profit’, Australian Financial 
Review, 15 August, p. 55.
25   Mitchell, ‘Woolies vows to beat Coles threat’, p. 1. 
26   Ibid.
27   Ibid.
28   Woolworths Home Page, www.woolworths.com.au.
29   ‘Corporate Report 2002–03’, 2003, Coles Myer  Home Page,  
10 November, http://corporate.colesmyer.com.au.
30   Schmidt and Lloyd, ‘Monsters of retail’, p. 38.

C-32
Case 3
eBay.com*: 
Profitably managing growth from  
start-up to 2000
Dale Pudney  Marius van der Merwe  Gary J. Stockport
University of Cape Town  University of Cape Town  University of Western Australia
* This case study was written by Dale Pudney and Marius van der Merwe, MBA students at the University of Cape Town, under the supervision of 
Professor Gary J. Stockport, Graduate School of Management, University of Western Australia. It is intended to be used as the basis for class discussion 
rather than to illustrate either effective or ineffective handling of a management situation.
This case was compiled from published sources.
© 2001 G. J. Stockport, University of Western Australia, Perth, Australia.
Introduction
It was 21  November  2000, and Meg Whitman  was 
considering  the  events  of  the  last  few  days.  As  the 
chief executive officer (CEO), she had led eBay.com 
to its position as the world’s largest person-to-person 
(P2P) trading community, but the share price had just 
fallen 20 per cent to US$34.75 when eBay’s share was 
downgraded  from a ‘buy’  to  a ‘neutral’  by Lehman 
Brothers, a global investment bank, because of con-
cerns over eBay’s aggressive sales forecasts. The pre-
vious day, eBay had announced the launch of a new 
product, application programming interface software 
that  would  enable  other  web  companies  to  display 
eBay auctions on their sites.
The company had experienced explosive growth 
from  start-up  when  the  founder  and  current  chair-
man,  Pierre  Omidyar,  launched  eBay  in  September 
1995. While most e-commerce companies were mak-
ing significant losses by spending aggressively to build 
their customer and revenue bases, eBay had remained 
profitable  since  the  beginning.  In  the  three-month 
period to September 2000, US$1.4 billion worth of 
goods  were transacted on  eBay, with items listed in 
more  than  4320  categories.  The  company  had  18.9 
million registered users at the end of the period and 
had captured over 80 per cent of the on-line auction 
market with its closest competitors being Yahoo! and 
Amazon.com.
Background to eBay
Pierre Omidyar
Pierre Omidyar was born in Paris, France in 1967 and 
moved to Washington, DC in the United States with 
his parents at the age of six. From an early age he was 
interested  in  computers  and he wrote  a  program  to 
print catalogue cards for the school library at the age 
of 14. In 1988, he graduated with a Bachelor’s degree 
in  Computer  Science  from Tufts  University.  He  ini-
tially worked as a developer of consumer application 

Case 3 • eBay.com C-33
software  such  as  MacDraw,  for  Claris,  a  software 
subsidiary of Apple Computer. In 1991, he was one of 
the founders of Ink Development, which later became 
eShop, an early e-commerce site that was bought by 
Microsoft in 1996. 
Person-to-person (P2P) trading 
prior to 1995
In traditional P2P trading forums, it is sometimes dif-
ficult for buyers to find pricing benchmarks to ensure 
that the prices that they pay correspond to the proper 
value  of  the  item.  It  was  estimated  that  in  1995, 
US$100 billion was traded annually in the following 
forums:
•  Newspaper classifieds: Users listed items that 
were for sale or wanted, normally in locally 
distributed newspapers. The classifieds 
typically generated more than 50 per cent of 
local newspapers’ revenues from listing fees. 
The buyers usually inspected the items before 
purchasing and may have collected and paid 
for the items in person. As a consequence of the 
proximity of buyers and sellers, the items could 
have been larger items that were difficult to 
transport over long distances.
•  Flea markets and garage sales: Sellers stocked 
items for sale either at their homes or at 
organised markets. Buyers were typically 
looking for bargains or interesting artefacts. The 
buyers were able to inspect the items and needed 
to pay for them before they could collect. 
•  Auction houses: Sellers took items that were 
for sale to auction houses where buyers could 
inspect them before the auction. Buyers needed 
to pay a registration fee in order to bid and were 
required to be at the auction or have a proxy 
bidder. The highest bidder won the auction and 
normally paid the auction house. The auction 
house typically deducted a percentage of the sale 
price and paid the balance to the seller.
The opportunity
In the early 1990s, Silicon Valley was quickly turning 
its  attention  away  from  electronics  manufacturers 
towards  new  Internet-based  start-ups  that  married 
existing technology to new business models. Internet 
usage growth and the provision of the infrastructure 
required to ensure acceptable data transmission speeds 
were, however, uncertain. Analysts were also unsure 
whether people would purchase goods of value from 
distant  strangers  without  seeing  them  beforehand. 
Omidyar  was  writing  code  for  communications-
software  maker  General  Magic  in  1995  when  he 
started  to  think  about  the  possibility  of  on-line 
auctions. He said the following about his idea:
I  had  been  thinking  about  how  to  create  an 
effi cient marketplace – a level playing field, where 
everyone had access to the same information and 
could compete on the same terms as everyone else. 
Not  just  a site  where  big corporations  sold  stuff 
to consumers and bombarded them with ads, but 
rather one where people ‘traded’ with each other 
…  I  thought,  if  you  could  bring  enough  people 
together and let them pay whatever they thought 
something  was  worth  …  real  values  could  be 
realised and it could ultimately be a fairer system 
– a win-win for buyers and sellers.1 
Start-up in 1995
eBay  (then  AuctionWeb)  was  launched  on  Labour 
Day,  1  September  1995,  using  a  website  that  was 
hosted by Omidyar’s US$30 per month Internet ser-
vice provider (ISP). The site was located at www.ebay.
com. The company operated from Omidyar’s apart-
ment with  only  the  website,  a filing cabinet, an old 
school desk and a laptop computer. The site was not 
much more than a simple marketplace where sellers 
listed items and buyers bid for them. Omidyar made 
no  guarantees  about  the  goods  being  sold,  took  no 
responsibility and settled no disputes. There were no 
fees,  no  registration,  no  search  engine  and,  for  the 
first month, no customers. 
Omidyar’s only attempt at marketing was to list 
eBay  on  the  National  Center  for  Supercomputing 
Applications’ What’s Cool site. Despite this, so many 
people visited the site that by February 1996 Omidyar 
had to institute a fee of 10 cents per listing to recoup 
the ISP costs which by then had risen to US$250 per 
month.  By  the  end  of  March  1996,  eBay  showed  a 
profit.  Omidyar  had  kept  his  day  job  at  General 
Magic,  but  the  traffic  to the  site became  so  intense 
that he had to concentrate on eBay full-time and the 

C-34 Case 3 • eBay.com
ISP  asked  him  to take  the  site  elsewhere.  He  there-
fore bought his own web server and installed it in his 
apartment.
Omidyar  developed  software  that  was  capable 
of supporting a robust scalable website and transac-
tion processing system to provide real-time reporting 
on the current auctions. The system was scalable to 
reduce the initial investment but enabled expansions 
when an increasing number of auctions demanded it. 
By  July  1996,  Omidyar  needed  to  move  the 
operation to a one-room office and hire a part-time 
employee.  The  risks  that  the  business  faced  at  that 
stage  were  substantial  and  with  barriers  to  entry 
being low there was nothing to stop the large Internet 
players such as America Online (AOL) (ISP and Inter-
net portal), Amazon.com (on-line book retailer) and 
Yahoo!  (search  engine  and  Internet  portal)  from 
stealing the opportunity. As the business was based 
on collectors’ items, changes in the current fads could 
have affected the revenues significantly. At one stage, 
trading of Beanie Babies generated 7 per cent of eBay’s 
revenues.
The business concept
Omidyar asked one of his friends, Jeff Skoll, to join the 
company as its first president in August 1996 and his 
role was to turn the concept into a business. He had 
a Master’s in Business Administration (MBA) degree 
Exhibit 1   Quarterly financial results and statistics
1998 1999 2000
Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3
Financial data
Revenue  
(’000) 13 998 19 480 21 731 30 930 42 801 49 479 58 525 73 919 85 753 97 399 113 377
Gross profit 
(’000) 16 194 17 364 24 980 34 824 38 534 41 444 52 334 62 481 73 756 89 465
Gross margin  
(%) 83.1 79.9 80.8 81.4 77.9 70.8 72.9 75.7 78.9
Operating 
expenses (’000) 11 996 15 504 21 365 27 063 43 166 46 478 51 883 62 029 65 026 75 149
Net income  
(’000) 2 279 461 2 639 3 765 816 1 186 4 895 6 288 11 590 15 211
Net profitability 
(’000) 14.0 2.1 8.5 8.8 1.6 2.0 6.6 7.3 11.9 13.4
Registered users 
(mn) 0.85 1.3 2.2 3.8 5.6 7.7 10.0 12.6 15.8 18.9
No. of auctions 
(mn) 6.6 9.2 13.6 22.9 29.3 36.2 41.0 53.6 62.5 68.5
Growth (%)
Revenue (per 
quarter) 39 12 42 38 16 18 26 16 14 16
Net income –83 472 43 –78 45 313 28 84 31
Registered users 53 69 73 47 38 30 26 25 20
No. of auctions 39 48 68 28 24 13 31 17 10
Auctions/ 
registered user 7.1 6.2 6.0 5.2 4.7 4.1 4.3 4.0 3.6
Revenue/auction 2.95 2.36 2.27 1.87 1.69 1.62 1.80 1.60 1.56 1.66
Notes:   All figures in US dollars.  Source: eBay financial statements.
  The registered users figures include everyone who had ever registered on the site and does not reflect currently active users.
  Growth figures are growth per quarter.
  Revenue figures exclude refunds to sellers due to site outages.

Case 3 • eBay.com C-35
from Stanford University and had wide experience in 
managing distribution channels of on-line news infor-
mation, computer consulting and computer rentals. 
The business concept was to provide P2P auctions 
on the Internet. Using the Internet, buyers and sellers 
could access a larger market, which was important for 
those collectors who could not find people with simi-
lar interests in their areas. By providing a marketplace 
for buyers and sellers to trade their collectibles on the 
Internet in an auction format, the buyers set the price 
for  items  based  on  demand.  When  more  potential 
buyers bid on the items, sellers received higher prices. 
As the buyers and sellers may be from different parts 
of the United States and even the world, the items that 
were sold were typically collectibles that were easy to 
deliver long distances.
The eBay process was simple and easy to under-
stand. Sellers could list items for sale and pay a small 
listing  fee,  which  depended  on  where  and  how  the 
listing was presented and whether the seller required 
a reserve price. The seller chose the auction duration 
during  which  buyers  could  bid  for  the  item.  At  the 
end  of  the  auction,  eBay  notified  the  seller  and  the 
winning bidder, following which they made their own 
arrangements for payment and delivery of the goods. 
The seller was also charged a percentage of the final 
value of the transaction. Over time, eBay added ser-
vices to this simple model to improve the user experi-
ence and thereby increase user loyalty and retention. 
eBay has been profitable from start-up and although 
its business was seasonal with volatile revenues, the 
company had maintained high gross margins of about 
70–80 per cent (see Exhibit 1). The only costs of goods 
sold were computing infrastructure and customer ser-
vice expenses. eBay’s business model did not require 
it to keep any inventory, establish an extensive distri-
bution network or have a large staff complement. Its 
product range was also determined by the size of its 
community and their listings and not by eBay’s prod-
uct development staff.
The  listing  fees  and  final  value  fees  charged  by 
eBay are shown in Exhibits 2 and 3. For example, if 
a seller listed a collection of rare stamps on eBay and 
the maximum bid is US$24, they would have paid a 
50 cent insertion fee when they listed the item, assum-
ing that the listing was not emphasised in any way. 
They would also have paid 5 per cent of the final sale 
price if the item was sold. eBay would have received 
Exhibit 2   Fee to place an item listing
Opening value or reserve price Insertion fee
$0.01 – $9.99 $0.25
$10.00 – $24.99 $0.50
$25.00 – $49.99 $1.00
$50.00 and up $2.00
Real estate and automotive categories $50.00
Reserve price less than $25.00 $0.50
Reserve price of $25.00 or more $1.00
Notes:    Source: www.eBay.com, November 2000.
1   All prices in US dollars.
2   Additional fees are charged for enhancing the listing in any way.
Exhibit 3   Additional fee if the item sells
Closing value Final value fee
$0 – $25.00 5% of the closing value
$25.01 – $1000 5% of the initial $25.00 ($1.25), plus 2.5% of the remaining closing balance
Over $1000 5% of the initial $25.00 ($1.25), plus 2.5% of the initial $25 – $1000 ($24.38),  
plus 1.25% of the remaining closing value balance
Notes:   Source: www.eBay.com, November 2000.
1   All prices in US dollars.
2   There is no final value fee for the real estate and automotive categories.
3   Sellers may have the final value fee refunded if the high bidder does not pay.

C-36 Case 3 • eBay.com
US$1.60  for  the  listing  if  the  auction  closed.  If  the 
seller had a reserve price of US$24.50 on the item, the 
auction would not have closed, so eBay would have 
received  the  insertion  fee  and  a  50  cent  fee  for  the 
reserve price which was only payable if the item did 
not sell. 
Building the team
In June 1997, Omidyar  and Skoll  realised  that they 
would need capital and management expertise if eBay 
was  to  realise  its  full  potential.  They  approached 
venture capitalists Benchmark Capital who invested 
US$5 million for shares and warrants worth 22 per 
cent of the company. Bob Kagle, a partner at Bench-
mark  Capital,  became  a  board  member  of  eBay. 
This money was never used, but the agreement gave 
them  access  to  Benchmark’s  network  of  potential 
CEOs,  marketing  gurus,  consultants  and  bankers. 
eBay needed this to help them build the business and 
recruit talented management. One of the first mem-
bers  of  the  management  team  was  Gary  Bengier, 
who was hired in November 1997 as the chief finan-
cial  officer  (CFO).  He  was  responsible  for  develop-
ing the financial strategy and vision of the company 
and maintaining a corporate culture of financial dis-
cipline and prudence, and for equipping eBay for an 
eventual public offering of its shares.
Benchmark persuaded Meg Whitman to leave her 
job as general manager of Hasbro’s pre-school divi-
sion to become president and CEO of eBay. She was 
a strong and decisive executive without the need-to-
dominate personality, which meant that there was a 
good  fit  with  eBay’s  existing  culture  of  being  open 
to the voices of customers and employees. Whitman 
was impressed by the fact that eBay was doing some-
thing that could not be done effectively off-line and 
by the emotional connection between the eBay users 
and the service. Whitman brought global marketing 
and brand management experience with her when she 
joined in February 1998. Her previous work included 
being a vice president at Bain & Company and devel-
oping Stride Rite’s Internet strategy. She had an MBA 
from Harvard Business School and a BA in Econom-
ics from Princeton.
Whitman  recognised  the  need  for  other  advis-
ers  on  the  board  who  understood  the  challenges  of 
expanding into new markets and could provide advice 
and  feedback.  Again,  Benchmark  was  instrumental 
in finding people such as Howard Schultz, chairman 
and CEO of Starbucks, and Scott Cook, chairman of 
Intuit. Whitman also went on to build her manage-
ment team, and details of the other top-level manage-
ment at eBay are given in Exhibit 4.
Building the community of 
users
Many  of  eBay’s  early  customers  were  the  result  of 
referrals. eBay’s loyal customers performed the mar-
keting and sales function through word of mouth to 
bring new customers to the community. eBay under-
took  limited  marketing  but  had  entered  into  cross-
promotional agreements with the following:
•  Banner advertisement on web portals such as 
Netscape, Excite and Yahoo!. 
•  America Online (AOL) – provided an auction 
service for AOL’s classified section which gave 
eBay access to AOL’s more than 10 million users. 
•  ZAuction, a vendor-sourced auction site, which 
was a leading provider of computer products, 
electronic equipment and other brand name 
consumer goods. 
Omidyar  created  a  platform  where  ‘anybody  could 
sell anything’ and did not interfere in the user trans-
actions. Most of eBay’s sellers were serious collectors 
and small traders who used eBay as their storefront to 
access a large market across the United States and the 
world. eBay provided a facility whereby users could 
interact with each other through the use of discussion 
boards and later through a chat room called the eBay 
Café. The eBay Café was similar to a traditional cof-
fee shop where users could relax, catch up on news 
and  hearsay,  and  exchange  information.  It  brought 
users back to the site every day and they sometimes 
communicated directly with each other. One frequent 
user of the eBay Café described it as follows:
At the eBay Café you will meet a bunch of caring 
and friendly folks talking, helping, laughing, and 
at times even complaining about varied subjects. I 
have found and met some great folks here. If you 
ever need help with almost ANYTHING, if you 
have some tips,  tricks or  a good  story or  two  to 
share … the Café is the place.2

Case 3 • eBay.com C-37
When eBay tried to impose changes on users, such 
as  pricing  changes,  the  users  expressed  their  disap-
pointment  through  these  discussion  forums.  eBay 
trusted its users’ suggestions  for improving  the site, 
and by giving its customers what they wanted, eBay 
was  improving  both  customer  retention  and  loyal-
ty.  One  analyst  commented  that  eBay’s  community 
was  critical  for  attracting  and  retaining  buyers and 
sellers:
eBay  has  found  a  natural  feedback  loop  where 
creating  a  critical  mass  of  bidders  increases  the 
price  obtained  by  sellers,  which  increases  the 
number of sellers, which attracts more bidders, et 
cetera.3
Initially,  there  was  no  way  to  ensure  that  what 
was being bought was real or that the goods would 
be  paid  for.  The  anonymity  and  physical  distance 
between  buyers  and  sellers  on  the  Internet  encour-
aged counterfeiting and fraud. In message-board post-
ings to Omidyar, the eBay users suggested that he set 
up a system for buyers and sellers to rate each other. 
This became known as the Feedback Forum and was 
a  peer-review  reporting  system.  Buyers  and  sellers 
rate each other and comment on how their business 
Exhibit 4   Summary of eBay management at November 2000
Pierre Omidyar (33), founder and chairman, oversees strategic direction and growth, model and site development, and community 
advocacy. He has a BS in Computer Science from Tufts University. His previous jobs include founder, Ink Development Corp., 
developer of consumer applications for Claris, a subsidiary of Apple Computer, and General Magic.
Meg Whitman (43), president and CEO, is responsible for building a successful business while delivering on customer needs and 
expectations. Her focus is on the user experience, creating a fun, efficient and safe forum for on-line person-to-person trading. 
She develops the work ethic and culture of eBay as a fun, open and trusting environment and keeps the organisation focused 
on the big picture objectives and key priorities. She has an MBA from Harvard and a BA in Economics from Princeton. Previous 
jobs include general manager for Hasbro Inc.’s pre-school division, global marketing of Playskool and Mr. Potato Head brands; 
president and CEO of Florists Transworld Delivery; president of Stride Rite and executive vice president at Keds Division; senior 
vice president of marketing for the Walt Disney Company’s consumer products; vice president at Bain & Company; and brand 
manager at Procter & Gamble.
Gary  Bengier  (45), chief  financial  officer,  is  responsible for developing the financial  strategy and  vision  as well as maintaining a 
corporate culture of financial discipline and prudence for eBay. He has an MBA from Harvard and a BBA in Computer Science 
and Operations Research, Kent State University. Previous jobs include CFO, Vxtreme, financial officer at Compass Design 
Automation, and senior financial posts at Kenetech Corp. and Qume Corp.
Brian  Swette (45), chief operating  officer,  helps to  build the eBay community  as  well  as creating an  environment  for  trade by 
responding to  the  community and introducing new categories. He has a  BA  in  Economics from Arizona State University. His 
previous  jobs  include  executive  vice  president  and  chief  marketing  officer,  Pepsi-Cola  Company,  responsible  for  worldwide 
marketing and advertising efforts for Pepsi, and brand manager at Procter & Gamble.
Maynard Webb  (43),  president,  eBay  Technologies,  oversees  eBay’s  technology  strategies,  engineering,  architecture  and  site 
operations. He has a BA from Florida Atlantic University. Previous jobs include senior vice president and CIO at Gateway, Inc.
Mike Wilson, chief scientist, is responsible for site architecture. Previous jobs include chief architect and project manager at Ink 
Development Corp.
Jeff Skoll (35), vice president,  strategic planning and analysis, is responsible for competitive analysis, new business planning and 
incubation, as well as overall strategic direction. He has an MBA from Stanford University and a BS in Electrical Engineering from 
the University of Toronto. His previous jobs include manager of the distribution channels of on-line news information for Knight-
Ridder Information and founder of Skoll Engineering.
Steve Westly, senior vice president, international and general manager of premium services, is responsible for business development, 
corporate communications, mergers, acquisitions and partnerships. He has an MBA and a BA from Stanford University. Previous 
jobs include vice president, WhoWhere?
Jeff Jordan, vice president and general manager of regionals and services, oversees eBay’s regional business and end-to-end services 
which has the goal of making it easier to trade on the site. He has an MBA from Stanford University and a BA in Political Science 
and Psychology from Amherst College. Previous jobs include president of Reel.com.
Source: www.eBay.com, November 2000.

C-38 Case 3 • eBay.com
together  went.  When  launching  this,  Omidyar  laid 
out eBay’s guiding philosophy:
eBay wouldn’t exist if it wasn’t for our community 
… At eBay, our customer experience is based on 
how our customers deal with our other customers. 
They  rarely  deal  directly  with  the  company.  So 
how  do  you  control  the  customer-to-customer 
experience?  We  can’t  control  how  one  person 
treats  another  …  The  only  thing  we  can  do  is 
to  influence  customer  behaviour  by  encouraging 
them to adopt certain values. And those values are 
to assume that people are basically good, to give 
people the benefit of the doubt, and to treat people 
with respect.4
Company values
Omidyar  hoped  that  his  auction  community  would 
reflect  the  values  of  honesty,  openness,  equality, 
empowerment,  trust,  mutual  respect  and  mutual 
responsibility. eBay’s Mission Statement says:
eBay was founded with the belief that people are 
honest  and  trustworthy.  We  believe  that  each 
of our  customers,  whether  a buyer  or a seller,  is 
an  individual  who  deserves  to  be  treated  with 
respect.5
To instil these values into the community, Omidyar 
maintained that they had to be embraced by the com-
pany  and  its  employees  because  everything  that the 
company did, such as the website, press releases and 
strategic partnerships, indirectly influenced the com-
munity. When Meg Whitman joined eBay, her chal-
lenge  was  to  develop the  work ethic  and  culture  of 
eBay  as  a  fun,  open  and  trusting  environment  and 
keep  the  organisation  focused  on  the  big-picture 
objectives  and key priorities.  eBay had a  ‘no penal-
ty’  operating  culture  where  there  were  no  penalties 
for making  mistakes or being  on the  wrong  side  of 
an  issue  which  could  muzzle employees  or suppress 
new  ideas.  Whitman  met  with  all  new  recruits  and 
other staff on Mondays to tell them about the culture 
and make sure that they knew what was expected of 
them. eBay also brought some of its customers to the 
head offices regularly to talk to employees about their 
experiences.
Coping with customer service
By the end of 1997, more than 3 million items worth 
US$94 million had been sold on eBay, resulting in total 
revenues of US$5.7 million and  US$900 000  profit. 
eBay had achieved these results with only 76 employ-
ees.  The  average  value of each  item  sold was  about 
US$31, with 6 per cent of this going to eBay’s reve-
nues. The number of auctions per day had increased 
from 1500 at the end of 1996 to about 150 000 at the 
end of 1997. As the number of users increased, eBay 
started to find it difficult to provide customer service 
to the members of the community. Simple questions 
such  as  ‘How do  I  list  an  item?’ or ‘How do I  buy 
an  item?’ were answered using a self-service on-line 
help  function  which  had  prominent  links  from  the 
eBay  home  page.  Other  queries  were  more  difficult 
and needed knowledgeable users or service agents to 
answer. Users placed queries on bulletin boards dedi-
cated to the discussion of specific issues of the busi-
ness, such as help, registration, listing and shipping, 
which  were  sometimes  answered  by  other  members 
of the community and at other times by eBay. As part 
of building their on-line community, eBay had con-
tracted active, enthusiastic and knowledgeable users 
of the site to respond to requests for help. These inde-
pendent  contractors  worked  from  home  to  answer 
emailed questions and those that were posted on the 
bulletin  boards.  eBay  also  decided  to  employ  and 
supervise the customer service representatives directly 
to better understand customers’ problems and control 
the quality of customer service. Nevertheless, not all 
of the users were satisfied with the customer service 
that eBay offered. 
Building trust and loyalty
To work with the community to improve the services 
that were offered and develop trust and loyalty, eBay 
launched SafeHarbor in February 1998. SafeHarbor 
included the following elements:
•  Verified User Program: eBay verified user 
information during registration and had 
partnered with Equifax to provide a higher level 
of verification if required.
•  Feedback Forum: buyers and sellers rated their 
experience with each other as positive, neutral 
or negative. The user profile followed the user 

Case 3 • eBay.com C-39
everywhere on eBay. Estimates suggested that 
users were willing to pay up to 30 per cent more 
in certain markets for items sold by someone 
with a high feedback rating.
•  Insurance: Lloyds of London provided insurance 
for users with a net non-negative feedback rating 
on their auctions up to US$200 subject to an 
excess of US$25.
•  Shill Bidding Policy: suspended users who bid 
on an item with the intent to drive up the price 
without buying it.
•  Non-paying Bidder Policy: non-paying bidders 
were warned and then suspended.
eBay’s  policies  and  service  had  helped  them  to 
develop a loyal community of buyers and sellers. One 
user described the eBay experience as follows.
I  visit  eBay  to transact  auction  business  because 
it  has  a  superior  universe  of  sellers  and  bidders 
and  quality  and  quantity  of  listings.  The  people 
visiting  eBay  are  generally  loyalists,  while  the 
average  person  visiting  Amazon.com  is  there  to 
buy  a  book,  but  I’d  hazard  a  guess  that  he  isn’t 
going to stick around for an hour.6
eBay also provided facilities that users could per-
sonalise, such as the ‘My eBay’ and ‘About Me’ sec-
tions. ‘My eBay’ was a tool that users could person-
alise to keep track of their favourite categories, view 
items  they  were  selling  or  bidding  on,  check  their 
recent account balance and feedback, or update their 
contact information. An ‘About Me’ page could be set 
up by users to tell other eBay users about themselves 
and  their  feedback  rating,  which  helped  to improve 
the  credibility  and  trust  among  the  users.  Not  all 
users were happy with the services, however, and this 
can be seen in the following message taken from the 
discussion boards.
Am  I  the  only  one  that  thinks  the  ‘Watch  This 
Item’  link  in  auctions  is  driving  sellers  to  the 
poorhouse? Geez … Bidding is bad enough without 
encouraging bidders not to bid.7
Brand building
In  a  company  that  had  always  disdained  advertis-
ing,  Whitman  employed  Pepsi’s  head  of  marketing, 
Brian  Swette,  as  senior  vice  president  of  marketing 
in October 1998 to oversee international expansion, 
marketing and customer support efforts for eBay. He 
had worldwide brand-building experience with both 
the Pepsi-Cola Company and Procter & Gamble. His 
focus was on increasing brand awareness both nation-
ally and internationally and on making eBay one of 
the  most accessible and successful e-commerce sites 
on the Internet.
eBay found that small traders and serious collec-
tors were the most active site users. Many of the trad-
ers were small businesses who had used eBay as their 
storefront or as a supplement to their existing stores. 
These users contributed 80 per cent of the total reve-
nues but only constituted 20 per cent of the registered 
users. As a result, eBay decided to reduce its presence 
in  broadband portals and concentrate its marketing 
and  brand-building  resources  on  these  users.  This 
included advertising in many niche publications read 
by serious collectors and exhibiting at collectors’ trade 
shows. eBay subsequently launched its first national 
print and broadcast advertising campaign in October 
1998  in  order  to  increase  awareness  of  the  compa-
ny’s brand with The Acme Idea Company, a strategic 
and creative consultancy committed exclusively to the 
building of brands. The national radio campaign was 
aired on more than 12 000 stations across the Unit-
ed States for five weeks. The print campaign includ-
ed adverts in Parade, People, Entertainment Weekly, 
Newsweek and Sports Illustrated and over 70 distinct 
collecting publications, reaching people who had an 
active passion – for example, for coins, stamps, dolls 
or photography.
eBay also instituted the PowerSellers program to 
benefit the bulk sellers. The program was designed to 
meet the needs of users who were running a full-time 
on-line  trading  business  on  eBay  with  benefits  and 
privileges  designed  to  make  selling  easier  and  more 
profitable. There were three different program levels, 
–  namely:  Bronze,  Silver  and  Gold  –  which  were 
achieved  with  minimum  monthly  sales  on  eBay  of 
US$2000,  US$10 000  and  US$25 000,  respectively. 
eBay offered these users additional services depend-
ing upon the level that they had achieved. These ben-
efits  included  the  PowerSellers  logo  to  distinguish 
users on the site, dedicated email customer support, 
participation in the eBay Success Stories program (to 
be profiled for use in press-related events), invitations 

C-40 Case 3 • eBay.com
to special events, specialist customer phone support, 
dedicated account managers and support hotlines.
A  member  of  the  PowerSellers  customer-service 
program complained that her email and phone calls 
regularly went unanswered:  ‘I  feel  like  I’m in  a  co-
dependent  relationship.  I  write  to  them,  I  get  no 
response. I e-mail them, nothing. I’m being abused.’8
On  25  March  1999,  eBay  and  AOL  expanded 
their existing relationship and announced a four-year 
strategic  alliance  to  expand  person-to-person  com-
merce and community building on AOL and its fam-
ily  of  brands.  The  agreement  gave  eBay  prominent 
presence across the domestic and international AOL 
family  of  brands,  including  AOL,  AOL.com,  Com-
puServe, Netscape’s Netcenter, ICQ and Digital City. 
According  to  the  agreement,  eBay  was  to  pay AOL 
US$75  million  over  the  term  of  the  agreement  and 
AOL  was  entitled  to  all  advertising  revenues  gener-
ated by the co-branded sites and to act as the exclusive 
third-party advertising sales force for advertising sold 
on eBay’s website. They created customised and co-
branded sites for AOL’s multiple brands that included 
comprehensive listings, feedback and ratings, message 
boards and select content from eBay. eBay was to pro-
mote AOL as its preferred Internet ISP and enable its 
users to download ICQ (communication software that 
enables  chat, voice, message  board,  data  conferenc-
ing, file transfer or games on the Internet) on its web-
site as well as to integrate AOL’s ‘My News’ feature 
into its ‘My eBay’ feature. AOL, in return, undertook 
to promote eBay to its member community of over 16 
million.  As  a  part  of the  agreement,  the  companies 
were to work together to facilitate eBay’s expansion 
into international markets, and AOL helped to launch 
eBay’s expansion into regional  markets  through the 
promotion of eBay on Digital City, a complete guide 
to activities in the US’s largest cities. 
The challenges of growth
Exhibit  1  contains  eBay’s  key  quarterly  financial 
results from the beginning of 1998 to the third quar-
ter  of  2000,  indicating  its  growth  and  profitability 
during this  period.  eBay never had any formal plan 
to develop the business, but rather took advantage of 
opportunities as they arose. Opportunistic behaviour 
was bound by a clear goal to be ‘the world’s largest 
P2P online auction company’ and a focused strategy 
with five elements:
•  strengthening the eBay brand
•  expanding the user base
•  broadening the trading platform by increasing 
product categories and promoting new ones
•  fostering community affinity
•  enhancing site features and functionality.
International expansion
While the Internet was available to users around the 
world,  trading  goods  across  borders  involved  diffi-
culties such as currency conversions, different duties, 
taxes and regulations, as well as high delivery costs. 
To build their user base and access the users in other 
countries, eBay needed to open country-specific sites. 
It  started  to  expand  into  the  international  markets 
early in 1999. The company identified the following 
possible strategies to enter these new markets:
•  building a new user community
•  acquiring a company that was already in the 
local trading market
•  partnering with strong local companies.
eBay started its international expansion in the UK 
and Canada (www.ca.ebay.com). eBay’s  community 
in the UK (www.ebay.co.uk) was built from the grass-
roots  by  local  management  with  on-line  marketing 
and local events. eBay rolled this service out to Aus-
tralia  (www.ebay.com.au),  Japan  (www.ebayjapan.
co.jp) and France (www.fr.ebay.com).
In March 1999, some German entrepreneurs cop-
ied eBay’s source code and set up a mirror-image of 
the eBay site under the name of Alando.de in Germa-
ny.  The site quickly  established  itself  as  the  leading 
on-line  trading  company among  Germany’s  10 mil-
lion  Internet  users  and  soon  attracted  eBay’s atten-
tion.  When it acquired  Alando  on  22  June  1999,  it 
had  50 000  registered  users  and  80 000 items  listed 
in 500 categories. The site was later renamed www.
ebay.de,  which  gave  German  users  access  to  eBay’s 
worldwide community of active buyers and sellers.
eBay launched its local site in Australia in October 
1999 in a joint venture with a leading Internet media 
company in Australia, PBL Online.  To promote the 
launch of the website, eBay Australia waived all list-
ing  fees  for  a limited  period  and  this  provided  sell-
ers with an even greater reason to list their items on 

Case 3 • eBay.com C-41
www.ebay.com.au.  In  February  2000,  eBay  Japan 
was launched as a joint venture with NEC. The deal 
brought  together  eBay’s  unrivalled  trading  presence 
and NEC, one of the world’s most innovative technol-
ogy companies  with  a commanding  presence  in the 
Japanese market. As part of the agreement, NEC took 
an equity stake in eBay Japan and promoted the site 
in  many ways,  including through its BIGLOBE  ISP, 
personal  computer  products  and  off-line  marketing 
campaigns. The international sites contain:
•  country-specific categories and content, 
reflecting popular local collectibles
•  the ability to trade local items in the local 
currency with content in the local language
•  access to a worldwide community of traders. 
International sellers can list their item so that 
it can be viewed from any eBay site, and buyers 
can view items listed anywhere in the world, 
with items denominated in the local currency 
and in US dollars
•  local discussion boards that allow the country’s 
community to get the most out of the website 
and a country-specific chat room. 
Amazon.com enters the 
on-line auction market
New competitors in the on-line auction market were 
surfacing every day, encouraged by the low barriers to 
entry and eBay’s success. The first major competitor 
was Onsale,  which  was already  an  established  B2C 
site.  Yahoo!,  Lycos,  Excite,  Microsoft’s  MSN  and 
many smaller niche competitors followed, but all of 
them found that attracting buyers and sellers was dif-
ficult. Exhibit 5 compares a few of the major on-line 
auctions sites as at October 2000 by their inventory of 
listed items, bidding activity, services and fees, design 
and functionality, customer support and the commu-
nity. 
In April 1999, Amazon.com launched its auction 
site which was remarkably similar to eBay’s and made 
it easy for buyers and sellers to move across to Ama-
zon. Amazon did not charge any fees for the first few 
months and offered additional services such as cross-
promotion to relevant Amazon retail sites, credit card 
payments and buyer guarantees by underwriting the 
risks of a seller failing to send an item or where the 
item  is  ‘materially  different’  from  the  description. 
Amazon achieved 100 000 auctions per day within a 
few months, but the number of listings started to fall 
when Amazon introduced charges. While the services 
it offered were superior to eBay’s, it was not able to 
break into the market that was already dominated by 
eBay. One of the sellers summarised his reasons for 
staying with eBay:
I’ve  posted  auctions  on just  about every  site you 
can imagine (but) I pretty much stick with eBay. 
The  buyers  are  there.  I’m  established  there.  My 
feedback  rating  establishes  me  as  an  upstanding 
member  of  the  community.  I  don’t  have  those 
ratings  on  other  sites  because  I  don’t  do  much 
business on any of them. I’d rather stay where I’m 
known.9
By  being  the  first  on-line  auction  to  be  able  to 
scale up and acquire a critical mass of buyers and sell-
ers in its community of users, eBay was able to suc-
cessfully  fend  off  attacks  from  Internet  brands  that 
were  better  recognised  and  offered  better  services. 
eBay’s community of buyers meant that sellers were 
less likely to move to competitor sites.
Improved customer service 
required
Following  Amazon’s  launch  with  superior  services, 
eBay launched services to assist its community with 
shipping (April 1999), credit card payments, escrow 
services,  electronic  stamps  and  a  customer  support 
centre  (May  1999).  These  services  were  offered  by 
entering into alliances with the following:
•  iShip.com provided information to e-merchants 
and buyers regarding shipping costs and options.
•  MBE provided the bricks-and-mortar support 
for packing and shipping. 
•  Billpoint facilitated person-to-person credit card 
payments on the Internet.
•  iEscrow enabled buyers to pay an escrow service 
when they bought an item. This was when a 
buyer placed money in the custody of a trusted 
escrow service. The money was then paid to the 
seller once a specified set of conditions was met, 
such as the buyer receiving and approving the 
goods.

C-42 Case 3 • eBay.com
Exhibit 5   Auction site competitor comparisons
Auction site Inventory
Bidding 
activity
Services & 
fees
Customer 
support
Design & 
functionality Community
321Gone ● ●
Amazon.com ■ ■ ● ■
AuctionAddict.com •● ●
Auctions.com ● ● ● ● •
Bid.com • • ● ● N/A
Bidbay.com •● ●
BoxLot ● ● ●
CityAuction ● ● ●
CNET Auctions ● ● •
Collecting Nation ● ● ●
Comic Exchange ● ● ●
Dell Auction ● ● ● •
eBay ■ ● ● ● ■
edeal ● ● ●
eHammer ● ■ ● ● •
eOrbis.com •● ■ ● •
eRock.net •● ●
eWanted.com ● ● ●
Excite Auctions ■ ● •
First Auction ● ● ● N/A
Gavelnet.com •● ●
GoAuction ● ● ● ● •
Gold’s Auction •■ ● ● ●
Go Network Auction •● ● ●
Haggle Online ●
Lycos Auctions ● ■ ●
MSN Auctions ● ● ●
Musichotbid.com ●•■•
Onsale ● ● ● N/A
Popula ● ● ● ●
Pottery Auction ● ■ ●
Sothebys.com ■ ● ● ● ● N/A
SportsAuction ●N/A ● ● N/A
Teletrade N/A ● ● N/A
uBid ● ● ● ■ ● N/A
Up4Sale ● ●
Wantads.com ● ● ● •
Xoom.com Auctions ● ● ● ●
Yahoo Auctions ■ ● ● •■
Yahoo Store ●N/A ● ■ N/A
ZDNet Auction ●●●
Excellent = ■, good = ●, average =  , below average = •.   Source: www.auctionwatch.com/awdaily/reviews/ratings.html, November 2000.

Case 3 • eBay.com C-43
•  e-Stamp allowed people to buy and print postage 
on-line to avoid queues at post offices where 
sellers needed to hand letters that weigh more 
than 16 ounces directly to a postal clerk.
eBay established its first remote customer support 
centre in Salt Lake City in order to stay ahead of the 
needs of the on-line community. Its main responsibil-
ity was to interact via email with the eBay community 
on a 24-hour basis and provide live customer support 
on eBay’s customer support bulletin boards, such as 
the ‘Support Q&A Board’, ‘Support Q&A For New 
Users’ and ‘Help with Images and HTML’. One user 
described his experience of eBay’s customer support. 
I think we  should spread  the word for  people  to 
start  using  Amazon.com.  Maybe  then  eBay  will 
increase their  customer  service  and see  to it  that 
their system is working instead of pissing people 
off. No wonder they are offering Billpoint for free. 
You can’t count on it. eBay is not there to help. At 
least  not readily. I  have sent  3 emails  to support 
and have heard NOTHING.10
eBay still did not have its customer support up to 
the level of its competitors and this remained a prob-
lem for the users.
eBay acquires bricks-and-mortar 
businesses
With the on-line auction market being so competitive, 
eBay found  it difficult to increase  its fees.  The  only 
way to increase its revenues was to improve the traffic 
volumes by deepening the penetration into the North 
American  market,  expand  internationally  and  raise 
the  average price  of goods  sold.  On  26  April 1999, 
eBay  announced  that  it  had  agreed  to  acquire  San 
Francisco-based Butterfield & Butterfield (B&B), one 
of  the  world’s  largest  and  most  prestigious  auction 
houses.  This  acquisition  enabled  eBay  to  accelerate 
its  penetration  into  higher-priced  items  on  a  global 
basis  because  of  B&B’s  expertise  in  premium  mar-
kets and extensive relationships with dealers, auction 
houses  and  individuals  throughout  North  America, 
Europe and Asia. B&B had begun providing auctions 
over the Internet through its relationship with a local 
company,  but  ended  the  arrangement  three  weeks 
prior  to  the  announcement  in  order  to  work  with 
eBay. eBay used this acquisition to start its ‘great col-
lections’ speciality site and other antique categories. 
Prior to this acquisition, eBay’s average auction closed 
at only about US$47, of which eBay’s fee was about 
US$3. The average B&B auction closed at US$1400, 
of  which  the  house’s  fee  was  almost  US$400.  Buy-
ing into the high-end auction business might not have 
increased  the  amount  of  interaction  on  the  discus-
sion boards or chat rooms, but it promised to boost 
eBay’s revenues. Shortly afterwards, on 18 May 1999, 
eBay announced that it had acquired Kruse Interna-
tional,  one  of  the  world’s  most  respected  and  well-
established  brands in  the collector  automobile mar-
ket. This strategic acquisition enabled eBay to move 
into this market and continue to offer higher-priced 
items to its community. Kruse participated in approx-
imately 40 car auctions each year and had held events 
in 46 US states, the United Kingdom and Japan. eBay 
used  expertise  gained  through  this  acquisition  and 
other  alliances  with  CarClub.com  and  Autotrader.
com  to  introduce  a  new  automotive  section  on  the 
eBay site for collectable and other used cars and offer 
users related additional services.
eBay introduces local sites
To  further  increase  eBay’s  penetration  into  higher-
priced goods, eBay accessed the market for goods that 
were difficult to ship long distances, such as cars and 
large appliances that would have normally been sold 
through the local newspaper classifieds owing to their 
size  or  fragile  nature.  Late  in  1999,  eBay  launched 
‘eBay: Go  Local’  with  a campaign  called  ‘from our 
homepage to your hometown’ whereby eBay toured 
30 communities across the United States, and intro-
duced a pilot site in Los Angeles. At the end of 1999, 
there was a local site for 63 cities in the US and others 
internationally,  with  a  regional  flavour  in  order  to 
connect  local  buyers  and  sellers.  Buyers  could  also 
inspect the goods before they bid. The separate local 
sites were accessible through the ‘Go Local’ area on 
the eBay home page. 
eBay Local featured local categories and allowed 
members to browse through and trade items of local 
interest, such as memorabilia from popular regional 
sports teams, political collectibles and antique post-
cards celebrating the region’s heritage. The local site 
was  completely  integrated  into  eBay’s  worldwide 

C-44 Case 3 • eBay.com
listings so sellers could list locally while everyone on 
eBay could see the item. 
Computing infrastructure
The aggressive marketing and expansion during late 
1998  and  early  1999  resulted  in  rapid  increases  in 
demand upon the computing infrastructure that sup-
ported the on-line auctions. By the end of June 1999, 
eBay had  5.6  million  registered  users  and  had  con-
ducted 29.4 million auctions (about 250 000 per day) 
with gross merchandise sales of US$622 million dur-
ing  the  previous  three-month  period.  The  increas-
ing  traffic  to  the  website  required  constant  expan-
sion and upgrading  of the technology. Frequent  site 
outages  and  downtime  for  maintenance  was  a  seri-
ous problem for the growing company. A number of 
the small traders, who depended on eBay for a living, 
attributed the ‘downs’ in their business to site crashes, 
pages not loading, system slowdowns and slow end-
of-auction  notices.  During  June  1999,  eBay  experi-
enced a three-day string of outages because of prob-
lems with its server operating system software which 
corrupted their databases. A report of the event even 
appeared on the front page of  the New York Times 
and it was estimated that these outages cost the com-
pany US$3–5 million in refunds to sellers. The share 
price fell by 25 per cent and the web page viewing fig-
ures halved for the week after the outage. Other costs 
that  could  not  be  quantified  were  the  lost  revenues 
from those customers who got frustrated with the site 
and defected to competitors’ sites. eBay instituted an 
automatic auction extension policy which meant that 
any outage lasting for two hours or more resulted in 
an automatic lengthening in the time allowed to place 
bids. As a result of the outages, Whitman decided to 
build excess capacity, but she decided that the addi-
tional cost would be small when compared to the cost 
of outages and poor site performance. She set the goal 
of building the infrastructure to 10 times the required 
capacity. 
In  October  1999,  eBay  outsourced  its  back-end 
Internet  technology  to  AboveNet  Communications 
and Exodus Communications. It outsourced its web 
servers,  database  servers  and  Internet  routers,  and 
relied on the companies to provide increased network 
bandwidth for its millions of active buyers and sell-
ers. These companies had front-end web servers that 
were linked to eBay’s proprietary database and appli-
cation servers and were all located at AboveNet’s and 
Exodus’s locations. The servers were located in tem-
perature-controlled  facilities  with  superior  fire  con-
trol, security and redundant power systems, and were 
housed in seismically braced racks. These companies 
were  also  the  primary  service  provider  for  Yahoo!, 
Lycos and other major on-line companies.
Expanding the product range
As of August 1999, eBay’s brand was recognised by 
91  million  US  adults,  compared  to  118  million  for 
Amazon.com. eBay’s challenge, however, was to turn 
this awareness of its brand into registered users (7.7 
million at the time) and revenues. This was becoming 
more  difficult  as  new  competition  was  entering  the 
market all the time. In September 1999, FairMarket.
com  announced  that  it  would  form  an  auction  net-
work including Microsoft’s MSN, Excite@Home and 
Lycos. Alta Vista, Xoom.com, Outpost.com, ZDNet, 
CompUSA  and  Ticketmaster  soon  joined  the  net-
work. Each of the networked sites accessed a single 
database, so any auction that was listed on one of the 
sites was automatically listed on all of the other part-
ner sites which increased the number of buyers that 
was available for each member. The FairMarket net-
work was intended to appeal to the big brand names 
that  did  not  want  their  items  listed  next  to  collect-
ibles and other ‘junk’. The eBay share price dropped 
7 per cent on the news. Amazon had also launched its 
zshops whereby merchants could retail their goods in 
a fixed-price format which competed with the many 
small traders  who used eBay as their storefront but 
did not require the sale to be in an auction format.
In order to increase its revenues with this increased 
competition,  eBay acquired  Half.com in  June  1999, 
a  fixed-price,  person-to-person  trading  marketplace 
to broaden the buying and selling choices for eBay’s 
trading community and expand eBay’s trading plat-
form. Half.com had created an efficient, user-friendly 
marketplace  where  buyers  and  sellers  could  trade 
used  books,  CDs,  movies  and  video  games  at  fixed 
prices that were at least half of the list price. In the 
first quarter of 2000, eBay also launched its Business 
Exchange site, which was to enable small businesses 
to trade with each other in business-related categories 
such  as  computer  and  industrial  equipment,  power 

Case 3 • eBay.com C-45
tools, office furniture, and consumables such as print-
er toner. While some business-to-business trading had 
always taken place on the site, the intention of this site 
was to expand this and further increase eBay’s reach 
into higher-priced goods.
On 8 February 2000, eBay and the Walt Disney 
Corporation  announced  a  comprehensive  four-year 
agreement  in  which  eBay  would  ultimately  become 
the on-line trading service across all of Disney’s Inter-
net  properties,  including  the  GO  Network  portal. 
The companies  intended to develop, implement  and 
promote a co-branded person-to-person trading site 
for the GO Network at www.ebay.go.com. In addi-
tion, the companies collaborated on the development 
of several merchant-to-person trading sites in an auc-
tion  format  for  Disney.com,  ESPN.com  and  ABC.
com that showcase unique, exclusive and authenticat-
ed products, props and memorabilia from throughout 
The  Walt  Disney  Company,  including  Walt  Disney 
Studios,  Disneyland  and  Walt  Disney  World,  ESPN 
Cable Networks and ABC Television. 
On 20 November 2000, eBay launched its Appli-
cation Programming Interface (API) that would allow 
other  companies  to  display  eBay  auctions  on  their 
independent  websites.  Companies  would  be  able  to 
subscribe to specific  auction and fixed-price catego-
ries on the eBay site. eBay had developed the software 
itself  and  the  software  made  it  easier  for  program-
mers to create software applications without having 
to write all the code for basic features such as screen 
menus  and  printing  capabilities.  eBay  executives 
believed that the syndicated listings would appeal to 
other Internet commerce and media sites that wanted 
to  give  users  more  shopping  options  without build-
ing their own stores. Websites that wanted eBay list-
ings would not receive any fees of transactions exe-
cuted through their site unless they owned the listed 
items. The company believed that it would eventually 
be able to persuade some sites that already sold goods 
to  replace  their  in-house  e-commerce  systems  with 
eBay’s technology.
eBay at the end of 2000
eBay  had  created  a  convenient,  efficient  and  enter-
taining  marketplace  where  buyers  and  sellers  could 
list, bid for and trade goods. eBay was the intermedi-
ary and only provided the marketspace for buyers and 
sellers to trade and did not take any responsibility for 
the  actual transaction.  To attract  and  retain  buyers 
and sellers, eBay gave users access to value-added ser-
vices that made the transaction simpler. To improve 
loyalty to the site, eBay had also developed an on-line 
community  where  collectors  and  other  users  could 
interact. The site created excitement for buyers who 
searched for and bid on items that they hoped would 
be bargain buys. As one customer noted:
I’d recommend eBay Auction services to everyone! 
I attend many estate auctions on a regular basis in 
the Kentucky area. I have found the same thrills on 
eBay as I do at the real estate public auctions.11
Most  trading  took  place  in  an  auction  format 
where the trade took place between the seller and the 
highest bidder, if the bid was above the reserve price 
(where applicable). More details of the different auc-
tion formats are contained in Exhibit 6. eBay did not 
take  any  ownership  in  or  agency  for  the  goods.  Its 
neutrality eliminates some of the concerns that face 
other  businesses,  such  as  sourcing  and  supplying 
goods, inventory, responsibility, payment collections 
or shipping. This was important for eBay to maintain, 
as implementing systems to perform these functions 
would have significant costs associated with them and 
would require additional resources.
Auction aggregators introduce a 
new threat
At the end of 1999, auction aggregators such as Auc-
tionWatch.com  started  to  pose  a  threat  to  individ-
ual on-line auctions  such  as  eBay. These  sites acted 
as  a  portal  and  they  collected  data  on  the  auctions 
that  were  available  on  the  individual  auction  sites 
and displayed similar items from the competing sites 
together. Buyers could therefore see all of the required 
items at one time and compare prices. This was a sig-
nificant threat to eBay, whose success in the past was 
due to its established community of buyers and sellers 
choosing eBay over other competitors. eBay installed 
technical  measures  to  try  to  block  AuctionWatch 
servers from accessing its website. This only worked 
for about a month, until AuctionWatch designed soft-
ware to get through the security features. eBay con-
sequently threatened legal action, claiming that these 

C-46 Case 3 • eBay.com
sites were illegally accessing its site, making unautho-
rised copies of its content, and displaying the content 
in  incomplete  and  confusing  ways.  While  the  users 
provided most of the content on its site, such as item 
descriptions and photographs, eBay maintained that 
the content that it generated (number of bids, length 
of the auction, etc.) was its property.
Counterfeit, illegal and other 
questionable listings
While on-line publishers are responsible for the con-
tent of their sites as an on-line venue, eBay was not, 
according  to  the  Digital  Millennium  Copyright  Act 
(DMCA) of 1998. People were, however, selling ille-
gal  items  such  as  human  kidneys,  marijuana  and 
counterfeit software, and controversial items such as 
Nazi memorabilia and pornographic material. While 
eBay had adopted a hands-off approach to  what its 
customers sold on the site, Shultz advised the board 
that  these  items  affected  the  character  of  the  com-
pany. eBay consequently changed its description to a 
‘venue where anybody can sell practically anything on 
earth’ and issued a list of items that were restricted on  
the site. 
eBay  had  faced  several  lawsuits  questioning  the 
eBay business model where people claimed that eBay 
should take responsibility for the authenticity of items 
sold on the site. An example of this was where eBay 
was sued by someone who bought a collector’s base-
ball card that turned out to be a fake. Checking every 
item  that  is  listed  on  the  site  would  have  required 
an  army  of content checkers,  and  if  eBay  had  tried 
to  verify  the  legality  of  all  of  the  items  it  probably 
would  have been  liable  for  those  items  that  slipped 
through  its  inspections.  On  21  November  2000,  a 
French  judge ordered  Yahoo!  to  block  French  users 
from  visiting  websites  that  sold  Nazi  memorabilia. 
This ruling meant that all websites would be subject 
to the  laws  and  norms  of all  other  countries  in  the 
world, which was a move away from the US-inspired 
openness  and  freedom  ethos.  Critics  suspected  that 
this ruling may have prompted other governments to 
police websites in an attempt to get them to comply 
with their local laws. 
Exhibit 6   Comparison of auction formats
Dutch auction: The seller places one or more identical items on sale for a minimum price for a set time. When the auction ends, 
the highest bidder wins the item(s) at their bid price. Remaining items are sold to other bidders in order of price, quality and 
time.
Reserve price: The seller lists a ‘reserve bid price’. Buyers are allowed to place bids for any amount above or below the reserve 
price, but the seller has the option to disregard any of the bids below the reserve price. The bidders do not normally know 
the reserve price.
Express auction: Short timed auctions generally lasting between one-half to one hour. The quick turn-around offers a heightened 
auction experience.
Reverse auction: The seller and not the buyer bears the risk of not being successful. The buyer lists what is required at the 
price they are willing to pay for it. Sellers bid for the business. The bidder can remain anonymous, and a maximum price can 
be established to maintain the price within a budget. This type of auction format is not offered by eBay. Priceline.com is well 
known for offering reverse auctions.
Sealed bid auctions: Bidders are only aware of the reserve price and bid without knowing the amounts of other incoming bids. 
All bids are automatically opened at the end date of the auction and the highest bidder wins.
Sniping: Placing a bid in the closing minutes or seconds of an auction. Any bid placed before the auction ends is allowed on eBay 
but not on some other sites.
Proxy bidding: Placing a proxy bid at the maximum limit users are willing to bid for an item will result in the system bidding on 
the bidder’s behalf each time a new bidder places a bid. The system will ensure that the proxy bidder’s bid is one increment 
higher than the previous bid until the user’s maximum limit is reached.
Source: Various.

Case 3 • eBay.com C-47
Exhibit 8   Comparison of financial performance of dotcoms
Performance measure eBay Yahoo! Priceline Amazon
Revenues1 (mn) 113.4 295.5 341.3 637.9
Net income1 (mn) 15.2 47.7 (191.9) (240.5)
Gross margin2 (%) 74.58 85.45 15.40 21.06
Operating margin2 (%) 2.35 27.46 –97.04 –33.08
Profit margin2 (%) 7.50 21.33 –96.18 –35.79
Recent share price336.94 40.88 2.53 28.94
Market capitalisation3 (mn) 9 895.62 22 825.54 426.50 10 306.96
Number of employees4138 1 992 373 7 600
Notes:  Source: www.marketguide.com, November 2000.
1   All amounts in US dollars.
2   Revenue and net income for three months to 30 September 2000.
3   Margins for 12 months to 30 September 2000.
4   Share price as at 24 November 2000.
5   Employees as at 31 December 1999.
Exhibit 7   Websites’ audiences and average time per month
Ranking Website Unique audience (’000)
Time per person  
(hrs:min:sec)
  1 AOL Websites 64 744 00:43:29
  2 Yahoo! 63 720 01:41:00
  3 MSN 51 424 01:19:37
  4 Microsoft 34 614 00:12:31
  5 Lycos Network 33 708 00:21:28
  6 Excite@Home 32 085 00:35:09
  7 Walt Disney Internet Group 27 076 00:33:41
  8 Time Warner 23 250 00:24:14
  9 About the Human Internet 22 262 00:10:45
10 Amazon 21 837 00:16:06
11 AltaVista 18 560 00:21:41
12 CNET Networks 18 525 00:16:06
13 NBC Internet 18 423 00:14:51
14 eBay 17 010 02:10:49
15 eUniverse Network 16 003 00:18:01
16 LookSmart 15 840 00:07:39
17 Ask Jeeves 14 671 00:10:30
18 Real Network 12 265 00:06:46
19 American Greetings 11 856 00:11:49
20 Earthlink 11 602 00:17:15
21 AT&T 11 196 00:15:45
22 Uproar 11 113 00:42:35
23 The Go2Net Network 10 752 00:13:25
24 GoTo.com 10 564 00:04:15
25 Viacom International 10 178 00:14:21
Source: Nielsen NetRatings.

C-48 Case 3 • eBay.com
The future
In  the  third  quarter  of  2000,  US$1.4 billion  worth 
of  goods  were  traded  on  eBay  in  68.5  million  auc-
tions, which generated US$113.4 million of revenue 
and  US$15.2 million in  net  profit for the company. 
At the end of September 2000, eBay had 18.9 million 
registered  users.  When  releasing  these  results,  eBay 
announced a revenue goal of  US$3  billion in 2005, 
with sites in 25 countries, representing the majority of 
the world’s Internet users. Exhibit 7 gives the Nielsen 
NetRatings of the top 25 websites for October 2000 
(combined  at-home  and  at-work  data),  where  eBay 
received 17 million unique visitors who spent an aver-
age of 2 hours 10 minutes on the site for the month. 
What  was important to Whitman was the  fact  that 
eBay was making a profit, while many other e-com-
merce companies were making significant losses while 
building their user base and establishing distribution 
networks (see Exhibit 8).
However,  on  20  November  2000,  Lehman 
Brothers downgraded eBay’s share from a ‘buy’ to a 
‘neutral’, citing eBay’s ‘aggressive 2005 sales projec-
tion’ as a concern. The share price fell 20 per cent on 
the news. The analyst at Lehman Brothers said that 
eBay’s core business was slowing down and that the 
new business initiatives were more costly than initial 
estimates. The staff complement had increased with 
the growth, which meant that the company was being 
challenged to maintain the culture and values among 
the  new  recruits.  Whitman  knew  that  her  greatest 
challenge would be to keep eBay focused while grow-
ing the company. Considering the share downgrade, 
Whitman was sure that the analyst was over-reacting 
on  the  forecasts.  Over the  past five  years,  eBay  had 
been an example of e-commerce success for Internet 
and bricks-and-mortar companies alike. It had trans-
formed the auction business, which had allowed it to 
become the world’s largest P2P on-line auction com-
pany, achieving a higher value than many established 
Fortune 500 companies. Overcoming challenges was 
an everyday part of the environment, for which eBay 
had set the example. But the future may bring as many 
threats as previously there were opportunities.
Exhibit 9   A brief history of auctions
The auction format of selling emerged almost from the beginning of time, when people first began to barter trade with each 
other. The word ‘auction’ is derived from a Latin word, which means a gradual increase.
The earliest record of an organised auction was of the annual marriage market of Babylon in about 500 BC. Once a year the 
men of Babylon would gather around while a herald (auctioneer) would accept bids for maidens. The herald would begin the 
auction with the most ‘beautiful’ girls and work his way through to the ‘ugliest’. Ancient Romans also auctioned goods. One of 
the most astonishing auctions in history occurred in the year AD 193 when no less than the entire Roman Empire was ‘tossed 
on the block’ by the Praetorian Guard. First they  killed Pertinax, the emperor, and then they announced that the highest 
bidder could claim the empire. As the Roman Empire came to an end, there were fewer and fewer auctions.
The earliest reference to the auction as practised in Great Britain is from 1595, but there are no more references until the 
end of the 17th century. At that time, auctions were held in taverns and coffee houses to sell art. At the beginning of the 17th 
century, four types of auctions developed which shaped how current auctions are conducted today. The four types were:
1 Auctions using a ‘hammer’ as we know it today.
2 Hourglass auctions: Bids were accepted until the last grain of sand was left at the top of the hourglass. The last bid called 
before the glass was empty, won.
3 Candle auction: The same idea as the hourglass auction.
4 Dutch auction: This is when the auctioneer begins at a higher price and quotes smaller and smaller bids until there  
is a buyer.
Sotheby’s and Christies were founded in 1744 and 1766, respectively.
Sources: www.bendisauctions.com/orgin.htm; http://iml.jou.ufl.edu/projects/Spring2000/McKenzie/History.html; www.webcom.com/agorics/ 
auctions/auction9.html.

Case 3 • eBay.com C-49
References
The Australian eBay site can be explored at www.ebay.com.au. Users 
can search for items in Australia or worldwide, and can set up the 
‘My eBay’ function to track auctions.
Alsop. S., 1999, ‘Contemplating eBay’s funeral’, Fortune Magazine, 
139(11).
Amazon.com Auctions, 2000, www.amazon.com.
AuctionGuide.com., 2000, www.auctionguide.com.
AuctionWatch, 2000, www.auctionwatch.com.
Bloomberg News, 1999, ‘eBay founders give up billions to repay 
loans’, Cnet.com, June, viewed 23 September 2000, www.cnet.
com.
Butterfield & Butterfield, 2000, www.butterfields.com.
CiscoWorld, 2000, Case Study: ‘Keeping outages at bay at eBay’, 
5 October, www.ciscoworldmagazine.com.
Clampet, E., 1999, ‘eBay enhances services with acquisitions’, May, 
viewed 23 September 2000, www.internews.com.
Cohen, A., 1999, ‘The eBay revolution: How the online auctioneer 
triggered  a  revolution  of  its  own’,  Time  Magazine, viewed 
16 October 2000, www.time.com.
Dayal, S., H. Landesberg and M. Zeisser, 2000, ‘Building digital brands’, 
The McKinsey Quarterly 2, pp. 42–51.
eBay Annual Report, 1999, Form 10-K: Annual Report for eBay Inc. for 
fiscal year ended December 31, 1998.
eBay Annual Report, 2000, Form 10-K: Annual Report for eBay Inc. for 
fiscal year ended December 31, 1999.
eBay  Quar terly Financial Statements, 2000,  Form 10-Q: Quarterly 
Report for eBay Inc. for the quarterly period ended June 30, 2000. 
eBay Quarterly Financial Statements, 2000, Form 10-Q: Quarterly Report 
for eBay Inc. for the quarterly period ended March 31, 2000. 
eBay  Quar terly Financial Statements, 2000,  Form 10-Q: Quarterly 
Report for eBay Inc. for the quarterly period ended September 30, 
2000. 
eBay.com, 2000, www.ca.ebay.com (Canada).
eBay.com, 2000, www.ebay.co.uk (United Kingdom).
eBay.com, 2000, www.ebay.com.au (Australia).
eBay.com, 2000, www.ebayjapan.co.jp (Japan).
eBay.com, 2000, www.fr.ebay.com (France).
Ellington, D., D. Ficeli, P. Jaturaputpaibul and K. Kellam, 1999, Issues 
Facing Consumer-Oriented Online Auctions (MBA, Owen Graduate 
School of  Management, Vanderbilt University), 17 October 
2000, http://mba99.vanderbilt.edu.
Forrester Research, 2000, ‘Forrester findings: Internet commerce’, 
17 September, www.forrester.com.
Fortune, 2000, ‘America’s forty under 40’, Fortune Magazine, June, 
viewed 23 October, www.fortune.com.
Fortune, 1999, e50, Company Index, 29 September 2000, www.
fortune.com.
Himelstein, L., 1999, ‘Q&A with Meg Whitman: What’s behind the 
boom at eBay’, Business Week, www.businessweek.com.
Interagency Government Asset Sales Team (IGAST), 2000, ‘The 
vendor  pilot  asset  sales  and  auction’,  US  Chief  Financial  
Officer’s  Council  Auction  White  Paper,  13 October,  www.
financenet.gov.
InternetNews  Staff,  1998,  ‘eBay  gets  personal’,  InterNews.com, 
October, viewed 23 September 2000, www.internews.com.
InternetNews  Staff,  1998,  ‘eBay  launches  national  adver tising 
campaign’,  InterNews.com, October, viewed 23  September 
2000, www.internews.com.
Jannarkar, S., 1999, ‘eBay buys Butterfield & Butterfield’, Cnet.com, 
April, viewed 26 September 2000, www.cnet.com.
Kruse International, 2000, www.kruseinternational.com.
Lee, J., 1998, ‘Why eBay is flying’, Fortune Magazine, 138(11).
Moran, S., 1999, ‘The pro: Meg Whitman’, Business 2.0, June, viewed 
2 October 2000, www.business2.com.
Nielsen/NetRatings Global Internet Index, 2000, ‘Top 25 web sites 
by  proper ty’,  October,  viewed  28  November  2000,  www.
nielsen-netratings.com.
Reichheld, F. R and P. Schefter, 2000, ‘E-Loyalty: Your secret weapon 
on the web’, Harvard Business Review, July–August, pp. 105–13.
Roberts, L., 2000, ‘eBay thinks global, big-time’, 25 September, www.
marketwatch.com.
Roth,  D.,  1999,  ‘Meg  muscles  eBay  uptown’,  Fortune  Magazine, 
140(1).
Sellers,  P.,  1999,  ‘Powerful  women:  These  women  rule’,  Fortune 
Magazine, 140(8).
Silicon  Valley,  1999,  ‘Return  to  1st  person:  Pierre  Omidyar’, 
Siliconvalley.com, 23 September 2000, www.sv.com.
Street, D., 1999’, Amazon.com: From start-up to the new millennium 
(MBA Research Report, University of Cape Town).
Tedeschi, R., 1999, ‘Using discounts to build a client base’, New York 
Times, 31 May.
The Standard, 1999, ‘Profile: Pierre Omidyar’, 15 September 2000, 
www.thestandard.com.
Wall Street Journal, 2000, ‘Stocks declined, dragged down by analyst 
downgrades, election’, Wall Street Journal, 20 November, www.
wsj.com.
Wingfield,  N.,  2000,  ‘eBay  aims  to  be  operating  system  for  all  
e-commerce on the Internet’, Wall Street Journal, 20 November, 
www.wsj.com.
Yahoo! Auctions, 2000, auctions.yahoo.com.
Notes
  1   D. Bunnell, 2000, The eBay Phenomenon: Business Secrets Behind 
the World’s Hottest  Internet  (New  York:  John  Wiley  &  Sons, 
Inc.). Copyright John Wiley & Sons Limited. Reproduced by 
permission.
  2   Ibid.
  3   Ibid.
  4   Ibid.
  5   Various, 2000, Epinions.com – Reviews of eBay, 21 November, 
www.epinions.com.
  6   K. Harrod, 1999, ‘Amazon.com vs. eBay’, Letter to Fortune, 5 July 
1999, viewed 23 October 2000, www.fortune.com.
  7   Bunnell, The eBay Phenomenon.
  8   Ibid.
  9   Ibid.
10   www.ebay.com.
11   Various, 2000, Epinions.com – Reviews of eBay.

C-50
Case 4
Gillette and the men’s  
wet-shaving market
Lew G. Brown  Jennifer M. Hart
University of North Carolina at Greensboro  University of North Carolina at Greensboro
SAN FRANCISCO
On a spring morning in 1989, Michael Johnson dried 
himself and stepped from the shower in his San Fran-
cisco Marina District condominium. He moved to the 
sink and started to slide open the drawer in the cabi-
net beneath the sink. Then he remembered that he had 
thrown away his last Atra blade yesterday. He heard 
his wife, Susan, walk past the bathroom.
‘Hey, Susan, did you remember to pick up some blades 
for me yesterday?’
‘Yes, I think I put them in your drawer.’
‘Oh, okay, here they are.’ Michael saw the bottom of 
the blade package and pulled the drawer open.
‘Oh,  no!  These  are  Trac  II  blades,  Susan,  I  use  an 
Atra.’
‘I’m sorry. I looked at  all the packages  at the drug-
store,  but  I  couldn’t remember  which  type  of  razor 
you have. Can’t you use the  Trac II blades on your 
razor?’
‘No. They don’t fit.’
‘Well, I bought some disposable razors. Just use one 
of those.’
‘Well, where are they?’
‘Look below the sink. They’re in a big bag.’
‘I see them. Wow, 10 razors for $1.97! Must have been 
on sale.’
‘I guess so. I usually look for the best deal. Seems to 
me that all those razors are the same, and the drug-
store usually has one brand or another on sale.’
‘Why don’t you buy some of those shavers made for 
women?’
‘I’ve tried those, but it seems that they’re just like the 
ones made for men, only they’ve dyed the plastic pink 
or  some  pastel  colour.  Why  should  I  pay  more  for 
colour?’
‘Why don’t you just use disposables?’ Susan contin-
ued.  ‘They  are  simpler  to  buy,  and  you  just  throw 
them away. And you can’t beat the price.’
‘Well, the few times I’ve tried them they didn’t seem 
to shave  as  well  as  a  regular  razor.  Perhaps  they’ve 
improved. Do they work for you?’
‘Yes, they work fine. And they sure are better than the 
heavy razors if you drop one on your foot while you’re 
in the shower!’
‘Never thought about that. I see your point. Well, I’ll 
give the disposable a try.’

Case 4 • Gillette and the men’s wet-shaving market C-51
History of shaving
Anthropologists  do not know exactly when or  even 
why men began to shave. Researchers do know that 
prehistoric  cave  drawings  clearly  present  men  who 
were  beardless.  Apparently  these  men  shaved  with 
clamshells  or  sharpened  animal  teeth.  As  society 
developed,  primitive  men  learned  to  sharpen  flint 
implements.  Members  of  the  early  Egyptian  dynas-
ties as far back as 7000 years ago shaved their faces 
and heads, probably to deny their enemies anything 
to grab during hand-to-hand combat. Egyptians later 
fashioned copper razors and, in time, bronze blades. 
Craftsmen  formed  these  early  razors  as  crescent-
shaped knife blades, like hatchets or meat cleavers, or 
even as circular blades with a handle extending from 
the  centre.  By the Iron Age,  craftsmen  were able to 
fashion blades that were considerably more efficient 
than the early flint, copper and bronze versions.
Before the introduction of the safety razor, men 
used  a  straight-edged,  hook-type  razor  and  found 
shaving a tedious, difficult and time-consuming task. 
The typical man  struggled  through  shaving  twice  a 
week at most. The shaver had to sharpen the blade 
(a process called stropping) before each use and had 
to have an expert cutler hone the blade each month. 
As a result, men often cut themselves while shaving; 
and few men had the patience and acquired the nec-
essary skill to become good shavers. Most men in the 
1800s agreed with the old Russian proverb: ‘It is eas-
ier  to  bear  a  child  once  a  year  than  to  shave every 
day.’ Only the rich could afford a daily barber shave, 
which also often had its disadvantages because many 
barbers were unclean.
Before  King  C.  Gillette  of  Boston  invented  the 
safety razor in 1895, he tinkered with other inventions 
in pursuit of a product which, once used, would be 
thrown away. The customer would have to buy more, 
and the business would build a long-term stream of 
sales and profits with each new customer.
‘On  one  particular  morning  when  I  started  to 
shave,’  wrote  Gillette  about  the  dawn  of  his  inven-
tion, ‘I found my razor dull, and it was not only dull 
but beyond the  point  of  successful  stropping  and  it 
needed honing, for which it must be taken to a bar-
ber or cutler. As I stood there with the razor in my 
hand, my eyes resting on it as lightly as a bird settling 
down on its nest, the Gillette razor was born.’ Gillette 
immediately wrote to his wife, who was visiting rela-
tives, ‘I’ve got it; our fortune is made.’
Gillette had envisioned a ‘permanent’ razor han-
dle on to which the shaver placed a thin, razor ‘blade’ 
with two sharpened edges. The shaver would place a 
top over the blade and attach it to the handle so that 
only the sharpened edges of the blade were exposed, 
thus  producing  a  ‘safe’  shave.  A  man  would  shave 
with the blade until  it became dull  and  then  would 
simply throw the used blade away and replace it. Gil-
lette knew his concept would revolutionise the process 
of shaving; however, he had no idea that his creation 
would permanently change men’s shaving habits.
Shaving in the 1980s
Following the invention of the safety razor, the men’s 
shaving industry in the United States grew slowly but 
surely through the First World War. A period of rapid 
growth followed, and the industry saw many product 
innovations.  By 1989,  US  domestic  razor  and  blade 
sales (the wet-shave market) had grown to a US$770 
million industry. A man could use three types of wet 
shavers to remove facial hair. Most men used the dis-
posable  razor  –  a  cheap,  plastic-handled  razor  that 
lasted for eight to 10  shaves on  average. Permanent 
razors, called blade and razor systems, were also pop-
ular.  These  razors  required  new  blades  every  11  to 
14 shaves. Customers  could purchase  razor handles 
and blade cartridges together, or they could purchase 
packages of blade cartridges as refills. The third cate-
gory of wet shavers included injector and double-edge 
razors and accounted for a small share of the razor 
market.  Between 1980 and 1988,  disposable  razors 
had risen from a 22 per cent to a 41.5 per cent market 
share of dollar sales. During the same period, cartridge 
systems had fallen from 50 per cent to 45.8 per cent 
and  injector  and  double-edge types  had  fallen  from 
28 per cent to 12.7 per cent. In addition, the develop-
ment of the electric razor had spawned the dry-shave 
market, which accounted for about US$250 million 
in sales by 1988.
Despite  the  popularity  of  disposable  razors, 
manufacturers  found  that  the  razors  were  expen-
sive to make and generated very little profit. In 1988, 
some industry analysts estimated that manufacturers 

C-52 Case 4 • Gillette and the men’s wet-shaving market
earned three times more on a razor and blade system 
than on a disposable razor. Also, retailers preferred 
to sell razor systems because they took up less room 
on  display racks  and  the  retailers  made  more  mon-
ey on refill sales. However, retailers liked to promote 
disposable razors to generate traffic. As a result, US 
retailers allocated 55 per cent of their blade and razor 
stock to disposable razors, 40 per cent to systems and 
5 per cent to double-edge razors.
Electric  razors  also posed a threat  to razor and 
blade  systems.  Unit  sales  of  electric  razors  jumped 
from 6.2 million in 1981 to 8.8 million in 1987. Low-
priced imports from the Far East drove demand for 
electric razors up and prices down during this period. 
Nonetheless, fewer than 30 per cent of men used elec-
tric razors, and most of these also used wet-shaving 
systems.
Industry  analysts  predicted  that  manufacturers’ 
sales  of  personal  care  products  would  continue  to 
grow. However, the slowing of the overall US econo-
my in the late 1980s meant that sales increases result-
ing from an expanding market would be minimal and 
companies  would  have  to  fight  for  market  share  to 
continue to increase sales.
By 1988 the Gillette Company dominated the wet-
shave market with a 60 per cent share of worldwide 
razor market revenue and a 61.9 per cent share of the 
US market. Gillette also had a stake in the dry-shave 
business through its Braun subsidiary. The other play-
ers in the wet-shave market were Schick with 16.2 per 
cent of market revenues, BIC with 9.3 per cent, and 
others, including Wilkinson Sword, with the remain-
ing 12.6 per cent.
The Gillette Company
King  Gillette  took  eight  years  to  perfect  his  safety 
razor. In 1903, the first year of marketing, the Amer-
ican Safety Razor Company sold 51 razors and 168 
blades. Gillette promoted the safety razor as a saver 
of both  time  and  money.  Early ads proclaimed  that 
the  razor  would  save  US$52  and  15  days’  shaving 
time each year and that the blades required no strop-
ping or honing. During its second year, Gillette sold 
90 884 razors and 123 648 blades. By its third year, 
razor sales were rising at a rate of 400 per cent per 
year, and blade sales were booming at an annual rate 
of 1000 per cent. In that year, the company opened its 
first overseas branch in London.
Such success attracted much attention, and com-
petition quickly developed. By 1906, consumers had 
at least a dozen safety razors from which to choose. 
The  Gillette  razor  sold  for  US$5,  as  did  the  Zinn 
razor  made  by  the  Gem  Cutlery  Company.  Others, 
such as the Ever Ready, Gem Junior and Enders, sold 
for as little as US$1.
With the benefit of a 17-year patent, Gillette found 
himself in a very advantageous position. However, it 
was not until the First World War that the safety razor 
gained wide consumer acceptance. One day in 1917, 
King Gillette had a visionary idea: have the govern-
ment present a Gillette razor to every soldier, sailor 
and marine. In this way, millions of men just entering 
the shaving age would adopt the self-shaving habit. By 
March 1918, Gillette had booked orders from the US 
military for 519 750 razors, more than it had sold in 
any single year in its history. During the First World 
War, the government bought 4 180 000 Gillette razors 
as well as smaller quantities of competitive models.
Although King Gillette believed in the quality of 
his product, he realised that marketing, especially dis-
tribution  and  advertising,  would  be  the  key  to  suc-
cess. From the beginning, Gillette set aside 25 cents 
per razor for advertising and by 1905 had increased 
the amount to 50 cents. Over the years, Gillette used 
cartoon ads, radio shows, musical slogans and theme 
songs, prizes, contests and cross-promotions to push 
its products. Perhaps, however, consumers best remem-
ber Gillette for its Cavalcade of Sports programs that 
began in 1939 with the company’s sponsorship of the 
World  Series.  Millions  of  men  soon  came  to  know 
Sharpie the Parrot and the tag line, ‘Look Sharp! Feel 
Sharp! Be Sharp!’
Gillette  had  always been  an industry  innovator. 
In 1932, Gillette introduced the Gillette Blue Blade, 
which  was the  premier  men’s razor  for many years. 
In  1938,  the  company  introduced  the  Gillette  Thin 
Blade; in 1946, it introduced the first blade dispenser 
that eliminated the need to unwrap individual blades; 
in 1959, it introduced the first silicone-coated blade, 
the Super Blue Blade. The success of the Super Blue 
Blade caused Gillette to close 1961 with a command-
ing 70 per cent share of the overall razor and blade 

Case 4 • Gillette and the men’s wet-shaving market C-53
market  and  a  90  per  cent  share  of  the  double-edge 
market, the only market in which it competed.
In 1948, Gillette began to diversity into new mar-
kets through acquisition. The company purchased the 
Toni Company to extend its reach into the women’s 
grooming-aid market. In 1954, the company bought 
Paper Mate, a leading marker of writing instruments. 
In 1962, it acquired the Sterilon Corporation, which 
manufactured disposable hospital supplies. As a result 
of  these  moves,  a  marketing  survey  found  that  the 
public associated Gillette with personal grooming as 
much as, or more than, with blades and razors.
In 1988, the Gillette Company was a leading pro-
ducer of men’s and women’s grooming aids. Exhibit 1 
lists the company’s major divisions. Exhibits 2 and 3 
show the percentages and dollar volumes of net sales 
Exhibit 1   Gillette product lines by company division, 1988
Blades and razors Stationery products
Toiletries and 
cosmetics Oral B products Braun products
Trac II
Atra
Good News
Paper Mate
Liquid Paper
Flair
Waterman
Write Bros.
Adorn
T
oni
Right Guard
Silkience
Soft and Dri
Foamy
Dry Look
Dry Idea
White Rain
Lustrasilk
Oral B toothbrushes Electric razors
Lady Elegance
Clocks
Coffee grinders and 
makers
Exhibit 2   Gillette’s sales and operating profits by product line, 1986–88 (US$mn)
1988 1987 1986
Product line Sales Profits Sales Profits Sales Profits
Blades and razors $1 147 $406 $1 031 $334 $903 $274
Toiletries and cosmetics 1 019 79 926 99 854 69
Stationery products 385 56 320 34 298 11
Braun products 824 85 703 72 657 63
Oral B 202 18 183 7 148 8
Other 5 (0.1) 4 2 48 (1)
Totals $3 582 $643 $3 167 $548 $2 908 $424
Source: Gillette Company Annual Reports, 1985–88.
Exhibit 3   Gillette’s net sales and profit by business, 1984–88 (per cent)
Blades 
and razors
Toiletries 
and cosmetics
Stationery 
products
Braun 
products
Oral B 
products
Year Sales Profits Sales Profits Sales Profits Sales Profits Sales Profits
1988 32 61 28 14 11 9 23 13 6 3
1987 33 61 29 18 10 6 22 13 6 2
1986 32 64 30 16 11 3 20 15 5 2
1985 33 68 31 15 11 2 17 13 6 3
1984 34 69 30 15 12 3 17 12 3 2
Source: Gillette Company Annual Reports, 1985–88.

C-54 Case 4 • Gillette and the men’s wet-shaving market
and profits from operations for each of the company’s 
major  business  segments.  Exhibits  4  and  5  present 
income statements and balance sheets for 1986–88.
Despite  its  diversification,  Gillette  continued  to 
realise the importance of blade and razor sales to the 
company’s overall health. Gillette had a strong foot-
hold in the razor and blade market, and it intended 
to use this dominance to help it achieve the compa-
ny’s goal – ‘sustained profitable growth’. To reach this 
goal,  Gillette’s  mission  statement  indicated  that  the 
company should pursue ‘strong technical and market-
ing efforts to assure vitality in major existing prod-
uct  lines;  selective  diversification,  both  internally 
and through acquisition; the elimination of product 
and business areas with low growth or limited profit 
potential; and strict control over product costs, over-
head expenses, and working capital’.
Gillette introduced a number of innovative shav-
ing  systems  in  the  1970s  and  1980s  as  part  of  its 
strategy to sustain growth. Gillette claimed that Trac 
II, the  first  twin-blade shaver, represented  the  most 
revolutionary  shaving  advance  ever.  The  develop-
ment  of  the  twin-blade  razor  derived  from  shaving 
researchers’ discovery that shaving causes whiskers to 
be briefly lifted up out of the follicle during shaving, 
a  process  called  ‘hysteresis’  by  technicians.  Gillette 
invented the twin-blade system so that the first blade 
would cut  the  whisker  and  the  second  blade  would 
cut it again before it receded. This system produced a 
closer shave than a traditional one-blade system. Gil-
lette also developed a clog-free, dual-blade cartridge 
for the Trac II system.
Because  consumer  test  data  showed  a  9-to-1 
preference for Trac II over panellists’ current razors, 
Gillette raced to get the product to market. Gillette 
supported Trac II’s 1971 introduction, which was the 
largest new product introduction in shaving history, 
with a US$10 million advertising and promotion bud-
get.  Gillette cut its advertising  budgets for its  other 
brands  drastically  to  support  Trac  II.  The  double-
edge portion of the advertising budget decreased from 
47 per cent in 1971 to 11 per cent in 1972. Gillette 
reasoned  that  growth  must  come  at  the  expense  of 
other brands. Thus, it concentrated its advertising and 
promotion on its newest shaving product and reduced 
support for its established lines.
Gillette  launched  Trac  II  during  a  World  Series 
promotion and made it the most frequently advertised 
shaving  system  in  America  during  its  introductory 
period. Trac II users turned out to be predominantly 
young, college-educated men who lived in metropoli-
tan and suburban areas and earned higher incomes. 
Exhibit 4   Gillette income statements, 1986–88 (US$mn except for per share and stock price data)
1988 1987 1986
Net sales $3 581.2 $3 166.8 $2 818.3
Cost of sales 1 487.4 1 342.3 1 183.8
Other expenses 1 479.8 1 301.3 1 412.0
Operating income 614.0 523.2 222.5
Other income 37.2 30.9 38.2
Earnings before interest and tax 651.2 545.1 260.7
Interest expense 138.3 112.5 85.2
Non-operating expense 64.3 50.1 124.0
Earnings before tax 448.6 391.5 51.5
Tax 180.1 161.6 35.7
Earnings after tax 268.5 229.9 15.8
Earnings per share 2.45 2.00 0.12
Average common shares outstanding (000) 109 559 115 072 127 344
Dividends paid per share $0.86 $0.785 $0.68
Stock price range
  High
  Low
$49
$29 1/8
$45 7/8
$17 5/8
$34 1/2
$17 1/8
Source: Gillette Company Annual Reports, 1986–88.

Case 4 • Gillette and the men’s wet-shaving market C-55
As the fastest-growing shaving product on the market 
for five years, Trac II drove the switch to twin blades. 
The brand reached its peak in 1976 when consumers 
purchased 485 million blades and 7 million razors.
Late in 1976, Gillette, apparently in response to 
BIC’s pending entrance into the US market, launched 
Good News!, the first disposable razor for men sold 
in the United States. In 1975, BIC had introduced the 
first disposable  shaver in  Europe; and by 1976 BIC 
had begun to sell disposable razors in Canada. Gillette 
realised that BIC would move its disposable razor into 
the United States after its Canadian introduction, so 
it promptly brought out a new blue plastic disposable 
shaver with a twin-blade head. By year’s end, Gillette 
also made Good News! available in Austria, Canada, 
France, Italy, Switzerland, Belgium, Greece, Germany 
and Spain.
Unfortunately for Gillette, Good News! was real-
ly  bad  news.  The  disposable  shaver delivered  lower 
profit  margins  than  razor  and  blade  systems,  and 
it  undercut  sales  of  other  Gillette  products.  Good 
News!  sold for much less  than  the  retail  price  of  a 
Trac II cartridge. Gillette marketed Good News! on 
price and convenience, not performance; but the com-
pany envisioned the product as a step-up item leading 
to its traditional high-quality shaving systems.
This contain-and-switch strategy did not succeed. 
Consumers liked the price and the convenience of dis-
posable razors, and millions of Trac II razors began 
to gather dust in medicine chests across the country. 
Many  Trac  II  users  figured  out  that  for  as  little  as 
25 cents, they could get the same cartridge mounted 
on a plastic handle that they had been buying for 56 
cents to put on their Trac II handle. Further, dispos-
able razors  created an opening  for competitors in  a 
category that Gillette had long dominated.
Gillette felt sure, however, that disposable razors 
would  never  gain  more  than  a  7  per  cent  share  of 
the market. The disposable razor market share soon 
soared past 10 per cent, forcing Gillette into continu-
al upward revisions of its estimates. In terms of units 
sold, disposable razors reached a 22 per cent market 
share by 1980 and a 50 per cent share by 1988.
BIC’s  and  Gillette’s  successful  introduction  of 
the disposable razor represented a watershed event in 
‘commoditisation’ –  the  process  of  converting  well-
differentiated  products  into  commodities.  Status, 
quality and perceived value had always played prima-
ry roles in the marketing of personal care products. 
But  consumers  were  now  showing  that  they  would 
forgo performance and prestige in a shaving product 
– about as close and personal as one can get.
Exhibit 5   Gillette balance sheets, 1986–88 (US$mn)
1988 1987 1986
Assets Cash $156.4 $119.1 $94.8
Receivables 729.1 680.1 608.8
Inventories 653.4 594.5 603.1
Other current assets 200.8 184.5 183.0
Total current assets 1 739.7 1 578.2 1 489.7
Fixed assets, net 683.1 664.4 637.3
Other assets 445.1 448.6 412.5
 Total assets 2 867.9 2 731.2 2 539.5
Liabilities and equity Current liabilities* 965.4 960.5 900.7
Long-term debt 1 675.2 839.6 915.2
Other long-term liabilities 311.9 331.7 262.8
Equity†$ (84.6) $ 599.4 $ 460.8
*  Includes current portion of long-term debt: 1988 = $9.6, 1987 = $41.0, 1986 = $7.6.  Source: Gillette Company Annual Reports, 1986–88.
†  Includes retained earnings: 1988 = $1261.6, 1987 = $1 083.8, 1986 = $944.3.

C-56 Case 4 • Gillette and the men’s wet-shaving market
In 1977, Gillette introduced a new blade and razor 
system  at  the  expense  of  Trac  II.  It  launched  Atra 
with a US$7 million advertising campaign and over 
50 million US$2 rebate coupons. Atra (which stands 
for Automatic  Tracking Razor Action) was the first 
twin-blade  shaving  cartridge  with  a  pivoting  head. 
Engineers  had  designed  the  head  to  follow  a  man’s 
facial contours for a closer shave. Researchers began 
developing the product in Gillette’s UK research and 
development lab in 1970. They had established a goal 
of improving the high-performance standards of twin-
blade shaving and specifically enhancing the Trac II 
effect. The company’s scientists discovered that mov-
ing the hand and face was not the most effective way 
to  achieve  the  best  blade–face  shaving  angle.  The 
razor head itself produced a better shave if it pivoted 
so  as  to  maintain  the  most  effective  shaving  angle. 
Marketers selected the name ‘Atra’ after two years of 
extensive consumer testing.
Atra  quickly  achieved  a  7  per  cent  share  of  the 
blade market and about one-third of the razor mar-
ket. The company introduced Atra in Europe a year 
later under the brand name ‘Contour’. Although Atra 
increased  Gillette’s  share  of  the  razor  market,  40 
per cent of Trac II users switched to Atra in the first 
year.
In  the  early  1980s,  Gillette  introduced  most  of 
the  new  disposable  razors  and  product  enhance-
ments.  Both  Swivel  (launched  in  1980)  and  Good 
News!  Pivot  (1984)  were  disposable  razors  featur-
ing movable heads. Gillette announced Atra Plus (the 
first razor with the patented Lubra-smooth lubricat-
ing strip) in 1985 just as BIC began to move into the 
United States  from Canada with  the BIC shaver for 
sensitive skin. A few months later, Gillette ushered in 
Micro Trac – the first disposable razor with an ultra-
slim head. Gillette priced the Micro Trac lower than 
any  other  Gillette  disposable  razor.  The  company 
claimed to have designed a state-of-the-art manufac-
turing process for Micro Trac. The process required 
less plastic, thus minimising bulk and reducing man-
ufacturing costs. Analysts claimed that Gillette was 
trying to bracket the market with Atra Plus (with a 
retail price of US$3.99 to US$4.95) and Micro Trac 
(US$0.99),  and  protect  its market  share  with prod-
ucts on both ends of the price and usage scale. Gillette 
also  teased  Wall  Street  with  hints  that,  by  the  end 
of 1986, it would  be  introducing  yet  another  state-
of-the-art shaving system that could revolutionise the 
shaving business.
Despite  these  product  innovations  and  intro-
ductions in the early 1980s, Gillette primarily focused 
its  energies on its  global markets  and  strategies.  By 
1985,  it  was  marketing  800  products  in  more  than 
200 countries. The company felt a need at this time to 
coordinate its marketing efforts, first regionally and 
then globally.
Unfortunately  for  Gillette’s  management  team, 
others  noticed  its  strong  international  capabilities. 
Ronald  Perelman,  chairman  of  the  Revlon  Group, 
attempted an unfriendly takeover in November 1986. 
To  fend  off  the  takeover,  Gillette  bought  back  9.2 
million  shares  of  its  stock  from  Perelman  and  sad-
dled itself with additional long-term debt to finance 
the stock repurchase. Gillette’s payment to Perelman 
increased the company’s debt load from US$827 mil-
lion to US$1.1 billion, and put its debt-to-equity ratio 
at 70 per cent. Gillette and Perelman signed an agree-
ment  preventing  Perelman  from  attempting  another 
takeover until 1996.
In  1988,  just  as  Gillette  returned  its  attention 
to  new  product  development and  global  marketing, 
Coniston Partners, after obtaining 6 per cent of Gil-
lette’s  stock,  engaged  the  company  in  a  proxy  bat-
tle for four seats on its 12-person board. Coniston’s 
interest  had  been  piqued  by  the  Gillette–Perelman 
US$549  million  stock  buyback  and  its  payment  of 
US$9 million in expenses to Perelman. Coniston and 
some shareholders felt Gillette’s board and manage-
ment had repeatedly taken actions that prohibited its 
shareholders  from  realising  their  shares’  full  value. 
When the balloting concluded, Gillette’s management 
won by a narrow margin – 52 to 48 per cent. Coniston 
made  US$13 million in the  stock  buyback program 
that  Gillette  offered  to  all  shareholders,  but  Conis-
ton agreed not to make another run at Gillette until 
1991. This second takeover attempt forced Gillette to 
increase its debt load to US$2 billion and pushed its 
total equity negative to (US$84.6 million).
More  importantly,  both  takeover  battles  forced 
Gillette to ‘wake up’. Gillette closed or sold its Jafra 
Cosmetics operations in 11 countries and jettisoned 
weak operations such as Misco, Inc. (a computer sup-
plies  business),  and  S.T.  Dupont  (a  luxury  lighter, 

Case 4 • Gillette and the men’s wet-shaving market C-57
clock  and watchmaker).  The  company also  thinned 
its workforce in many divisions, such as its 15 per cent 
staff  reduction at the  Paper  Mate pen  unit.  Despite 
this pruning, Gillette’s sales for 1988 grew 13 per cent 
to US$3.6 billion, and profits soared 17 per cent to 
US$268 million.
Despite  Gillette’s  concentration  on  fending  off 
takeover attempts, it continued to enhance its razor 
and blade products. In 1986, it introduced the Con-
tour Plus in its first pan-European razor launch. The 
company  marketed  Contour  Plus  with  one  identity 
and  one strategy. In  1988,  the  company introduced 
Trac II Plus, Good News! Pivot Plus and Daisy Plus 
–  versions  of  its  existing  products  with  the  Lubra-
smooth lubricating strip.
Schick
Warner-Lambert’s Schick served as the second major 
competitor in the wet-shaving business. Warner-Lam-
bert, incorporated in 1920 under the name William 
R. Warner & Company, manufactured chemicals and 
pharmaceuticals. Numerous mergers and acquisitions 
over 70 years resulted in Warner-Lambert’s involve-
ment  in  developing,  manufacturing  and  marketing 
a widely diversified  line  of beauty,  health and  well-
being  products.  The  company  also  became  a  major 
producer of mints and chewing gums, such as Den-
tyne, Sticklets and Trident. Exhibit 6 presents a list of 
Warner-Lambert’s products by division as of 1988.
Warner-Lambert  entered  the  wet-shaving  busi-
ness through a merger with Eversharp in 1970. Ever-
sharp, a long-time competitor in the wet-shave indus-
try, owned the Schick trademark and had owned the 
Paper Mate Pen Company prior to selling it to Gillette 
in 1955. Schick’s razors and blades produced US$180 
million in revenue in 1987, or 5.2 per cent of Warner-
Lambert’s  worldwide  sales.  (Refer  to  Exhibit  7  for 
operating  results  by  division,  and  Exhibits  8  and  9 
for income statement and balance sheet data.)
In  1989,  Schick  held  approximately  a  16.2  per 
cent  US  market  share,  down  from  its  1980  share 
of 23.8  per cent.  Schick’s market  share was broken 
down as follows: blade systems, 8.8 per cent; dispos-
able  razors,  4.1  per  cent;  and  double-edged  blades 
and injectors, 3.3 per cent.
Schick’s loss of market share in the 1980s occurred 
for two reasons. First, even though Schick pioneered 
the injector razor system (it controlled 80 per cent of 
this market by 1979), it did not market a disposable 
razor until mid-1984 – eight years after the first dis-
posable razors appeared. Second, for years Warner-
Lambert had been channelling Schick’s cash flow to 
its research and development in drugs.
In 1986, the company changed its philosophy: it 
allocated  US$70  million  to  Schick  for  a  three-year 
Exhibit 6   Warner-Lambert product lines by company division, 1988
Ethical pharmaceuticals Gums and mints
Non-prescription 
products Other products
Parke-Davis drugs Dentyne
Sticklets
Beemans
Trident
Freshen-up
Bubblicious
Chiclets
Clorets
Certs
Dynamints
Junior Mints
Sugar Daddy
Sugar Babies
Charleston Chew
Rascals
Benadryl
Caladryl
Rolaids
Sinutab
Listerex
Lubraderm
Anusol
Tucks
Halls
Benylin
Listerine
Listermint
Efferdent
Effergrip
Schick razors
Ultrex razors
Personal 
Touch
Tetra Aquarium
Source: Moody’s Industrial Manual.

C-58 Case 4 • Gillette and the men’s wet-shaving market
Exhibit 7   Warner-Lambert’s net sales and operating profit by division, 1985–88 (US$mn)
Net sales Operating profit/(loss)
Division 1988 1987 1986 1985 1988 1987 1986 1985
Healthcare Ethical products $1 213 $1 093 $ 964 $ 880 $ 420 $ 351 $ 246 $ 224
Non-prescription 
products 1 296 1 195 1 077 992 305 256 176 177
T
otal healthcare 2 509 2 288 2 041 1 872 725 607 422 401
Gums and mints 918 777 678 626 187 173 122 138
Other products* 481 420 384 334 92 86 61 72
Divested businesses (464)
R&D (259) (232) (202) (208)
Net sales and 
operating profit 3 908 3 485 3 103 3 200 745 634 599 (61)
*  Other products include Schick razors, which accounted for US$180 million in revenue in 1987.
Source: Warner-Lambert Company Annual Report, 1987; Moody’s Industrial Manual.
Exhibit 8   Warner-Lambert income statements, 1986–88 (US$000)
1988 1987 1986
Net sales $3 908 400 $3 484 700 $3 102 918
Cost of sales 1 351 700 1 169 700 1 052 781
Other expenses 2 012 100 1 819 800 1 616 323
Operating income 544 600 495 200 433 814
Other income 61 900 58 500 69 611
Earnings before interest and tax 606 500 553 700 503 425
Interest expense 68 200 60 900 66 544
Earnings before tax 538 300 492 800 436 881
Tax 198 000 197 000 136 297
Non-recurring item – – 8 400
Earnings after tax 340 000 295 800 308 984
Retained earnings 1 577 400 1 384 100 1 023 218
Earnings per share 5.00 4.15 4.18
Average common shares outstanding (000) 68 035 71 355 73 985
Dividends paid per share  2.16 1.77 1.59
Stock price range
  High
  Low
$79 1/2
$59 7/8
$87 1/2
$48 1/4
$63 1/8
$45
Source: Moody’s Industrial Manual.
period and granted Schick its own sales force. In spite 
of  Schick’s  loss  of  market  share,  company  execu-
tives felt they had room to play catch-up, especially 
by exploiting new technologies. In late 1988, Schick 
revealed  that  it  planned  to  conduct  ‘guerrilla  war-
fare’ by throwing its marketing resources and efforts 
into new technological advances in disposable razors. 
As a result, Warner-Lambert planned to allocate the 
bulk of its US$8 million razor advertising budget to 
marketing  its  narrow-headed disposable  razor, Slim 
Twin, which it introduced in August 1988.
Schick believed that the US unit demand for dis-
posable razors would increase to  55 per cent of the 
market by the early 1990s from its 50 per cent share 
in 1988. Schick executives based this belief on their 
feeling  that  men  would  rather  pay  30  cents  for  a 

Case 4 • Gillette and the men’s wet-shaving market C-59
disposable razor  than  75  cents  for  a refill  blade.  In 
1988, Schick held an estimated 9.9 per cent share of 
dollar sales in the disposable razor market.
Schick generated approximately 67 per cent of its 
revenues overseas. Also, it earned higher profit mar-
gins  on  its  non-domestic  sales  –  20  per  cent  versus 
its  15 per  cent  domestic margin.  Europe  and  Japan 
represented  the  bulk  of  Schick’s  international  busi-
ness,  accounting  for  38  per  cent  and  52  per  cent, 
respectively, of 1988’s overseas sales. Schick’s Euro-
pean business consisted of 70 per cent systems and 29 
per cent disposable razors, but Gillette’s systems and 
disposable  razor  sales  were  4.5  and  6  times  larger, 
respectively.
However,  Schick  dominated  in  Japan.  Warner-
Lambert held over 60  per cent of Japan’s wet-shave 
market. Although Japan had typically been an electric 
shaver market (55 per cent of Japanese shavers use elec-
tric razors), Schick achieved an excellent record and 
reputation in Japan. Both Schick and Gillette entered 
the Japanese market in 1962; and their vigorous com-
petition eventually drove Japanese competitors from 
the industry, which by 1988 generated US$190 mil-
lion  in  sales.  Gillette’s  attempt  to  crack  the  market 
flopped  because  it tried to sell  razors  using  its  own 
salespeople,  a  strategy  that  failed  because  Gillette 
did  not  have  the  distribution  network  available  to 
Japanese  companies.  Schick,  meanwhile,  chose  to 
leave  the  distribution  to  Seiko  Corporation.  Seiko 
imported razors from the United States and then sold 
them to wholesalers nationwide. By 1988, Schick gen-
erated roughly 40 per cent of its sales and 35 per cent 
of its  profits  in  Japan.  Disposable razors  accounted 
for almost 80 per cent of those figures.
BIC Corporation
The roots of the BIC Corporation, which was founded 
by Marcel Bich in the United States in 1958, were in 
France. In 1945, Bich, who had been the production 
manager  for  a  French  ink  manufacturer,  bought  a 
factory  outside  Paris  to  produce  parts  for  fountain 
pens  and  mechanical  lead  pencils.  In  his  new  busi-
ness,  Bich  became  one  of  the  first  manufacturers 
to purchase  presses  to  work with  plastics. With  his 
knowledge of inks and experience with plastics and 
moulding  machines,  Bich  set  himself  up  to  become 
the largest pen manufacturer in the world. In 1949, 
Bich introduced his version of the modern ballpoint 
pen,  originally  invented  in  1939,  which  he  called 
‘BIC’,  a  shortened,  easy-to-remember  version  of  his 
own  name.  He  supported  the  pen  with  memorable, 
effective advertising; and its sales surpassed even his 
own expectations.
Realising  that  a  mass-produced  disposable  
ballpoint  pen  had  universal  appeal,  Bich turned  his 
Exhibit 9   Warner-Lambert balance sheets, 1986–88 (US$000)
1988 1987 1986
Assets Cash $176 000 $24 100 $26 791
Receivables 525 200 469 900 445 743
Inventories 381 400 379 000 317 212
Other current assets 181 300 379 600 720 322
Total current assets 1 264 500 1 252 600 1 510 068
Fixed assets, net 1 053 000 959 800 819 291
Other assets 385 300 263 500 186 564
Total assets 2 702 800 2 475 900 2 515 923
Liabilities and equity Current liabilities* 1 025 200 974 300 969 806
Current portion of long-term 
debt 7 100 4 200 143 259
Long-term debt 318 200 293 800 342 112
Equity $ 998 600 $ 874 400 $ 907 322
*  Includes current portion of long-term debt.  Source: Moody’s Industrial Manual.

C-60 Case 4 • Gillette and the men’s wet-shaving market
attention  to  the  US  market.  In  1958,  he  purchased 
the Waterman Pen Company of Connecticut and then 
incorporated  as  Waterman-BIC  Pen  Corporation. 
The company changed its name to BIC Pen in 1971 
and finally adopted the name BIC Corporation for the 
publicly owned corporation in 1982.
After  establishing  itself  as  the  country’s  largest 
pen maker, BIC attacked another market – the dispos-
able lighter market. When BIC introduced its lighter 
in 1973, the total disposable lighter market stood at 
only 50 million units. By 1984, BIC had become so 
successful  at  manufacturing  and  marketing  its  dis-
posable lighters that Gillette, its primary competitor, 
abandoned the lighter market. Gillette sold its Crick-
et division  to Swedish  Match, Stockholm,  the  man-
ufacturer of Wilkinson razors. By 1989, the dispos-
able lighter market had grown to nearly 500 million 
units, and BIC lighters accounted for 60 per cent of 
the market.
Not  content  to  compete  just  in  the  writing  and 
lighting  markets, BIC decided to enter the US shav-
ing market in 1976. A year earlier, the company had 
launched  the  BIC  Shaver  in  Europe  and  Canada. 
BIC’s  entrance  into the  US  razor  market started  an 
intense rivalry with Gillette. Admittedly, the compa-
nies were not strangers to each other – for years they 
had competed for market share in the pen and lighter 
industries. Despite the fact that razors were Gillette’s 
primary business and an area where the company had 
no intention of relinquishing market share, BIC estab-
lished a niche in the US disposable-razor market.
BIC, like Gillette, frequently introduced new razor 
products  and  product  enhancements.  In  January 
1985, following a successful Canadian test in 1984, 
BIC announced the BIC Shaver for Sensitive Skin. BIC 
claimed that 42 per cent of the men surveyed reported 
that they had sensitive skin, while 51 per cent of those 
who had heavy beards reported that they had sensi-
tive skin. Thus, BIC felt there was a clear need for a 
shaver  that  addressed  this  special  shaving  problem. 
The US$10 million ad campaign for the BIC Shaver 
for Sensitive  Skin  featured  John  McEnroe,  a  highly 
ranked and well-known tennis professional, discuss-
ing  good  and  bad  backhands  and  normal  and  sen-
sitive  skin.  BIC  repositioned  the  original  BIC  white 
shaver as the shaver men with normal skin should use, 
while it promoted the new BIC Orange as the razor 
for sensitive skin.
BIC  also  tried  its  commodity  strategy  on  sail-
boards,  car-top carriers and perfume. In 1982, BIC 
introduced a sailboard model at about half the price 
of existing products. The product generated nothing 
but red ink. In April 1989, the company launched BIC 
perfumes with US$15 million in advertising support. 
BIC’s foray into fragrances was as disappointing as its 
sailboard attempt. Throughout the year, Parfum BIC 
lost  money,  forcing  management  to  concentrate  its 
efforts on reformulating its selling theme, advertising, 
packaging  and  price points.  Many  retailers  rejected 
the  product,  sticking  BIC  with  expensive  manufac-
turing facilities in Europe. BIC found that consumers’ 
perceptions of commodities did not translate equally 
into  every  category.  For  example,  many women cut 
corners elsewhere just to spend lavishly on their per-
fume.  The  last  thing  they  wanted  to  see  was  their 
favourite scent being hawked to the masses.
Despite these failures, BIC Corporation was the 
undisputed king of the commoditisers. BIC’s success 
with pens and razors demonstrated the upside poten-
tial  of commoditisation, while its failures  with sail-
boards and perfumes illustrated the limitations. BIC 
concentrated its efforts on designing, manufacturing 
and delivering the ‘best’ quality products at the lowest 
possible prices. And although the company produced 
large quantities of disposable products (for example, 
over 1 million pens a day), it claimed that each prod-
uct was invested with the BIC philosophy: ‘maximum 
service, minimum price’.
One of BIC’s greatest assets was its retail distribu-
tion strength. The high profile the company enjoyed at 
supermarkets and drugstores enabled it to win loca-
tions in the aisles and display space at the checkout 
– the best positioning.
Even though BIC controlled only the number three 
spot in the wet-shaving market by 1989, it had exert-
ed quite an influence since its razors first entered the 
US market in 1976. In 1988, BIC’s razors generated 
US$52 million in sales with a net income of US$9.4 
million; BIC held a 22.4 per cent share of dollar sales 
in  the  disposable razor  market.  Exhibit 10  presents 
operating data by product line, and Exhibits 11 and 
12 give income statement and balance sheet data.

Case 4 • Gillette and the men’s wet-shaving market C-61
The  introduction  of  the  disposable  razor  revo-
lutionised  the  industry  and  cut  into  system  razor 
profits.  However,  despite  the  low  profit  margins  in 
disposable razors and the fact that the industry lead-
er, Gillette, emphasised razor and blade systems, BIC 
remained bullish on the disposable razor market. In 
1989, a spokesperson for BIC claimed that BIC ‘was 
going  to  stick  to  what  consumers  liked’.  The  com-
pany  planned  to  continue  marketing  only  single-
blade, disposable shavers. BIC stated that it planned 
to  maintain  its  strategy  of  underpricing  competi-
tors, but it would also introduce improvements such 
as the patented metal guard in its BIC Metal Shaver. 
Research revealed that the BIC Metal Shaver provided 
some incremental, rather than substitute, sales for its 
shaver product line. BIC executives believed that the 
BIC Metal Shaver would reach a 5–8 per cent market 
share by 1990.
Exhibit 10   BIC Corporation’s net sales and income before taxes, 1986–88 (US$mn)
1988 1987 1986
Net sales Writing instruments $118.5 $106.7 $91.7
Lighters 113.9 120.0 115.0
Shavers 51.9 47.1 49.6
Sport 10.6 16.8 11.3
Total 294.9 290.6 267.6
Profit/(loss) before taxes Writing instruments 16.7 17.5 15.0
Lighters 22.9 28.2 28.5
Shavers 9.4 8.5 8.0
Sport (4.7) (3.5) (3.6)
Totals 44.3 50.7 47.9
Source: BIC Corporation, Annual Reports, 1986–88.
Exhibit 11   BIC Corporation consolidated income statements, 1986–88 (US$000)
1988 1987 1986
Net sales $294 878 $290 616 $267 624
Cost of sales 172 542 165 705 147 602
Other expenses 81 023 73 785 67 697
Operating income 41 313 51 126 52 325
Other income 4 119 1 836 7 534
Earnings before interest and tax 45 432 52 962 59 859
Interest expense 1 097 2 301 11 982
Earnings before tax 44 335 50 661 47 877
Tax 17 573 21 944 24 170
Extraordinary credit – – 2 486*
Utilisation of operating loss carry forward 2 800 – –
Earnings after tax 29 562 28 717 26 193
Retained earnings 159 942 142 501 121 784
Earnings per share 2.44 2.37 2.16
Average common shares outstanding (000) 12 121 12 121 12 121
Dividends paid per share 0.75 0.66 0.48
Stock price range
  High
  Low
$30 3/8
$24 3/8
$34 7/8
$16 1/2
$35
$23 1/4
*  Gain from elimination of debt.  Source: Moody’s Industrial Manual; BIC Annual Reports.

C-62 Case 4 • Gillette and the men’s wet-shaving market
Wilkinson Sword
Swedish  Match  Holding  Incorporated’s  subsidiary, 
Wilkinson Sword, came in as the fourth player in the 
US  market.  Swedish  Match  Holding  was  a  wholly 
owned subsidiary of Swedish Match AB, Stockholm, 
Sweden. The parent company owned subsidiaries in 
the United States that imported and sold doors, pro-
duced resilient and wood flooring, and manufactured 
branded razors,  blades, self-sharpening  scissors and 
gourmet kitchen knives. (Exhibits 13 and 14 present 
income statement and balance sheet data on Swedish 
Match AB.)
A  group  of  swordsmiths  founded  Wilkinson  in 
1772.  Soldiers  used  Wilkinson  swords at Waterloo, 
at  the  charge  of  the  Light  Brigade  and  in  the  Boer 
War.  However,  as  the  sword  declined  as  a  combat 
weapon,  Wilkinson  retreated  to  producing  presen-
tation and ceremonial swords. By 1890, Wilkinson’s 
cutlers had begun to produce straight razors, and by 
1898 it was producing safety razors similar to King 
Gillette’s.  When  Gillette’s  blades  became  popular  in 
England, Wilkinson made stroppers to resharpen used 
blades. Wilkinson failed in the razor market, however, 
and dropped out during the Second World War.
By 1954, Wilkinson decided to look again at the 
shaving market. Manufacturers used carbon steel to 
make most razor blades at that time, and such blades 
lost their serviceability rapidly due to mechanical and 
chemical damage. Gillette and other firms had experi-
mented with stainless steel blades; but they had found 
that despite their longer-lasting nature, the blades did 
not sharpen well. But some men liked the durability; 
and  a  few  small companies  produced stainless  steel 
blades.
Wilkinson purchased one small German compa-
ny and put Wilkinson Sword blades on the market in 
1956. Wilkinson developed a coating for the stainless 
blades (in the same fashion that Gillette had coated 
the Super Blue Blade) that masked their rough edges, 
allowing the blades to give a comfortable shave and to 
last two to five times longer than conventional blades. 
Wilkinson  called  the  new  blade  the  Super  Sword-
Edge.  Wilkinson  introduced  the  blades  in  England 
in  1961 and in the United States  in  1962,  and  they 
became a phenomenon. Schick and American Safety 
Razor followed a year later with their own stainless 
steel  blades,  the  Krona-Plus  and  Personna.  Gillette 
finally responded in late 1963 with its own stainless 
steel blade; and by early 1964 Gillette’s blades were 
outselling Wilkinson, Schick and Personna combined. 
Wilkinson, however, had forever changed the nature 
of the razor blade.
Exhibit 12   BIC Corporation balance sheets, 1986–88 (US$000)
1988 1987 1986
Assets Cash $5 314 $4 673 $5 047
Certificates of deposit 3 117 803 6 401
Receivables, net 43 629 41 704 32 960
Inventories 70 930 59 779 50 058
Other current assets 37 603 47 385 34 898
Deferred income taxes 7 939 6 691 5 622
Total current assets 168 532 161 035 134 986
Fixed assets, net 74 973 62 797 58 385
Total assets 243 505 223 832 193 371
Liabilities and equity Current liabilities* 55 031 54 034 45 104
Current portion of long-term debt 157 247 287
Long-term debt 1 521 1 511 1 789
Equity $181 194 $164 068 $142 848
*  Includes current portion of long-term debt.  Source: Moody’s Industrial Manual.

Case 4 • Gillette and the men’s wet-shaving market C-63
In  1988,  Wilkinson  Sword  claimed  to  have  a  4 
per cent share of the US wet-shave market; and it was 
predicting a 6 per cent share by mid-1990. Industry 
analysts, however, did not confirm even the 4 per cent 
share;  they projected Wilkinson’s  share to be closer 
to 1 per cent. Wilkinson introduced many new prod-
ucts over the years, but they generally proved to be 
short-lived.  The  company never really  developed  its 
US franchise.
However, in late 1988, Wilkinson boasted that it 
was going to challenge the wet-shave category leader 
by introducing Ultra-Glide, its first lubricating shav-
ing  system.  Wilkinson  designed  Ultra-Glide  to  go 
head-to-head  with  Gillette’s  Atra  Plus  and  Schick’s 
Super II Plus and Ultrex Plus. Wilkinson claimed that 
Ultra-Glide  represented  a  breakthrough  in  shaving 
technology because of an ingredient, hydromer, in its 
patented  lubricating  strip.  According  to  Wilkinson, 
the Ultra-Glide strip left less residue on the face and 
provided a smoother, more comfortable shave by cre-
ating  a  cushion  of  moisture  between  the  razor  and 
the skin.
Wilkinson introduced Ultra-Glide in March 1989 
and supported it with a US$5 million advertising and 
promotional campaign (versus  the  Atra Plus US$80 
million multimedia investment in the United States). 
Wilkinson priced Ultra-Glide 5–8 per cent less than 
Atra  Plus.  Wilkinson  was  undaunted  by  Gillette’s 
heavier advertising investment, and it expected to cash 
in on its rival’s strong marketing muscle. Wilkinson 
Exhibit 13   Swedish Match AB income statements, 1986–88 (US$000)
1988 1987 1986
Net sales $2 814 662 $2 505 047 $1 529 704
Cost of sales N/A N/A N/A
Operating expenses 2 541 128 2 291 023 1 387 360
Other expenses 108 206 95 420 48 711
Earnings before interest 165 328 118 604 93 633
Interest expense 5 386 19 084 21 618
Earnings before tax 159 942 99 520 72 015
Tax 57 612 29 996 39 165
Earnings after tax 102 330 69 554 32 850
Dividends paid per share 0.53 0.51 1.75
Stock price range
  High
  Low
22.53
$15.00
19.65
$11.06
66.75
$22.00
Source: Moody’s Industrial Manual.
Exhibit 14   Swedish Match AB balance sheets, 1986–88 (US$000)
1988 1987 1986
Assets Cash and securities $ 159 616 $ 117 027 $323 993
Receivables 611 372 561 479 297 321
Inventories 421 563 415 116 258 858
Total current assets 1 192 551 1 093 622 880 172
Fixed assets, net 707 664 671 409 397 411
Other assets 161 085 132 799 93 211
Total assets 2 061 300 1 897 830 370 794
Liabilities and equity Current liabilities 996 214 905 778 576 534
Current portion long-term debt
Long-term debt 298 505 316 542 244 118
Equity
Source: Moody’s Industrial Manual.

C-64 Case 4 • Gillette and the men’s wet-shaving market
did not expect to overtake Gillette but felt its drive 
should help it capture a double-digit US market share 
within two to three years.
Many  were  sceptical  about  Wilkinson’s  self-
predicted market share growth. One industry analyst 
stated, ‘Gillette dominates this business. Some upstart 
won’t do anything.’ One Gillette official claimed his 
company was unfazed by Wilkinson. In fact, he was 
quoted  as  saying,  in  late  1988,  ‘They  [Wilkinson] 
don’t have a business in the US; they don’t exist.’
Nonetheless,  Gillette  became  enraged  and  filed 
legal challenges  when Wilkinson’s television ads for 
Ultra-Glide broke in May 1989. The ads stated that 
Ultra-Glide’s lubricating strip was six times smoother 
than Gillette’s strip and that men preferred it to the 
industry leader’s. All three major networks had reser-
vations about continuing to air the comparison com-
mercials. CBS and NBC stated that they were going 
to  delay  airing  the  company’s  ads  until  Wilkinson 
responded to questions they had about its ad claims. 
In  an  11th-hour  counterattack,  Wilkinson  accused 
Gillette of false advertising and of trying to monopo-
lise the wet-shave market.
GILLETTE’S SOUTH BOSTON PLANT
Robert  Squires  left  his  work  station  in  the  facilities 
engineering section of Gillette’s South Boston manu-
facturing facility and headed for the shave test lab. He 
entered the lab area and walked down a narrow hall. 
On his right were a series of small cubicles Gillette had 
designed to resemble the sink area of a typical bath-
room. Robert opened the door of his assigned cubicle 
precisely at his scheduled 10 a.m. time. He removed 
his dress shirt and tie, hanging them on a hook beside 
the sink. Sliding the mirror up as one would a window, 
Robert looked into the lab area. Rose McCluskey, a 
lab assistant, greeted him.
‘Morning, Robert. See you’re right on time as usual. 
I’ve got your things all ready for you.’ Rose reached 
into a recessed area on her side of the cubicle’s wall 
and handed Robert his razor, shave cream, aftershave 
lotion and a clean towel.
‘Thanks, Rose. Hope you’re having a good day. Any-
thing new you’ve got me trying today?’
‘You know I can’t tell you that.  It might spoil your 
objectivity. Here’s your card.’ Rose handed Robert a 
shaving evaluation card (see Exhibit 15).
Robert  Squires  had  been  shaving  at  the  South 
Boston Plant off and on for all of his 25 years with 
Gillette. He was one of 200 men who shaved every 
work day at the plant. Gillette used these shavers to 
compare its products’ effectiveness with competitors’ 
products. The shavers also conducted R&D testing of 
new products  and quality control testing  for manu-
facturing. An additional seven to eight panels of 250 
Exhibit 15   Gillette shaving evaluation card
NUMB.  CODE  STA TEST #  NAME  EMP. #  DATE 
IN-PLANT SHAVE TEST SCORECARD
INSTRUCTIONS: Please check one box in each column
Overall 
evaluation of 
shave
Freedom 
from nicks 
and cuts  Caution Closeness Smoothness Comfort
❏  Excellent
❏  Very good
❏  Good
❏  Fair
❏  Poor
❏  Excellent
❏  Very good
❏  Good
❏  Fair
❏  Poor
❏  Exceptionally 
safe
❏  Unusually safe
❏  Average
❏  Slight caution 
needed
❏  Excessive 
caution needed
❏  Exceptionally 
close
❏  Very close
❏  Average
❏  Fair
❏  Poor
❏  Exceptionally 
smooth
❏  Very smooth
❏  Average 
❏  Slight pull
❏  Excessive pull
❏  Exceptionally 
comfortable
❏  Very 
comfortable
❏  Average comfort 
smoothness
❏  Slight irritation
❏  Excessive 
irritation
Source: The Gillette Company.

Case 4 • Gillette and the men’s wet-shaving market C-65
men each shaved every day in their homes around the 
country, primarily conducting R&D shave testing.
Like Robert, each shaver completed a shave eval-
uation  card  following  every  shave.  Lab  assistants 
like Rose entered data from the evaluations to allow 
Gillette researchers to analyse the performance of each 
shaving device. If a product passed R&D hurdles, it 
became the responsibility of the marketing research 
staff to conduct consumer-use testing. Such consum-
er  testing  employed  2000  to  3000  men  who  tested 
products in their homes.
From  its  research,  Gillette  had  learned  that  the 
average  man  had  30 000  whiskers  on  his  face  that 
grew at the rate of half an inch (1.3 centimetres) per 
month. He shaved 5.8 times a week and spent three 
to four minutes shaving each time. A man with a life 
span of 70 years would shave more than 20 000 times, 
spending 3350  hours (130  days) removing  27.5 feet 
(8.4  metres)  of  facial  hair. Yet,  despite  all  the  time 
and effort involved in shaving, surveys found that if a 
cream were available that would eliminate facial hair 
and shaving, most men would not use it.
Robert finished shaving and rinsed his face and shaver. 
He glanced at the shaving head. A pretty good shave, 
he  thought.  The  cartridge  had  two  blades,  but  it 
seemed different. Robert marked his evaluation card 
and slid it across the counter to Rose.
William  Mazeroski,  manager  of  the  South  Boston 
shave test lab, walked into the lab area carrying com-
puter  printouts  with  the  statistical  analysis  of  last 
week’s shave test data.
Noticing Robert, William stopped. ‘Morning, Robert. 
How was your shave?’
‘Pretty good. What am I using?’
‘Robert, you are always trying to get me to tell you 
what we’re testing! We have control groups and exper-
imental groups. I can’t tell you which you are in, but 
I was just looking at last week’s results, and I can tell 
you that it looks like we are making progress. We’ve 
been testing versions of a new product since 1979, and 
I think we’re about to get it right. Of course, I don’t 
know if we’ll introduce it or even if we can make it in 
large quantities, but it looks good.’
‘Well, that’s interesting. At least I know I’m involved 
in progress. And, if we do decide to produce a new 
shaver, we’ll have to design and build the machines to 
make it ourselves because there is nowhere to go to 
purchase  blade-making  machinery.  Well,  I’ve  got  to 
get back now; see you tomorrow.’
Thirty-seventh floor,  
The Prudential Center
Paul  Hankins leaned over the credenza in his  37th-
floor office in Boston’s Prudential Center office build-
ing and admired the beauty of the scene that spread 
before him. Paul felt as though he was watching an 
impressionistic painting in motion. Beyond the green 
treetops and red brick buildings of Boston’s fashion-
able Back Bay area, the Charles River wound its way 
towards Boston Harbor. Paul could see the buildings 
on the campuses of Harvard, MIT and Boston Uni-
versity scattered along both  sides  of the  river.  Soon 
the crew teams would be out practising. Paul loved to 
watch the precision with which the well-coordinated 
teams propelled the boats up and down the river. If 
only, he thought, we could be as coordinated as those 
crew teams.
Paul had returned to Boston in early 1988 when 
Gillette  created  the  North  Atlantic  Group  by  com-
bining  what  had been  the North  American  and the 
European operations. Originally from Boston, he had 
attended Columbia University and earned an MBA at 
Dartmouth’s Tuck School. He had been with Gillette 
for 19 years. Prior to 1988, he had served as market-
ing director for Gillette Europe from 1983 to 1984, as 
the country manager for Holland from 1985 to 1986, 
and finally as manager of Holland and the Scandina-
vian countries.
During this 1983–87 period, Paul had worked for 
Jim Pear, vice president of Gillette Europe, to imple-
ment a pan-European strategy. Prior to 1983, Gillette 
had  organised  and  managed  Europe  as  a  classic 
decentralised market. To meet the perceived cultural 
nuances  within  each  area,  the  company  had  treat-
ed each country as a separate market. For example, 
Gillette offered the same products under a variety of 
sub-brand names. The company sold its Good News! 
disposable razors under the name ‘Blue II’ in the Unit-
ed Kingdom, ‘Parat’ in Germany, ‘Gillette’ in France 
and Spain, ‘Radi e Getta’ (shave and throw) in Italy, 
and ‘Economy’ in other European markets.

C-66 Case 4 • Gillette and the men’s wet-shaving market
Jim Pear believed that in the future Gillette would 
have  to  organise  across  country  lines,  and  he  had 
developed the pan-European idea. He felt that shav-
ing was a universal act and that Gillette’s razors were 
a perfect archetype for a ‘global’ product.
Gillette had launched Contour Plus, the European 
version of Atra Plus, in 1985/86 and had experienced 
greater success than the US launch which took place 
at the same time. The pan-European strategy seemed 
to be both more efficient and more effective. Colman 
Mockler, Gillette’s  chairman,  noticed  the  European 
success and asked Pear to come to Boston to head the 
new North Atlantic Group. Paul had come with him 
as  vice  president  of  marketing  for  the  Shaving  and 
Personal Care Group.
Paul turned from the window as he heard people 
approaching. Sarah Kale, vice president of marketing 
research; Brian Mullins, vice president of marketing, 
Shaving and Personal  Care Group;  and Scott Fried-
man,  business  director,  Blades  and  Razors,  were  at 
his door.
‘Ready for our meeting?’ Scott asked.
‘Sure, come on in. I was just admiring the view.’
‘The purpose of this meeting,’ Paul began, ‘is to 
begin formulating a new strategy for Gillette North 
Atlantic,  specifically  for  our  shaving  products.  I’m 
interested  in  your  general  thoughts  and  analysis.  I 
want to begin to identify options and select a strategy 
to pursue. What have you found out?’ 
‘Well,  here  are  the  market  share  numbers  you 
asked  me  to  develop,’  Scott  observed  as  he  handed 
each  person  copies  of  tables  he  had  produced  (see 
Exhibits  16  and  17).  Like  Paul,  Scott  had  earned 
an  MBA  from  the  Tuck  School  and  had  been  with 
Gillette for 17 years.
‘These are our US share numbers through 1988. 
As you can see, Atra blades seem to have levelled off 
and  Trac  II  blades  are  declining.  Disposable  razors 
now account for over 41  per  cent of  the  market,  in 
dollars,  and  for  over  50  per  cent  of  the  market  in 
terms of units. In fact, our projections indicate that 
disposable razors will approach 100 per cent of the 
market by the mid- to late 1990s given current trends. 
Although  we  have  56  per  cent  of  the  blade  market 
and 58 per cent of the disposable razor market, our 
share of the disposable razor market has fallen. Fur-
ther, you are aware that every 1 per cent switch from 
our system razors to our disposable razors represents 
a loss of US$10 million on the bottom line.’
‘I don’t think any of this should surprise us,’ Sarah 
Kale interjected. Sarah had joined Gillette after grad-
uating from Simmons College in Boston and had been 
with the firm for 14 years. ‘If you look back over the 
1980s, you’ll see that we helped cause this problem.’
‘What do you mean by that?’ asked Paul.
‘Well, as market leader, we never believed that the 
use  of  disposable  razors  would  grow  as  it  has.  We 
went  along  with  the  trend,  but  we  kept  prices  low 
on  our  disposable  razors,  which  made  profitability 
worse for both us and our competition because they 
had  to  take  our  price  into  consideration  in  setting 
their prices. Then, to compensate for the impact on 
our  profitability  from  the  growth  of  the  disposable 
razor market, we were raising the prices on our sys-
tem  razors.  This  made  disposable razors  even more 
attractive for price-sensitive users and further fuelled 
the  growth  of  disposable razors.  This  has  occurred 
despite the fact that our market research shows that 
men rate system shavers significantly better than dis-
posable razors. We find that the weight and balance 
Exhibit 16   Gillette market share of dollar sales, 1981–88 (per cent)
Product or category 1981 1982 1983 1984 1985 1986 1987 1988
Atra blades 15.4 17.3 19.4 18.7 20.2 20.9 20.0 20.5
Trac II blades 17.5 16.4 15.2 14.6 14.1 13.5 11.8 11.4
Gillette blades 47.3 48.9 52.1 54.2 55.8 57.1 54.1 56.0
Gillette disposables 14.3 15.4 17.4 20.0 21.1 22.7 22.2 24.0
All disposables 23.0 23.2 27.0 30.6 32.7 34.9 38.5 41.1
Gillette disposables as % of 
all disposables 67.9 66.9 64.7 65.7 64.6 64.2 57.6 58.4
Gillette razors 50.3 52.5 54.9 58.8 62.2 67.6 64.1 61.0
Source: Prudential-Bache Securities.

Case 4 • Gillette and the men’s wet-shaving market C-67
contributed by the permanent handle used with the 
cartridge contributes to a better shave.’
‘Yes, but every time I tell someone that,’ Paul add-
ed, ‘they just look at me as if they wonder if I really 
believe that or if it is just Gillette’s party line.’
 ‘There’s one other thing we’ve done,’ Scott added. 
‘Look at this graph of our advertising expenditures in 
the  US  over  the  1980s  [see  Exhibit  18].  In  fact,  in 
constant 1987 dollars, our advertising spending has 
fallen  from US$61 million in 1975  to about US$15 
million in 1987. We seem to have just spent what was 
left over on advertising. We are now spending about 
one-half of our advertising on Atra and one-half on 
Good News!. Tentative plans call for us to increase 
the  share going to Good News!. Our media budget 
for  1988  was  about  US$43  million.  Further,  we’ve 
tried three or four themes, but we haven’t stuck with 
any one for very long. We’re using the current theme, 
“The Essence of Shaving”, for both system and dispos-
able products. Our advertising has been about 90 per 
cent product-based and 10 per cent image-based.’
‘Well,  Scott’s  right,’ Sarah  noted,  ‘but  although 
share  of  voice  is  important,  share  of  mind  is  what 
counts. Our most recent research shows a significant 
difference in how we are perceived by male consum-
ers based  on their age. Men over 40 still remember 
Gillette,  despite  our  reduced  advertising,  from  their 
youth. They remember Gillette’s sponsorship of ath-
letic events, like the Saturday Baseball Game of the 
Week and the Cavalcade of Sports.  They remember 
“Look Sharp! Feel Sharp! Be Sharp” and Sharpie the 
Parrot.  They  remember  their  fathers  loaning  them 
their Gillette razors when they started shaving. There 
is still a strong connection between Gillette and the 
male image of shaving.’
‘How  about  with  younger  men?’  asked  Brian. 
Brian  had  joined  Gillette  in  1975  after  graduating 
from Washington and Lee University and earning a 
master’s degree in administration from George Wash-
ington University.
‘Younger men’s views can be summed up simply 
– twin blade, blue and plastic,’ Sarah reported.
‘Just like our disposable razors!’ Paul exclaimed.
‘Precisely,’ Sarah answered. ‘As I say, we’ve done 
this to ourselves. We have a “steel” man and “plas-
tic” man. In fact, for males between 15 and 19, BIC 
is  better  known  than  Gillette  with  respect  to  shav-
ing. Younger men in general – those under 30, these 
“plastic” men – feel all shavers are the same. Older 
men and system users feel there is a difference.’
‘Yes,’ Paul interjected, ‘and I’ve noticed something 
else interesting. Look at our logos. We use the Gillette 
brand  name  as  our  corporate  name,  and  the  brand 
name is done in thin, block letters. I’m not sure it has 
Exhibit 17   Gillette system cartridges, 1971–88 (dollar share of US blade market)
Source: The Gillette Company; Prudential-Bache Securities.
0
5
71
72
73
74
75
76 77
78
Year
TRAC II
ATRA
79
80
81
82 83
84
85
86
87
88
15
20
25
30
Percent share
10

C-68 Case 4 • Gillette and the men’s wet-shaving market
the impact and masculine image we want. On top of 
that, look at these razor packages. We have become 
so  product-focused  and  brand-manager-driven  that 
we’ve lost focus on the brand name. Our brands look 
tired: there’s nothing special about our retail packag-
ing and display.’
 ‘Speaking of the male image of shaving, Sarah, 
what does your research show about our image with 
women?’ asked Brian.
‘Well, we’ve always had a male focus and women 
identify the Gillette name with men and shaving, even 
those who use our products marketed to women. You 
know  that  there  are  more  women  wet-shavers  than 
men  in  the  US  market,  about  62  million  versus  55 
million. However, due to seasonability and lower fre-
quency of women’s shaving, the unit volume used by 
women  is  only  about  one-third  that  of  the  volume 
used by men. Women use about eight to 12 blades a 
year versus 25 to 30 for men. It is still very consistent 
for us to focus on men.’
‘Well, we’ve got plenty of problems on the mar-
keting side, but we also have to remember that we are 
part of a larger corporation with its own set of prob-
lems,’ Brian suggested. ‘We’re only 30 per cent or so 
of sales but we are 60 per cent of profits. And, given 
the  takeover  battles,  there  is  going  to  be  increased 
pressure  on  the  company  to  maintain  and  improve 
profitability. That pressure has always been on us, but 
now it will  be  more  intense.  If  we  want  to  develop 
some bold, new strategy, we are going to have to fig-
ure out where to get the money to finance it. I’m sure 
the rest of the corporation will continue to look to us 
to throw off cash to support diversification.’
‘This  can  get  depressing,’  Paul  muttered  as  he 
looked  back  at  the  window.  ‘I  can  sense  the  low 
morale inside the company. People sense the inevita-
bility of disposability. We see BIC as the enemy even 
though it is so much smaller than Gillette. We’ve got 
to come up with a new strategy. What do you think 
our options are, Scott?’
‘Well, I think we’re agreed that the “do-nothing” 
option  is  out.  If  we  simply  continue  to  do  business 
as usual, we will see the erosion of the shaving mar-
ket’s profitability as disposable razors take more and 
more share. We could accept the transition to dispos-
able razors  and  begin  to try  to segment the  dispos-
able razor market based on performance. You might 
call this the “give up” strategy. We would be admit-
ting that disposable razors are the wave of the future. 
There will obviously continue to be shavers who buy 
based on price only, but there will also be shavers who 
will pay  more for  disposable razors  with  additional 
benefits, such as lubricating strips or movable heads. 
In  Italy,  for  example,  we  have  done  a  lot  of  image 
Exhibit 18  Blade and razor media spending, United States, 1975–87
75 76
61.4
15.1
(Constant 1987 media dollars)
77 78 79 80 81 82 83 84 85 86 87
Year
0
10
SMM
20
30
40
50
60
70
Source: The Gillette Company.

Case 4 • Gillette and the men’s wet-shaving market C-69
building  and  focused  on  quality.  Now,  Italian  men 
seem to perceive that our disposable razors have val-
ue despite their price. In other words, we could try to 
protect the category’s profitability by segmenting the 
market and offering value to those segments willing 
to pay for it. We would de-emphasise system razors.
‘Or, we could try to turn the whole thing around. 
We  could  develop  a  strategy  to  slow the  growth  of 
disposable razors and to reinvigorate the system razor 
market.’
‘How does the new razor system fit into all this?’ 
Paul asked.
‘I’m pleased that we have continued to invest in 
R&D despite our problems and the takeover battles,’ 
Brian answered. ‘Reports from R&D indicate that the 
new shaver is doing well in tests. But it will be expen-
sive to take to market and to support with advertising. 
Further, it doesn’t make any sense to launch it unless 
it  fits  in  with  the  broader  strategy.  For  example,  if 
we  decide  to  focus  on  disposable  razors,  it  makes 
no  sense  to  launch  a  new  system  razor  and  devote 
resources to that.’
‘What’s the consumer  testing  indicating?’ asked 
Scott.
‘We’re  still  conducting  tests,’  Sarah  answered, 
‘but so far the results are very positive. Men rate the 
shave superior to both Atra or Trac II and superior to 
our  competition. In  fact,  I think we’ll  see  that con-
sumers  rate the  new  shaver as  much  as 25  per  cent 
better on average. The independently spring-mount-
ed twin blades deliver a better shave, but you know 
we’ve never introduced a product until it was clearly 
superior in consumer testing on every dimension.’
‘Okay. Here’s what I’d like to do,’ Paul concluded. 
‘I’d like for each of us to devote some time to devel-
oping a broad outline of a strategy to present at our 
next meeting. We’ll try to identify and shape a broad 
strategy then that we can begin to develop in detail 
over the next several months. Let’s get together in a 
week, same time. Thanks for your time.’
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p. 53.
Sloan, P., 1988, ‘Remington gets the edge on Gillette’, Advertising Age, 
16 May, pp. 3, 89.
Sutor, R., 1988, ‘Household personal care products’, Financial World, 
27 December.
The Europa World Year Book 1990, vol. II.
Trachtenberg, J. A., 1986, ‘Styling for the masses’, Forbes, 10 March, 
pp. 152–3.
Warner-Lambert Annual Corporate Report, 1987.
Weiss, G., 1986,  ‘Razor  sharp: Gillette  to  snap back from  a dull 
stretch’, Barron’s, 25 August, pp. 15, 37.

C-70
Case 5
Gunns and the greens: 
Governance issues in Tasmania
Dallas Hanson  Colin Winkler 
University of Tasmania  University of Tasmania
Introduction
Gunns  Limited  is  a  listed  Australian  forestry  com-
pany  that  operates  in  the  tourism-oriented  island 
state of Tasmania, 40 degrees south of the  equator. 
In a  sluggish economy,  Gunns has been a spectacu-
lar performer for a decade. In  2001 the share  price 
was $3.50 and in late 2003 it was $13. It is the first 
Tasmanian company to be worth $1 billion. Despite 
this success it remains controversial, a target for green 
activists and a  common topic for  critical  discussion 
in  Tasmanian  homes.  In  September  2003,  Gunns 
was forced by a section of its shareholding to hold an 
extraordinary general meeting (EGM) to discuss for-
estry practices.
This  case  is  about  the  company  and  the  EGM. 
The key issues  are these: is it possible for a compa-
ny operating in a hostile social environment to pres-
ent as a good corporate citizen? And, how does such 
a company best handle a mix of profit-oriented and 
green-oriented investors? Finally, are its practices sus-
tainable? To make sense of these issues requires some 
background to be explained, and the first sections of 
the case thus provide a brief description of Tasmania 
and the ongoing forestry debate. This is followed by 
a history of Gunns. The EGM is then described and 
the issues discussed.
Tasmania, the island state, 
and the forestry debate
Tasmania  is  the  smallest  Australian  state,  just  315 
kilometres  across  its  greatest  width.  The  middle  of 
the island is mountainous and features scattered lakes 
and alpine vegetation, while the west faces the Indian 
Ocean and is rainswept, with much of it covered in 
impenetrable ‘vertical scrub’. The east coast is much 
dryer and has  golden beaches; the  north-west  coast 
has deep soils and a climate suited to vegetable grow-
ing and dairying; and the south, and a plain next to 
the  mountains  (the  midlands),  is  dry  and  a  wool-
growing area that achieves some of the highest prices 
for fine  wool in  the  world.  The  government  branch 
of Parks and Wildlife manages 354 reserves covering 
over one-third of the state, and the Forestry Commis-
sion, a state government authority, controls still more. 
Almost 1.4 million hectares of this is World Heritage 
listed. In this small place the world traveller can find 
the  equivalents  of  the  burnished  hills  of  southern 
California, the hills of the grape districts of the South 
of France, Wordsworthian English countrysides (both 
his  Lake  District  feel  and  the  mannered  and  pretty 
countryside of the green south of England), and the 
golden  beaches  that  are  stereotypically  Australian. 
The variety of vegetation and unique wildlife are the 
lures that attract tourists.

Case 5 • Gunns and the greens C-71
This is a pleasant land with a temperate climate 
first settled by Europeans in 1802. The new settlers 
set about clearing the land for agriculture, displacing 
the  indigenous  inhabitants while  setting up a wool/
wheat/cattle  system modelled on  England, complete 
with hawthorn, oaks, rabbits and much other exotic 
material. There was a thriving timber industry  har-
vesting  an  apparently  inexhaustible  resource,  and 
successive  Tasmania  governments  sought  to  attract 
foreign investment into it.
There  were  occasional  outbursts  from  
conservation-minded  people,  but  the  pattern  of 
cutting/burning/clearing continued relatively quietly 
until  1972  when  the  post-war  transition  to  hydro-
electrification  of  industry  via  damming  of  major 
rivers  collided  with  the  nascent  green  movement. 
Damming policy was led by the Hydro Electric Corpo-
ration (HEC), at the time a virtual government with-
in  the  government;  one  long-time  post-war  premier 
was popularly known as ‘Electric Eric’. The focus of 
debate was the damming of the south-west’s Gordon 
River and flooding of Lake Pedder, a big remote lake 
with an unusual large, sandy beach. This led to the 
formation of the United Tasmania Group, the world’s 
first formal green party.1 In 1976 the debate heated up 
with another major dam proposal and the formation 
of the Tasmanian Wilderness Society. A major cam-
paign resulted. This was a world event – ‘No dams’ 
was the cry in big street marches all over Australia, 
and all levels of government and the High Court of 
Australia were involved before the HEC was blocked 
and the Franklin saved. Green debate was by then a 
staple of café conversation.
Meanwhile,  export  woodchipping  had  begun, 
mainly sourced from ‘charismatic’ old-growth euca-
lypts. Yehudi Menuhin, the great violinist and human-
ist, said of this: ‘I can’t begin to tell you the beauty of 
those forests … the forest of Tasmania is yet unsul-
lied and unpolluted by our kind of civilization. That 
we  should  have  to  defend  them  is  something  quite 
unbelievable …’2
His  sentiments  have  been  shared  by  a  genera-
tion of Tasmanians who continue to contribute to an 
ongoing forestry debate on radio, in newspapers and 
on the streets. The issue is in the faces of the people of 
the capital city because the main log-route to the chip-
ping place is the highway that passes through the city 
centre, past the Treasury building. Every day, scores 
of trucks go through with apparently excellent build-
ing/furniture  timber  on  board  in  the  form  of  long, 
solid logs. In 2002, a government-sponsored survey 
that  was  part of a ‘Tasmania  Together’  process  led 
by the government found that a significant majority 
of Tasmanians wanted an end to old-growth logging: 
the opinion crosses conventional political lines.3 The 
green  side  of  the  debate  is  led  by  green  parliamen-
tarians, (there are four in the 25-seat lower house), 
the Wilderness Society, the Tasmanian Conservation 
Trust  and  the  Australian  Conservation  Foundation. 
On  the  other  side,  the  government  is  solidly  pro-
forestry (it is a conservative union-influenced Labor 
government), and the  pro-forestry Forest Protection 
Society (and there is no evident intention of irony in 
the name) is a vocal pressure group.
Gunns: A company with 
connections
The two brothers Gunn started a building business in 
northern Tasmania in 1877 and soon turned to mill-
ing  their  own  timber.  They  prospered  and  quickly 
became  leading  sawmillers.  The  industry  was  reli-
ant  on  ‘crown-logs’,  those  cut  off  government  land 
under  licence,  and  Gunns  had  good  access  to  this 
resource. The industry grew, as did Gunns, which, in 
the 1950s, initiated a  policy of buying smaller  saw-
millers, private forests and rights to crown-logs. This 
process gathered pace after 1970 when it became evi-
dent that the supply of crown-logs was limited. From 
1982, led by John Gay, Gunns also sought to consoli-
date its existing markets and expand into the growing 
export market for hardwood.
In 1986 the company was floated on the Australian 
Stock  Exchange,  with  Gay  as  the  CEO.  The  board 
at that time included as chairman Peter Wade, CEO 
of the mining and pulp and paper giant, North Bro-
ken  Hill;  Edmund  Rouse,  the  chair  of  a  northern 
Tasmanian media firm; Mr Clements of the Tasma-
nian  firm  Clements  and  Marshall;  and  two  mem-
bers from HMA, major investors in Gunns. (In later 
moves,  Wade  was  replaced  by  David  McQuestin,  a 
Rouse  connection,  and still  later, a former  premier, 
Robin Gray, was appointed.)

C-72 Case 5 • Gunns and the greens
This  was  an  era  in  which  the  external  environ-
ment of Gunns was also undergoing crucial changes, 
especially  politically.  Liberal  premier  Robin  Gray 
called a state election in 1989 only to lose his major-
ity.  Labor  and  the  Independents  (as  the  greens  had 
been identified) combined to become the Labor Green 
Accord (LGA) to prevent the Liberals remaining as a 
minority government. This upset the forest industry, 
which  campaigned  for  a  second  election  before  the 
LGA could take power. The campaign collapsed when 
Edmund  Rouse  was  imprisoned  for  attempting  to 
bribe Labor MP Jim Cox to cross the floor to prevent 
the  LGA  from  taking  power.  A  Royal  Commission 
also implicated McQuestin (another latter-day board 
member of Gunns), then managing director of Exam-
iner National Television (ENT) of which Rouse was 
a  substantial  shareholder.4  McQuestin  was  cleared 
of  being  unlawfully  involved  as  a  principal  offend-
er in Rouse’s  bribery  charges,  though the  investiga-
tion acknowledged that his acquiescence with Rouse’s 
direction was highly improper. During the investiga-
tion into these bribery charges, it was  revealed  that 
the campaign for a second election actually stemmed 
from Gray’s office, although it was funded by the for-
est industry.5 
The  Labor  Green  Accord  eventually  came  to 
power and, in a (failed) endeavour to settle the forest 
industry–conservation debate, the Forest and Forest 
Industry  Council  (FFIC)  was  established.  However, 
before long, the FFIC shifted ground to become more 
concerned  with  preserving  the  forest  industry,  and 
proposed  Resource  Security  legislation  that  would 
give the forest industry guaranteed access to the for-
ests. At the same time, the publicly owned Forestry 
Commission  became  a  government  business  enter-
prise,  and  was  given  exemption  from  freedom  of 
information  legislation.  Labor’s  attempt  to  pass  the 
Resource Security legislation caused the downfall of 
the LGA coalition because it outraged the greens, and 
Labor was compelled to call an election in 1991 that 
returned  the  Liberals  to  power  under  Ray  Groom’s 
premiership. 
Meanwhile,  Gunns  had  positioned  itself  in  the 
early  1990s  to  undertake  the  bulk  of  the  seasoned 
hardwood milling, moulding and veneers in the north 
and  north-west  of  the  state,  leaving  only  a  handful 
of  significant,  independent,  locally-owned  family 
businesses  remaining  in  this  sector  of  the  forests 
industry in that part of the state. In reaching this posi-
tion, the company defended two High Court appeals 
against the issue of licences to cut timber. 
This strategic positioning continued through the 
late 1990s and beyond, illustrated by Gunns’ buyout 
of Boral’s Tasmanian woodchipping interests and the 
acquisition (aided by the ANZ Bank) of North Forest 
Products – owners of major tree holdings, including a 
120 000-hectare tree farm. This saw Gunns become 
Tasmania’s  only  woodchipping  company,  exporting 
5.5 million tonnes of woodchips from the state each 
year.  A  significant  proportion  of  this  came  from 
old-growth forests, including the Styx Valley  of the 
Giants (as it is called by the Wilderness Society) – the 
location of the world’s tallest flowering eucalypts. 
During this time, there was an additional pressure 
on Gunns and the government over tree plantations. 
The movement towards turning agricultural land into 
trees  had  grown  over  a  decade,  and  the  difficulties 
of other agricultural practices meant that a growing 
number  of  farmers  were  selling  out  to  tree  farmers 
– and Gunns is the biggest. This annoyed the  near-
by landowners because of the loss of sun, it annoyed 
the greens because the tree farms are usually quick-
growing  species  that  do  not  provide  a  habitat  for 
wildlife, and it annoyed tourism operators because it 
presents an ugly face to the world with chemical clear-
ing of sites before planting and clear felling. Gunns 
had  a  direct  and  highly  public  dispute  over  chemi-
cal clearing in 2003 that further hindered its public 
image when an organic farmer near a new Gunns tree 
farm objected to the land clearing.6
Pressuring the institutional 
shareholders
The  opening  years  of  the  21st  century  saw  one  of 
Gunns’  major  shareholders,  the  Commonwealth 
Bank,  targeted  by  the  Wilderness  Society,  the  soci-
ety exhorting the bank’s shareholders to pressure its 
board to use the bank’s shareholding in Gunns (at the 
time, just over 17 per cent) to force the company to 
move out of the old-growth forests. 
Other  Australian  banks  came  under  pressure 
from various quarters, the ANZ Banking Group Ltd 
indicating that it did not hold a stake in Gunns but 
did have a banking relationship. Charles Goode, the 

Case 5 • Gunns and the greens C-73
chairman of ANZ, said that the bank takes environ-
mental issues seriously. ‘We are prepared to enter into 
dialogue with community groups such as the Wilder-
ness Society,’ Mr Goode said. In 2003, the board had 
a half-day strategy meeting on environmental issues 
and,  as  forecast  in  The  Examiner  on  14  December 
2002, the chairman and some executives visited the 
Gunns forestry sites in Tasmania in February 2003. 
Gunns’ managing director, John Gay, contended that 
the company had issued invitations to all the major 
banking  institutions  that  had  been  targeted  by  the 
Wilderness  Society  with  what  he  termed  ‘misinfor-
mation’.7 
 (At this point, an indication of the significance of 
these institutionals and some that follow is necessary: 
the  ANZ,  Westpac,  Commonwealth  and  National 
Australia banks are Australia’s biggest banks, and the 
AMP and Perpetual Trustees are the major insurance 
companies in the nation, while Bankers Trust (BT) is 
a major investment firm.) 
Corporate intransigence
A group of 100 Gunns Ltd shareholders who opposed 
the firm’s logging practices took the step of request-
ing an EGM of the company in February 2003. The 
group – coordinated  by the Wilderness Society,  but 
including  shareholders  from  outside  the  society  – 
relied upon the new Corporations Law governing cor-
porate regulation in Australia which became effective 
on 15 July 2001. This scheme provides that the direc-
tors of a company must call and arrange to hold a gen-
eral meeting on the request of: 
•  members with at least 5 per cent of the votes 
that may be cast at the general meeting
  or
•  at least 100 members who are entitled to vote at 
the general meeting. 
Gunns  Ltd  initially  refused  to  hold  the  special 
meeting.  Executive chairman  John  Gay was  report-
ed as saying that the directors considered the Wilder-
ness Society’s  demand  was not valid  under  existing 
regulations, and had decided that convening a special 
meeting  to  consider  the  issues  raised  by the  society 
would  be  an  inappropriate  use  of  company  funds.8 
(The  company  maintained  that  the  special  meet-
ing sought would cost tens of thousands of dollars.) 
The Tasmanian president of the  Directors  Institute, 
Gerald  Loughran  (who  had  a  business  in  the  north 
of the state), said that legislation to change the 100-
person rule to a 5 per cent rule was before the Senate 
and he hoped it would soon be resolved.9 However, 
Loughran  seemingly  ignored  the  fact  that  the  100-
person  rule  did  apply  at  the  time  the  request  for  a 
meeting was made. 
Gunns  maintained  that  the  requisition  notic-
es  were  invalid,  and that  the  shareholders  who  had 
called  for  an  EGM  had  ‘clearly  not  abided  by  the 
articles of association of the company’, although the 
company did not given the actual reason that the req-
uisition  was  deemed  to  be  invalid.  Executive chair-
man John Gay said  that because of the Privacy Act 
he  could  not  say  exactly  what  was  wrong  with  the 
requisition.10  He  objected  strongly  and  the  Wilder-
ness Society rethought its tactics.
The Wilderness Society then resubmitted a mod-
ified  resolution  calling  for  an  EGM  of  Gunns  Ltd. 
Campaigner Leanne Minshull indicated that the soci-
ety would take the issue to court if Gunns refused to 
call a meeting a second time. The meeting was duly 
called.
Extraordinary general 
meeting, 29 August 2003
In the lead-up to the August EGM at Gunns, helpful 
corporate professionals entered the fray on the green 
side: 
•  Fund managers showed the Wilderness Society 
how to draft better resolutions.
•  Lawyers gave pro bono advice on procedural 
matters, secondary boycotts and defamation 
issues. 
•  Naomi Edwards (retired partner of Deloitte 
Touche Tohmatsu and former director of 
Trowbridge Consulting) crunched numbers for 
the Wilderness Society to back its claim that the 
company could refrain from logging old-growth 
forests without losing money. 
•  An international business strategist used by 
some of Australia’s biggest companies provided 
advice on the campaign in Japan. (Most of 
the Gunns woodchips are exported to Japan 

C-74 Case 5 • Gunns and the greens
and China, where they are used in paper 
production.)
•  A 1980s corporate raider gave tips on tactics for 
dealing with corporations and hosted private 
lunches in Sydney to put activists in touch with 
senior executives.
Minshull  did  not  ‘name  names’,  but  she  con-
firmed  meetings  with  AMP,  BT  Financial  Group, 
Commonwealth Bank, local and federal government 
superannuation  schemes,  National  Australia  Bank 
and Perpetual Trustees. Perpetual’s John Sevior said 
it was the first time he had experienced a campaign 
of this  kind,  and  that it could be the first  of many. 
‘The  world  is  getting  more  determined  in  a  lot  of 
ways,’  he  said.11  One  of  the  Sydney  fund  managers 
with whom Minshull had talks put up a proposal for 
a  memorandum  of  understanding  between  Gunns, 
the  Wilderness  Society  and  institutional  investors. 
Minshull  believes  that  such  cooperation  is  feasible, 
although the provisos she stipulated were uncompro-
mising  ‘…  as  long  as  the  institutions  tell  Gunns  to 
stop  developing  clear  felling,  selectively  logging,  or 
accepting product from certain forest areas’.12 
The  campaign  seemed  at  the  time  to  have  had 
some  effect.  Westpac-owned  BT  Financial  Group, 
which has a small undisclosed stake in Gunns, indi-
cated its intention to abstain from voting, citing insuf-
ficient information on which to make a decision. The 
financial house said it recognised the sensitive nature 
of  environmental  issues,  and  that  it  believed  there 
was  a  lack  of  adequate  data  or  information  on  the 
possible  effects  of  adopting  the  resolution.13  There 
was an international dimension to this campaign: as 
reported in The Age, Minshull indicated that a loose 
coalition of activist organisations around the world, 
including Friends of the Earth International, Britain’s 
WWF  (World  Wide  Fund  for  Nature),  Greenpeace 
and  the  Rainforest  Action  Network,  helped  on  the 
Gunns campaign by lobbying institutional sharehold-
ers in Britain.14 
In the end, no one really expected the Wilderness 
Society to get its way at the EGM. Gunns said that the 
shareholder  activists  controlled  fewer  than  250 000 
shares, or about 0.3 per cent of the stock, and Mins-
hull conceded that the resolution was unlikely to get 
anywhere near the 75 per cent needed. Gay accused 
the environmentalists of wasting shareholders’ money 
on what amounted to a protest meeting. ‘That is dis-
gusting,’ he  said. ‘They conceded they haven’t got a 
hope in hell but they are taking this company through 
the  pain.’ Gay indicated that there was  no  prospect 
of  Gunns  working  with  the  activists,  because  the 
company operates within state laws and Tasmania is 
a  signatory  to  the  1997  Regional  Forest  Agreement 
between the state and federal governments. ‘If I reject-
ed (the opportunity) to take some logs, they would just 
issue them to someone else. They can keep coming but 
we don’t make the decisions. They are just damaging 
the  shareholders  of  Gunns  and  the  superannuation 
funds of Australia by harassing Gunns for a decision 
that Gunns doesn’t make. That’s how stupid it is.’15 
FIAT  (the  Forest  Industries  Association  of  Tas-
mania)  weighed  into  the  EGM  issue  by  publishing 
half-page advertisements in all major newspapers, the 
text of which ran:
NOTICE TO
GUNNS SHAREHOLDERS
THE GUNNS EXTRAORDINARY GENERAL 
MEETING THREATENS THE LIVELIHOOD OF 
THOUSANDS OF TASMANIANS EMPLOYED IN 
OUR SAWMILL AND VENEER INDUSTRIES
•  Closing down more high-yielding forest will 
take away the resource needed to supply 
our sawmill and veneer industries that add 
high value to out timber;
•  40% of our forests are already reserved 
– 4 times the international standard;
•  mature timbers that supply our higher-
value-adding industries are not available in 
regrowth or plantation forests;
•  less than 1% of old-growth forest has been 
harvested in the last 5 years.
SUPPORT FOR THE WILDERNESS SOCIETY 
MOTION IS SUPPORT FOR A LOW-VALUE, 
WOODCHIP-DRIVEN FUTURE FOR 
TASMANIA’S FOREST INDUSTRY
VOTE  NO  
TO PROTECT THOUSANDS OF  
TASMANIAN JOBS
Forest Industries Association of Tasmania
Source: The Saturday Mercury, 23 August 2003, p. 21.

Case 5 • Gunns and the greens C-75
AMP  Henderson  indicated  that  it  would  vote 
against the Wilderness Society resolution at the EGM 
for Gunns to cease accessing logged old-growth forest 
timber from the so-called Tasmania Together region 
under Tasmania’s Regional Forest Agreement. AMP’s 
substantial shareholder notice in June 2003 stated that 
it owned 7.2 per cent of Gunns shares on issue. AMP 
Henderson’s chief investment officer, Merv Peacock, 
said that AMP had long discussions with a range of 
parties, including Gunns and Forestry Tasmania. He 
concluded that the resolution would have a material 
negative impact on the company’s profits and believed 
that the impact would be greater than that contained 
in analysis by actuary and Gunns shareholder, Naomi 
Edwards.16 
Overall, a trend towards an ‘abstain’ or ‘against’ 
vote at the EGM emerged, as institutional sharehold-
ers balanced the risk of a consumer backlash with their 
fiduciary obligation to investors. UniSuper, the univer-
sity employees’ superannuation fund, announced that 
it would abstain, saying that a vote was ‘premature’,17 
and the large Commonwealth government employee 
fund, PSS/CSS, decided to vote against the resolution. 
Perpetual Trustees and Colonial First State would not 
disclose their voting intentions, and the SIRIS Proxy 
Voting Service also declined to say how it advised its 
clients to vote at the meeting. No institutional share-
holder went on record as supporting the Wilderness 
Society-led  resolution.  Dean  Paatsch,  director  of 
SIRIS  Governance  Services  Unit,  said  his  consider-
ations varied depending on whether the client had an 
environmental  policy  as  part  of  its  investment  pro-
cess. Paatsch said he believed  that most institutions 
would abstain because  of their  concern  for ‘reputa-
tion risk’. 
The lead-up to the EGM drew in crusading con-
tributions from both sides of the debate, highlighted 
by the Wilderness Society’s own advertisements under 
the headline: 
Tell Gunns to stop logging 
our oldgrowth forests
Join us outside the Gunns  
special meeting on oldgrowth
Source: The Examiner, 23 August 2003, p. 37. 
The  press  also  carried  letters  covering  aspects 
of  the  situation.  The  following  extracts  from  The 
Examiner  on  24  August  are  representative  of  the 
range of the debate: 
Woodchips on a platter
Those who see Paul Lennon as a hard man should 
have  a  look  at  his  Forest  Practices Amendment 
Bill 2003, currently before Parliament. 
For  the  third  time  since  1998,  the  Forest 
Practices  Board  is  being  given  an  amnesty  for 
any  previous  violations  of  planning  regulations 
and its own rules regarding them.
As in FPA Amendment 48 of 1998, there is a 
bonus on top of forgiveness … the FPB has been 
empowered to overrule the state’s premier appel-
late  planning  body,  the  Resource  Management 
and Planning Appeals Tribunal, when that body 
has found forestry to be inappropriate.
Forest system is world class
Tasmania’s  Regional  Forest  Agreement  is  fast 
approaching its sixth anniversary. 
This 20-year vision for our forests established 
a  comprehensive,  adequate  and  representative 
reserve system … it is a pity that green activists, 
who  are  a  small  group,  refuse  to  accept  (the) 
massive  conservation  gains  from  this  landmark 
agreement. 
The  campaign  also  included  Timber  Communi-
ties  Australia’s  half-page  advertisements  in  major 
newspapers on 27 August under the banner:
We are all proud members 
of Tasmania’s forest 
industry family.
Our forest industry supports  
one in every 20 Tasmanian jobs

C-76 Case 5 • Gunns and the greens
These advertisements, such as that in The Exam-
iner  on  27  August  2003,  bore  testimonials  from  a 
variety  of  ‘typical  Tasmanians’  whose  jobs  in  some 
way depended on the forest industry. On the day of 
the EGM itself, a large ‘open letter’ on behalf of 3000 
employees and contractors of Gunns was published in 
The Examiner calling on Gunns’ board to reject out-
right the motion requiring the company ‘to ban pro-
cessing of timber from a significant portion of Tasma-
nia’s multiple use forests’. 
The day before the EGM, Gunns released the com-
pany’s  financial  results,  announcing  its  record  $74 
million after-tax profit for 2002/03. The 39 per cent 
profit increase was a result of strong demand across 
each of the company’s key markets. Total group turn-
over rose by 17 per cent to $610 million, with oper-
ating cash flow also up 17 per cent to $104 million. 
The meeting: Green fizzer 
and fountain of commercial 
rationality?
The EGM was held at 10 a.m. on 29 August at 110 
Lindsay Street in Launceston, a city of about 60 000 
people.  More  than  200  pro-  and  anti-logging  dem-
onstrators  gathered  outside  Gunns’  offices,  and  log 
trucks lined the street in a show of strength for the 
industry. The resolution called on Gunns not to source 
any  timber  from  the  ‘Tasmania  Together’  forests, 
which include the Styx, Tarkine, Great Western Tiers, 
Southern  Forests,  Tasman  Peninsula,  North-East 
Highlands,  Eastern  Tiers  and  proposed  extensions 
to the Ben Lomond National Park.18 The Wilderness 
Society  had  encouraged  shareholders  to  attend  the 
EGM and vote for the resolution, had sought proxy 
voting rights,  and,  in  the  lead-up  to the  EGM, had 
run stalls outside many Commonwealth Banks pro-
viding information and pro forma letters for people 
to send to the bank. 
Some 20 speakers addressed the 90-minute meet-
ing,  and shareholders voted  overwhelmingly  against 
the  resolution  calling  for  Gunns  to  withdraw  from 
240 000 hectares of old-growth forest, the resolution 
being lost by 54.8 million to 248 000 votes. Institutions 
representing some 1.5 million votes abstained.19 Gay 
said  the  vote  demonstrated  clear  support  for  the 
board. ‘This whole action was nothing more than a 
publicity stunt by the Wilderness Society, staged for 
political purposes in a futile attempt to attack a well-
performing  and  legitimate  Tasmanian  business.’20 
The resolution was easily defeated with 98 per cent 
of  votes  against.  But  most  disappointing  for  green 
groups  and  activists  was  that  only  2.6  per  cent  of 
voters abstained – the usual form of protest for insti-
tutional investors. So, Perpetual with 10.17 per cent, 
the Commonwealth Bank with 8.6 per cent, and AMP 
with 7.21 per cent were effectively saying they were in 
favour of logging old-growth forests – a stance that 
could cause them some grief at their coming annual 
meetings given the high level of activism on the issue. 
Despite always having the numbers, John Gay didn’t 
want too much debate from the floor. At one point he 
told the Wilderness Society’s Leanne Minshull to ‘sit 
down, young lady’.21 
What does the future hold 
for Gunns?
There are some recurring themes in Tasmanian pol-
itics,  the  latest  one  of  significance  being  that  of  a 
world-class  pulp  mill  to  value  add  the  woodchip 
resource. There was a strong sense of déjà vu about 
the revelation in June 2003 that Gay and then Deputy 
Premier (now Premier) Lennon (the chief government 
supporter  of  forestry  industry)  discussed  the  possi-
bility  of  a  pulp  mill.  Lennon  maintained  that  there 
was no pulp mill proposal before the government and 
that such a mill was only one of several downstream 
processing  options  discussed  with  Gay,  who  him-
self said that while he would like to see a pulp mill 
established in Tasmania, it would require a financial 
investment of an order of magnitude possibly beyond 
Gunns’ resources.

Case 5 • Gunns and the greens C-77
The company is still beset by campaigners. It does 
not  seem  to  be  able  to  appear  as  a  good  corporate 
citizen  despite  its  financial  success  and  despite  the 
failure of the greens at the EGM. The paper of record 
on 14 November 2003 displays the problem: sharing 
the front page were Lennon putting  forward a pulp 
mill  and  guaranteeing  Gunns  ‘front  running’,  and 
‘Hector the Protector’, a forest activist who has decid-
ed to go to gaol for 51 days rather than pay a $5000 
fine for perching in a tree for 12 days in protest at log-
ging. Hector (his standard name is Smith) was accom-
panied at court  by a noisy  band of placard-holding 
protesters. Perhaps Gunns must face the reality that a 
forestry firm, despite being law-abiding and popular 
with the institutional shareholders and government, 
cannot  please  the  majority  of  the  people.  It  is  well 
protected by legislation that guarantees access to the 
critical wood resource and has a dedicated workforce, 
but  it  would  be  nice  to  be  well  regarded.  And  will 
the institutional investors continue to support it? The 
next phase of activism will not be targeted at Gunns 
but at its investors. How much heat will a bank take 
for the sake of what is, for it, a minor investment? Is 
a concession to green thinking required? But, is that 
enough? The green agenda is not about compromise 
but full achievement of goals; compromise is for poli-
ticians and corporations. Sustainability of forests in 
Tasmania is a hot issue without clear winners so far.
References
Australian Society of Archivists, 2003, ‘North Broken Hill Ltd (1912–
1988)’, Guide to Australian Business Records, www.archivists.org.
Burbury, S. C., 1945, ‘Investigation into alleged irregularities in the 
Forestry Department, in Tasmania, 1944–1945, Journals and 
Printed Papers of the Parliament of Tasmania, 133(20).
Gee, H., 2001, For the Forests (Hobart: The Wilderness Society).
Graeme-Evans, A., 1995, Against the Odds: Risbys – Tasmanian Timber 
Pioneers 1826-1995 (Hobart: Tasbook Publishers).
Kessell, S. L., 1944, ‘Preliminary report on the forests and forestry 
administration of Tasmania, in Tasmania, 1944–1945’, Journals 
and Printed Papers of the Parliament of Tasmania, 131(45). 
Kessell, S. L., 1945, ‘Report on the forests and forestry administration 
of Tasmania, in Tasmania, 1944–1945’, Journals and Printed Papers 
of the Parliament of Tasmania, 132(42). 
Lyons, B., 1998, All Gunns Blazing: J. & T. Gunn and the Development 
of Launceston, 1871–1997 (Launceston: self-published). (The 
background material in this case study owes much to this source, 
quite apart from the attributions in specific references.)
Perrin, G. S., 1898, ‘Forests of Tasmania: Their conservation and 
future management’, PP 48/1898. (An earlier report by Perrin 
on ‘The systematic conservation of the woods and forests of 
Tasmania’ is known to draw attention to the need for more 
positive  forestry  activity;  however  the  whereabouts  of this 
report are unknown.)
Pritchett, S., 2001, ‘Environmentalism, politicians, Gunns and money’, 
1 September, www.aushomepage.com.au. 
Rodway, L., 1898–99; ‘Forestry for Tasmania’, in Papers and Proceedings 
of the Royal Society of Tasmania. 
Steane,  S.  W.,  1947,  ‘The  evolution  of  state  forest  policy  and 
administration up to 1947’ (a study by a former Conservator 
of Forests, in  the official records  of  Forestry  Tasmania, File 
No. 9633). 
Tasmania, 1945–46, ‘Report (Parts I and II) of the Royal Commissioner 
on Forestry Administration’, Journals and Printed Papers of the 
Parliament of Tasmania, 133(39). 
Tasmania,  1946,  ‘Report  (Par ts  III,  IV,  V,  and  VI)  of  the  Royal 
Commissioner on Forestry Administration’, Journals and Printed 
Papers of the Parliament of Tasmania, 135(1). 
Tasmania Together, 2002 (Hobart: Tasmanian Government Printer).
Walsh, M., 2003, ‘AMP to vote no at Gunns EGM’, 27 August, www.
ethicalinvestor.com.au. 
Wettenhall, R. L., 1968, A Guide to Tasmanian Government Administration 
(Hobart: Platypus Press). 
Media reference sources
ABC Online
Australian Financial Review
The Advocate
The Age
The Examiner
The Mercury
The Saturday Mercury
The Sunday Examiner
Notes
  1   H.  Gee,  2001,  For  the  Forests  (Hobart:  The  Wilderness 
Society).
  2   Ibid.
  3   Tasmania Together,  2002  (Hobart:  Tasmanian  Government 
Printer).
  4   S. Pritchett, 2001, ‘Environmentalism, politicians, Gunns and 
money’, 1 September 2003, www.aushomepage.com.au. 
  5   Ibid.

C-78 Case 5 • Gunns and the greens
  6   www.wilderness.org.au.
  7   The Sunday Examiner, 15 December 2002. 
  8   The Examiner, 19 March 2003.
  9   The Advocate, 25 February 2003.
10   The Mercury, 20 March 2003.
11   The Age, 23 August 2003, ‘Business’, p. 1.
12   Ibid.
13   Ibid.
14   Ibid.
15   Ibid.
16   www.ethicalinvestor.com.au.
17   www.investordaily.com.
18   The Age, 30 August 2003, ‘Business’, p. 2.
19 
  Ibid.
20   The Saturday Mercury, 30 August 2003, p. 9.
21   The Australian Financial Review, 1 September 2003, p. 44.

C-79
Case 6
Growth at Hubbard’s 
Foods?*
Jodyanne Kirkwood   Diane Ruwhiu
University of Otago  University of Otago
Dick  Hubbard  paused  for  a  minute  from  the  notes 
he was writing for his company newsletter to reflect 
on  the  recent  changes  he  had  initiated  in  the  com-
pany. He thought back to the early days of the busi-
ness, when he did everything in the company single-
handedly, including making the breakfast cereals. He 
looked out into the company car park and saw that it 
was almost full. He suddenly realised he was respon-
sible  for  the  livelihoods  of  many  people  other  than 
himself.  Should  he  take  the  next  step  and  expand 
the company further? Dick contemplated the various 
scenarios and considered what they would mean for 
his business … 
Background
Hubbard’s produces a  range of 23 breakfast cereals 
that are targeted towards the mid–high price ranges 
in the cereal market. A recent extension to the prod-
uct  range  was  an  organic  muesli  that  is  in  the  very 
high price range. Hubbard’s cereals are distinctive due 
to their use of New Zealand and tropical fruits and 
using fruit flavouring to bake the cereals in. Exhibit 
1  provides  a  schematic  that  represents  the  elements 
that influence its operation. For a full description of 
manufacturing  processes  and  the  supply  chain,  see 
the appendix.
Products
Hubbard’s products are aimed at both the high price 
range  and  low end  of  the  cereal  market.  The  high-
end  products  have such  innovative  names  as  ‘Berry 
Berry Nice’ and ‘Yours Fruitfully’ (refer to Exhibit 2 
for ingredient lists). While the main output from the 
operation is high-quality cereals under the Hubbard’s 
brand, the company also manufactures some product 
lines for a range of supermarket private labels. These 
private labels are typically at the lower end of the price 
range for cereal, such as rice puffs and cornflakes. 
Demand for breakfast cereal products has a slight 
seasonal variation. In summer months, consumption 
is  approximately  10  per  cent  higher  than  in  win-
ter  months.  The  breakfast  cereal  industry  has  been 
undergoing  rapid  change  in  the  past  two  or  three 
years, including an increase in the muesli-style cereals 
that Hubbard’s popularised, an increase in supermar-
ket own brands, as well as the huge growth in cereal 
bars  and  muesli  bars  (which  Hubbard’s  does  not 
produce).  Exact  growth  figures  are  not available as 
* An earlier version of this case was presented at the North American Case Research Association conference in Banff, Canada, 3–5 October 2002. 
This case is part of a series of cases on Hubbard’s Foods. Refer to the reference list for full details of published cases in the series.

C-80 Case 6 • Growth at Hubbard’s Foods?
the cereal industry is highly competitive. In 2000/01, 
Hubbard’s exported 14.4 per cent of its production, 
mainly to Australia, but a small amount was exported 
to the United Kingdom, Singapore and Hong Kong. 
Financial  information  for  the  company  is  shown  in 
Exhibit 3.
Competitors
Hubbard’s  has  an  18.5  per  cent  share  of  the  cereal 
market in New Zealand, which makes them the third-
largest player in the market. (Exact market share for 
the competitors is not known.) There are three strong 
direct competitors to Hubbard’s in the New Zealand 
market: Sanitarium, Uncle Tobys and Kellogg’s.
Sanitarium  is  a  New  Zealand-owned  company 
that  is  located  in  a  nearby  suburb  of  Auckland.  If 
either Sanatarium or Hubbard’s runs out of an ingre-
dient, the other will supply it if they have it available. 
A Seventh Day Adventist baker, whose philosophies 
were  strong  on  healthy  living  and  vegetarianism, 
started Sanitarium Health Foods over 100 years ago. 
Sanitarium  continues  to  market  their  cereals  using 
these  philosophies, and has quite a strong  focus  on 
sponsoring  events  and  charities,  as  well  as  promot-
ing healthy living. Sanitarium’s main breakfast cereal 
products are Weetbix and Cornflakes, and they have 
entered the cereal bar market as well as the breakfast-
in-a-drink market.
Uncle Tobys is part of the Goodman Fielder chain, 
which  is  Australasia’s  largest  food  manufacturer, 
employing  around  16 000  people.  Goodman  Fielder 
produces  such  food  items  as  bread,  potato  crisps, 
sauces and baking products. The Uncle Tobys brand 
specialises in breakfast cereals and has a strong pres-
ence in the cereal bar market. Cereal products include 
Weeties and Fruit Feast.
Kellogg’s is an international brand that was estab-
lished in Australia in the 1920s. Products were export-
ed from the Australian factory to New Zealand, and 
Kellogg’s has a strong influence in the New Zealand 
market with brands such as Coco Pops, Nutri-Grain 
and Special K. Kellogg’s employs around 485 people 
in Australia and New Zealand, and also has a pres-
ence in the cereal bar market. 
There is also an increasing trend in New Zealand 
for  individual  supermarkets  to  have  their  own  ‘no 
frills’ or ‘budget’ brands which are also in competi-
tion with Hubbard’s. However, the Hubbard’s brand 
generally  does  not  compete  with  this  sector  of  the 
market, although it has recently launched a cornflake 
product under the Hubbard’s brand name. The mid-
range segment of the market is not an area the com-
pany has chosen to target. 
Business start-up
From humble beginnings, Dick has created a success-
ful business. After being turned down for a scholar-
ship to Massey University, he self-financed his degree. 
Dick  then  worked  as  a  food  technologist  for  many 
years, gaining valuable experience managing a tropi-
cal fruit factory in Niue for three years. On his return 
to New Zealand, he was appointed general manager 
of a local food manufacturer. He also went on a team-
work and confidence building course called Outward 
Exhibit 1   New Zealand business environment
Economy
LocationTechnology Political/regulatory
Suppliers
Cereal industry Customers
Inputs: ingredients,  
equipment, staff,  
office equipment
Manufacturing  
processes, research  
and development
Outputs:  
cereal  
products
Hubbard's Foods Ltd

Case 6 • Growth at Hubbard’s Foods? C-81
Bound,  which  Dick  attributes  with  having  assisted 
him  immensely,  and  he  lists  the  completion  of  the 
course as one of his life successes. 
After several years of contemplating what to do 
with his life, Dick decided to start his own business. 
The company was started in 1988 with the grand total 
of  four  employees,  under  the  name  Winner  Foods, 
changing its name to Hubbard’s two years later. During 
the early years of start-up and growth the company 
experienced tough times and at one stage was within 
three  weeks  of  going  into receivership. Dick had to 
take the drastic action of asking his employees to go 
home on  an  extended holiday because he could not 
afford to pay them. He also made changes in his own 
life – for example, on occasion he walked to work to 
save petrol. 
Those early days of hardship have not been for-
gotten and Hubbard’s is managed under principles of 
Exhibit 2   Examples of Hubbard’s products
Product name Description of product Ingredients
‘Berry Berry Nice’ ‘This toasted muesli 
is full of berry flavour 
– because the oats and 
other muesli ingredients 
are all soaked in berry 
juice before they are baked. 
Freeze-dried strawberries 
and blackberries, as well 
as yoghurt coated raisins 
complete the distinctly 
Hubbard’s finishing touch.’
rolled oats, raspberry juice, 
honey, brown sugar, vegetable 
oil, yoghurt raisins (yoghurt 
powder, raisins), freeze dried 
strawberry pieces, freeze 
dried blackberries, sesame 
seed, coconut, salt, natural 
berryfruit flavour.
‘Yours Fruitfully’ ‘This natural muesli combines 
the grains, nuts and seeds 
you would expect with some 
distinctly New Zealand fruits 
– the kiwi and the apricot. 
YCR’s, hazelnuts and oatbran 
“sticks” give Yours Fruitfully a 
distinctly different taste, that 
has certainly won favour.’
rolled oats, flaked wheat, 
raisins, apricot nuggets, 
brown sugar, oatbran, honey, 
wheatgerm, yoghurt coated 
raisins (raisins, vegetable fat, 
yoghurt powder, sugar, milk 
powder, lecithin), coconut, 
sunflower seeds, hazelnuts, 
skim milk powder, sesame 
seeds, soya oil, freeze dried 
kiwifruit. 
Source: www.hubbards.co.nz.
Exhibit 3  Financial information, 1998–2001
April 1998 – 
March 1999
April 1999 –  
March 2000
April 2000 –  
March 2001
Sales $21 297 245 $22 686 163 $24 321 789
Sales increase on previous year 23.05% 6.5% 7.2%
Export sales as % of total sales 7.7% 9.6% 14.4%
Net profit before tax  $608 829 $1 029 210 $978 052
Return on shareholders’ funds – after tax 10.26% 20.32% 17.12%
Staff profit share paid N/A N/A $94 172
Company tax paid $240 114 $316 021 $249 373
Hubbard’s Foods market share 17.4% 18.1% 18.5%
Source: Triple Bottom Line (TBL) report, 2000/01.

C-82 Case 6 • Growth at Hubbard’s Foods?
minimum waste and minimum fuss; there is very little 
excess at Hubbard’s, with no expensive furniture or 
company car fleets to be seen. Dick firmly believes the 
early sacrifices made by him and his employees helped 
the company to get established.
The  business  did  falter  for  some  time  as  Dick 
diversified  into  roasting  nuts  and  making  items  for 
bulk  bins  in  supermarkets.  The  decision  to  diversi-
fy further into a broader product range was made in 
order to generate some cash flow. An oat bran muesli 
was launched as an in-house supermarket brand and 
was  very  successful.  Dick  used  this  foundation,  as 
well as the extensive knowledge gained of the cereal 
markets, to launch his own brand. 
Business growth
By 1993, the business was growing quickly and Dick 
realised he had to make changes to the way he man-
aged the company. Until this time, he had managed it 
by himself, including tasks such as human resources 
management,  purchasing,  marketing  and  quality 
management. To address the changing situation and 
to  alleviate  some  of  the  day-to-day  administrative 
decision  making  required  by  him,  he  employed  an 
assistant and additional office staff to help him man-
age the business.
As a direct result of the strong growth in demand, 
decisions were made about the original factory, as it 
became too small. A new factory in Mangere, Auck-
land  was  purpose  built  for  Hubbard’s.  Mangere  is 
on the outskirts of Auckland in a low-income, high-
unemployment  area  where  the  population  is  largely 
made up of Maori and Pacific Islanders. This larger 
factory operates 24 hours a day, five days a week, and 
in busy times it operates seven days a week. Now the 
factory  is  working  to  almost  100  per  cent  capacity 
and  is  again  becoming  too  small  for  the  growing 
company.
Since Dick established the company, it has grown 
steadily in staff numbers. The company is now out-
growing the definition of a small–medium enterprise 
(SME),  which  in  New  Zealand  is  a  company  that 
employs  fewer than  100  employees. Hubbard’s  now 
employs approximately 120 staff at any one time.
In response to the positive growth of the company, 
Dick  and  his  wife  Diana,  who  were  the  company’s 
owners, appointed a new  formal  board  of directors 
in 2001. A primary reason behind this move was to 
ensure that all stakeholder interests were being con-
sidered in the company’s growth and the recognition 
of the increasing number of stakeholders’ livelihoods 
involved.
This  has  been  a total  shift for Hubbard’s,  from 
Dick operating in an owner/CEO role, to a new struc-
ture which gives some of the decision-making respon-
sibility and strategy development to a high-level board 
of directors. Dick will remain as CEO of Hubbard’s. 
The board consists of six members, and to help main-
tain  an  objective  and  effective  influence,  a  profes-
sional company director chairs the board. Exhibit 4 
shows the membership of the board.
Company philosophies  
and vision
Dick believes there are a number of key stakeholders 
who  have  an  interest  in  the  business,  including 
Exhibit 4  Hubbard’s board of directors
Source: TBL report, 2000/01.
Dick Hubbard  
CEO
Diana Hubbard
Wife of CEO
Hubbard’s  
operations manager
Hubbard’s  
marketing manager
Former CEO  
of Watties Ltd
Professional director

Case 6 • Growth at Hubbard’s Foods? C-83
shareholders  (Dick  and  Diana),  employees,  custom-
ers,  suppliers  and  the  community.  He  has  a  strong 
vision for the business that bears his name and uses a 
food metaphor to outline their aim in the Triple Bot-
tom  Line  (TBL)1 report,  which  is  to  ‘provide  suste-
nance for the “mind, body and soul”’ of everyone who 
has contact with the company (TBL report, 2000/01). 
This simple statement exemplifies Hubbard’s commit-
ment to being a socially responsible organisation. 
Dick  has  a  distinctive  and  simple  no-nonsense 
style  of  management.  Before  entering  the  premises, 
you notice a large sign in front of the main doors. It 
states:
‘This is a “no nonsense” management zone. No 
management excesses, corporate ego trips, committee 
decisions, inter-company memos, buck passing, back 
stabbing, or any other dubious management decisions 
allowed on these premises.’ 
An illustration of Dick’s no-nonsense approach to 
managing staff has become folklore at Hubbard’s. The 
story is told of how one employee told Dick she was 
intimidated by him wearing a tie. Dick immediately 
took off the tie and cut it up. The tie is now framed in 
the offices at Hubbard’s and is a strong visual state-
ment of Dick’s commitment to his philosophy of man-
agement.
Dick makes an effort to ensure that he provides a 
family culture at the factory. This works well for the 
business as the majority of staff at Hubbard’s are Pacific 
Islanders,  and  a  significant  aspect  of  many  Pacific 
Island cultures is based around the importance of the 
family. Therefore, Dick’s management style offers an 
extension of a family atmosphere into the workplace. 
Along similar lines, there is no documented manage-
ment structure at Hubbard’s, illustrating his philoso-
phy of a non-hierarchical business.
Many  of  the  manufacturing  processes  at  Hub-
bard’s are manual, such as mixing of cereals. In con-
trast,  a  number  of  the  larger  competitors  manufac-
ture  cereal  in  a  more  equipment-intensive  manner 
than  Hubbard’s  and  therefore  tend  to  have  a  much 
lower  staffing  ratio.  However,  Dick  believes  in  cre-
ating  employment  and  will  not  replace  people  with 
machinery unless absolutely necessary. 
Key stakeholders
Employees
Staff are a vital stakeholder in the business. Dick sums 
up his philosophy to staff as being ‘based around the 
concept of “a group of people”. As such, our people 
within  the  company  are  to  be  treated  with  respect, 
dignity  and  an  over-riding  acknowledgement  that, 
first  and  foremost,  they  are  people’  (TBL  report, 
2000/01).  Exhibit  5  outlines  figures  regarding  staff 
and remuneration. 
Dick fosters an atmosphere of camaraderie among 
employees  and  management.  He  encourages  open 
communication  and  allows  for  all  staff  (including 
himself) to be on a first-name basis with each other. 
A particularly informal approach to communication 
allows Dick to practise a hands-on approach to man-
agement by meeting with employees once every three 
months. Ten employees at a time visit his office for a 
lunch of takeaways to discuss what is  happening  in 
the factory. Also, all managers are expected to be in 
the factory on a regular basis, and every six months 
spend an entire shift on the factory floor. 
Exhibit 5   Employee information
April 2000 – March 2001
Number of souls on board (employees)   116
Remuneration   $3 969 603
Average remuneration   $31 820
Profit share paid out   $94 172
Staff employed from WINZ (Work and Income New Zealand) or employment courses   17 of the 30 new employees  
  (57% of new employees)
Production personnel    4.65 staff/$million turnover
Source: TBL report, 2000/01.

C-84 Case 6 • Growth at Hubbard’s Foods?
The  company  experiences  very  little  absentee-
ism and staff turnover is low. This may be indicative 
of  the  way  employees  embrace  and  show  commit-
ment  to Dick’s  management philosophy.  He  strong-
ly  believes  this  approach  to  running  his  business  is 
going  to  become  more  popular  as  employees  look 
beyond  pay  rates.  Increasingly,  potential  employees 
are taking into account the culture of the company in 
their employment decision. 
Dick  believes  in  sharing  his  company’s  suc-
cess with his  employees and achieves this by taking 
employees on trips. Dick is well known for taking all 
100 Hubbard’s staff to Samoa, in the South Pacific, 
for a long weekend in 1998. At a total cost of approxi-
mately $170 000, Dick chartered a plane to celebrate 
Hubbard’s 10-year anniversary. The trip was a trib-
ute to the Pacific Island workforce’s culture and heri-
tage. This added to the family culture at Hubbard’s, 
as many of the employees had not been back to their 
homeland for years. In subsequent years, other trips 
have occurred  within New  Zealand.  In  2000,  Dick 
and  the  entire  staff  met  the  prime  minister,  Helen 
Clark, to celebrate 10 years of the Hubbard’s brand 
being in business. Exhibit 6 shows the trips taken by 
staff over the past few years.
Recently the company has implemented a profit-
sharing scheme for employees. The scheme distributes 
10 per cent of Hubbard’s pre-tax profit as a ‘dividend’ 
to  employees  every  six  months.  This  profit-sharing 
scheme  works  according  to  a  formula  that  is  based 
entirely  on length  of service.  There  is  absolutely no 
recognition made of seniority or existing salary/wage 
rates. 
One staff member’s story is illustrated below:
I came to Hubbard’s as a storeman starting rate $9 
an hour – I thought, pardon not another one! As I 
was picking orders I came across orders saying NO 
CHARGE. This surprised me because I have been 
a storeman a long time and never come across NO 
CHARGE – always money wanted.
One  day  Dick  was  in  the  storeroom  so  I 
approached Dick and I said,  ‘Some of the orders 
say NO CHARGE.’
He says, ‘Yes.’
‘How do you make money?’ I said.
He  said  ‘Son’  and  touched  my  arm  and  told 
me  he believed  that a  company needs  to make a 
profit  but  he  also  believes  in  giving  some  –  you 
will reap plenty. He really believes in giving and 
sharing.  It  really  touched  me.  All  my  life  as  a 
worker I just came to make money. That point was 
a  turning  point.  Before  Dick  talked  to  me  I  felt 
cheated because I felt I should earn more. Now I 
am motivated to work hard. I learned to succeed 
you have to go the extra mile.
Now I am deputy supervisor.
Staff  at  Hubbard’s  are  paid  a  relatively  mid-
range rate of pay, and this  is almost entirely due to 
Dick’s desire to be socially responsible. Dick prefers 
to  hire  the  long-term  unemployed  and  works  with 
the Work and Income New Zealand offices to create 
Exhibit 6   Staff trips taken by Hubbard’s
1997: Day trip to Rotorua
1998: Long weekend to Samoa
1999: Day trip to Rotorua
2000: Day trip to Waingaro Hot Springs
Source: TBL report, 2000/01.

Case 6 • Growth at Hubbard’s Foods? C-85
employment. The staff survey results show employees’ 
levels of satisfaction with a range of issues regarding 
their employment. Exhibit 7 reports on two of these 
issues.
Dick has consistently built a culture around caring 
for  others,  creating  employment  and  being  socially 
responsible,  in  addition  to  the  more  usual  financial 
results. However, his philosophy on creating employ-
ment has created some problems. In 2000, an indus-
trial dispute arose that led to a picket over wage and 
meal  allowances.  This  dispute  was  partially  due  to 
pay  rates.  This  industrial  issue  was  resolved  quick-
ly  by  increasing  pay  and  allowances,  and  through 
increased communication between management, the 
union and employees.
Shareholders
Although  focusing  on  being  a  socially  responsible 
company, financial success is vital to Hubbard’s con-
tinuing success. Dick realises that in order to main-
tain employment levels and achieve his broader social 
goals,  the  company  must  be  financially  viable.  The 
company is founded on Dick’s vision, combined with 
commitment  and  loyalty  from  employees.  There  is 
great importance placed on running the company in 
a  fiscally  appropriate  and  responsible  manner.  The 
success  and  growth  of  the  company  has  required 
financial  discipline  and  sound  profitability.  Dick 
believes  this  to  be  important  and  puts  considerable 
emphasis  on  appropriate  management  practices  to 
ensure  positive  growth  for  the  company.  Decision 
making  at  Hubbard’s  combines  both  a  human-
centred and economic approach to ensure an appro-
priate  degree of profitability  is maintained  to allow 
for all stakeholder interests to be looked after.
Community
Dick also believes in sharing his financial success with 
those outside the company. For over 10 years, Hub-
bard’s  has  supported  Outward  Bound,  the  outdoor 
pursuits  organisation.  A  donation  of  50  cents  from 
every  packet  of  the  ‘Outward Bound’  cereal  sold  is 
made to Outward Bound. This results in a donation 
of  in  excess  of  $100 000  per  year,  and  stems  from 
Dick’s personal experience of going on an Outward 
Bound  course.  Other  sponsorships  include  World 
Vision’s Kids for Kids concert, which is a children’s 
charity that benefited by $21 000 from Hubbard’s in 
2001. Other local community projects  with schools 
include support for local high schools of cash scholar-
ships and motivational prizes ($5000). A donation of 
$5000 was also made to the New Zealand Businesses 
for Social Responsibility, and $1500 was provided for 
a student scholarship.
Exhibit 7   Staff satisfaction survey results
Source: TBL report, 2000/01, as at March 2001.
% of respondents
Very  
badly
Badly Okay
How Hubbard's rates
(a) Remuneration
Good Very  
good
0
10
20
30
40
50
% of respondents
Very  
badly
Badly Okay
How Hubbard's rates
(b) Job training
Good Very  
good
0
5
10
15
20
25
30
35

C-86 Case 6 • Growth at Hubbard’s Foods?
In addition to sharing his financial success, Dick is 
very open to sharing his story with others. His back-
ground shows hardship, and New Zealanders enjoy 
hearing  about  his  rise  from  being  a  micro-business 
into one of the most famous companies and business-
men in New Zealand. Dick was also  invited  by the 
government  to  help  direct  New  Zealand  businesses 
towards  the  future.  He  is  an  inspiration  to  people 
starting their own business and is undoubtedly a role 
model for many people. 
Hubbard’s  has  also  reported  on  another  fac-
tor in their Triple Bottom Line report: ‘influencing’. 
Hubbard’s  does  this  by  producing  the  Clipboard 
newsletter  (refer  to Exhibit 8).  In  order to  promote 
social  responsibility  by  businesses,  Dick  founded 
the New Zealand Business for Social Responsibility 
(NZBSR) in 1998, and membership has now risen to 
180 members.
The  company  is  a  member  of  the  New  Zea-
land  Business  Council  for  Sustainable  Development 
(NZBCSD) and Dick is on its executive board. The 
NZBCSD is a branch of the World Business Council 
for Sustainable Development, and exists to promote 
the concept of sustainable development within New 
Zealand.  Hubbard’s  follows  a  campaign  of  reduc-
ing  or  eliminating  waste,  informing  and  educating 
customers,  and  producing  innovative  products  that 
conform to the precepts of sustainable development. 
Hubbard’s  currently  recycles  paper  and  cardboard, 
plastic  shrink  wrap  which  comes  on  inward  pallet, 
aluminium and plastic containers, raw material con-
tainers and toner cartridges. 
Customers
Traditionally,  Hubbard’s  has  not utilised  any forms 
of  advertising,  other  than  the  newsletter,  which  is 
included in each cereal box. Dick is realistic and does 
not try to pretend that  the  business  is 100  per  cent 
trouble-free, and wrote about the past labour dispute. 
The Clipboard enables customers to feel  they know 
Dick, his family and even his dog. 
Hubbard’s  has  never  believed  in  heavy  adver-
tising for brand or products. This was not merely a 
cost-saving measure, but evidence of Dick’s personal 
philosophy regarding the social ‘pollution’ caused by 
too much advertising. He preferred to create goodwill 
and public knowledge of his products through word-
of-mouth  and  his  many  ‘good  deeds’  of  corporate 
Exhibit 8

Case 6 • Growth at Hubbard’s Foods? C-87
responsibility  that  appeared  regularly  in  national 
headlines. This exposure is extremely valuable to the 
company and the  vast majority  of the articles  show 
the company in a very positive light. 
In recent times, however, Dick has released lim-
ited advertising, which uses the following guidelines 
that have  been  presented in  the  Triple Bottom  Line 
report.
Our advertising will be aimed to inform and not to 
create unrealistic or irrelevant images.
Our  advertising  will  not  play  on  anyone’s  con-
science, fear, weakness or worries.
We will not advertise directly to children and we 
will not invoke ‘pester-power’.
Our advertising will not use ‘continual repetition’, 
or ‘irritation’ as a technique.
Our  advertising  will  not promote  the  concept  of 
‘instant gratification’ or ‘instant fix’.
Our advertising will not denigrate our opposition 
and we will not undertake ‘comparative advertising’ 
as seen in the USA and now in Australia.
Our  advertising  will  respect  your  values  and  we 
recognise that they could be different to ours.
We  will  spend  consumers’  money  wisely  and 
responsibly.
Source: TBL report.
By keeping customers informed (via the Clipboard) 
and doing what they say they will do, Hubbard’s has 
developed  and  maintained  a good  relationship  with 
customers.  The  company  is  not  afraid  to  publish 
complaints  from  customers,  and  operates  as  an 
honest and socially responsible company with regard 
to customers.
The future?
Until now, Hubbard’s has grown with Dick as a hands-
on  owner  and  CEO,  while  maintaining  his  strong 
desire to operate his company in a socially responsible 
way. The result of this socially responsible stance is a 
company that is highly respected in New Zealand as 
well as being profitable. The question Dick now faces 
is whether he should expand the business further and 
capture some of the untapped markets he is sure are 
out there. Dick now has to weigh up the positives and 
negatives associated with growing his business. 
Note
1  Triple bottom line reporting aims to extend traditional company 
reporting,  which  focused  on  financial  information,  to  a  more 
inclusive reporting system, which adds people and the environment 
to the report.
Appendix: Manufacturing 
processes
Many  of  the  manufacturing  processes  are  manual, 
with mixing of cereals with fruit being done by hand. 
Dick acknowledges the company is falling behind on 
the information technology front and will be invest-
ing  a  substantial  amount  of  money  into  this  in  the 
near future. The production process has become more 
complicated, because of the large number of products 
and  various  packaging  requirements.  One  generic 
product may need to be packaged in six different ways 
for each customer. 
Work flow
The  factory  has  expanded  as  new  technology  has 
been implemented. A production line  approach was 
not  working,  so  machines  have been  separated  and 
redesigned.  One  product  may  require  to  work  on 
Machines A, D, G and H, and another product may 
require D, F, J and S. This means there is no standard 
flow through the factory and can mean that work in 
process backs up behind machinery while waiting for 
spare capacity. This also causes problems for the pro-
duction planner and scheduler.
Schedules
Schedules are  based  on  sales  reports  from  which 
trends  are  able  to  be  gauged.  Twelve  monthly  sales 
analyses are viewed, and seasonal patterns are taken 
into  account.  Some  areas  such  as  Invercargill  (situ-
ated  in  the  lower  South  Island)  experience  a  much 

C-88 Case 6 • Growth at Hubbard’s Foods?
greater drop in sales in winter (up to 50 per cent) than 
Auckland  does,  so  the  market  is  very  much  depen-
dent  on  climate.  However,  a  seasonal  pattern  also 
emerges because of the Christmas shutdown of many 
companies in New Zealand. Therefore, many of Hub-
bard’s customers purchase large volumes of product 
in December, resulting in low January sales.
Purchasing
Purchasing is the responsibility of one staff member 
and is integrated with production planning, so all pro-
cesses are operating with the same information and 
targets. It is considered to be a strategic activity and a 
recent analysis was conducted to ensure that the com-
pany is providing adequate resources and support to 
purchasing. The purchasing decision is facilitated by 
regular  stocktakes  and  visual  observation,  which  is 
common practice for a business of this size. Approxi-
mately six weeks’ supply of raw materials is stored in 
the on-site warehouse, totalling almost NZ$3 million 
in value.
The  types  of  orders  range  from  bulk  to  small-
sized orders. The bulk orders are for common ingre-
dients, such as sugar or oats where the average order 
equates to 1000 tonnes. Bulk orders also tend to have 
long lead times, in some cases two to three months, 
because they come from overseas suppliers. A domes-
tic supplier usually supplies smaller orders, such as a 
few litres of flavouring. Some are delivered on a just-
in-time  (JIT)  basis,  where  an  order  is  placed  in  the 
morning, and will be delivered by that afternoon.
Hubbard’s purchases approximately 400 lines of 
raw  materials,  many  of  which  are  imported,  either 
direct from the supplier or through a New Zealand 
agent. Purchases are made based on quality as oppos-
ed  to  cost,  because  in  this  industry  cheaper  sup-
pliers  usually  mean  lower  quality.  Hubbard’s  can-
not afford to purchase inferior raw materials because 
it  is  renowned  for  being  a  high-quality  producer. 
Suppliers  are  evaluated  under  Hubbard’s  HACCP 
(Hazard  Analysis  Critical  Control  Point)  program. 
This  requires  specifications  and  inward  checks  on 
raw materials and packaging. A fairly recent activity 
encourages key suppliers to evaluate Hubbard’s per-
formance, giving suppliers the opportunity to provide 
input into areas for improvement.
Suppliers
Suplliers  are  important  to  Hubbard’s  and  essential 
in  maintaining  the  company’s  drive  for  high  qual-
ity standards.  The nature  of the product  makes the 
quality of raw materials vital and therefore long-term 
relationships with key suppliers are viewed as being 
essential to success and are actively sought. Packag-
ing is an input into Hubbard’s operation that adds a 
great deal of value to the products, as the packaging 
adds  to  the  innovative  nature  of  the  product.  Dick 
maintains a collaborative relationship with the main 
packaging supplier, as Hubbard’s accounts for 60 per 
cent of the total sales of the packaging company. This 
supplier visits Hubbard’s regularly to discuss specifi-
cations and any new innovations.

C-89
Case 7
Incat Tasmania’s race for 
international success: 
Blue-riband strategies
Mark Wickham  Dallas Hanson
University of Tasmania  University of Tasmania
In 1999, Robert Clifford (aged 56) entered the Busi-
ness  Review  Weekly’s  ‘Richest  200  Australians’  for 
the first time, qualifying for the elite group with an 
estimated net worth of some $150 million.1 Clifford is 
the founder and chairman of Incat Tasmania, a highly 
successful  catamaran  manufacturer  in  Hobart.  His 
far-sightedness as a shipbuilder, alongside his ability 
to manage innovation, enabled his small boat-build-
ing  business  (and  river-ferry  operation)  to  become 
a  world  force  in  the  high-speed  catamaran  market, 
exporting to Europe, Asia and the Americas. So suc-
cessful has the Incat operation been, that in 2000, it 
directly employed over 1000 people, generated $250 
million in revenue, and accounted for approximately 
23 per cent of Tasmania’s total export earnings.2
Clifford and Clifford 
Incorporated: Don’t pay 
the ferrymen ...
Despite  the  worldwide  success  of  their  aluminium 
catamaran  range,  the family business did  not origi-
nally set out to build state-of-the-art vessels  for the 
international  passenger  ferry  market.  Instead,  the 
Clifford  family  business  sought  to  reintroduce  a 
trans-Derwent  ferry  service  in  the  early  1970s,  one 
that  would  predominantly  serve  Tasmania’s  tourist 
population.3  The  application  to  undertake  the  ferry 
operation  was  granted  by  the  state  government  of 
the day, and in late 1972 the newly formed Sullivan’s 
Cove Ferry Company launched the first of its ‘bush-
ranger’ fleet, the Matthew Brady. Business proved to 
be  good  in  the  early  stages,  with  both  tourists  and 
locals taking  advantage of the novel Derwent River 
ferry service. 
The Clifford family’s decision to begin a ferry ser-
vice across the Derwent River appeared to be rather 
fortuitous, given the tragic chance event that occurred 
early in 1975. On 5 January, at 9.27 p.m., the bulk ore 
carrier Lake Illawarra crashed into the 19th pier of 
the  Tasman  Bridge,  claiming  12  lives,  and  severing 
the  Eastern  Shore’s  link  with  Hobart  by  knocking 
out an 80-metre section of the bridge.4 Many tens of 
thousands of motorists and cyclists were now unable 
to  travel  easily  to  their  required  destinations,  be  it 
for work or pleasure. Bob Clifford found himself in 
the enviable position of being in the right place at the 
right time.

C-90 Case 7 • Incat Tasmania’s race for international success
... ’til they get you to the 
other side – Transportation 
returns to Van Diemen’s 
Land
Due to the increase in demand for the ferry service, the 
Sullivan’s Cove Ferry Service increased its bushranger 
fleet to four with the James McCabe, Martin Cash and 
Lawrence Kavanagh. These vessels were built in near 
record time, and given the lessons learned from pre-
vious efforts,  they were more advanced,  being  built 
‘as the plans were being drawn up’.5 The four bush-
rangers were to serve as the west–east link for some 
three years while repairs to the Tasman Bridge were 
under way. In this time, Clifford’s ferries transported 
in excess of nine million paying passengers.
Despite  the  successful  launch  of  the  additional 
bushranger vessels, demand for the ferry service still 
outweighed  Clifford’s  supply.  In  order  to  improve 
customer  service  and  increase  the  business’s  rev-
enues, Clifford hired a new British-built ‘fast ferry’, 
the Michael Howe. The Howe was twice as fast and 
twice as comfortable as  the  bushranger  fleet owned 
by  Clifford,  and  was  an  instant  success  with  the 
public. Unfortunately, the Michael Howe was also a 
maintenance-intensive  investment,  with  75  per  cent 
of  all  company  maintenance  expenditure  spent  on 
the  new  ‘hired  hand’.  Clifford  was  understandably 
unimpressed with the boat’s design and maintenance 
requirements, despite the public’s obvious delight with 
the faster service. The flaws that Clifford observed in 
the boat’s design and structure (the mechanics were 
far too complicated and labour-intensive to be viable 
in the long term) once again reignited his innovative 
flair. ‘If the English can sell 34 heaps of rubbish like 
this  [around  the  world],  how  many  properly  engi-
neered fast ships could we sell from Tasmania?6 And 
with this marketing opportunity well in his grasp, the 
Clifford business began its initial foray into the inter-
national fast-ferry industry.
Clifford, Bob Clifford: 
Licensed to keel
During  the  following  20-year  period,  Bob  Clifford 
utilised his entrepreneurial flair, and the help of some 
of his close shipbuilding friends, to design and build a 
succession of innovative catamarans. Of utmost con-
cern for Clifford was the need to lighten the weight 
of his new catamaran designs, which had tradition-
ally  been  built  using  either  steel  or  iron.  A  revela-
tion occurred in 1979, when Clifford decided to try 
something that no one else had been able to achieve 
throughout  the  history  of  shipbuilding  –  the  use  of 
aluminium in the construction of the ship’s hull. Alu-
minium welding had not hitherto been considered a 
viable  option  for  ship  construction,  as  the  metal  is 
prone to bursting into flame at the high temperatures 
associated with the welding process. After a consider-
able amount of trial-and-error experimentation with 
his  network  of  shipbuilding  friends,  Clifford  per-
fected  the  aluminium  welding  techniques  that  were 
to propel his brand of fast ferry into the highly lucra-
tive international markets.
Incat Tasmania: Eighty 
metres and beyond
By 1995, the world market for high-speed ferries had 
grown to generate sales revenues of just under  $1.6 
billion annually.7 Not surprisingly, a significant num-
ber  of  businesses  had  entered  the  international  cat-
amaran  industry to gain  a  share  of  this  substantial 
revenue  opportunity.  By  1995,  Clifford  was  faced 
with direct, and intensifying, competition, both from 
domestic  firms  (such  as  Austal  Limited,  Sea  Wind, 
Venturer, Commercial  Catamarans  and  Aussie  Cat) 
and  UK-  and  US-based  firms  (such  as  the  ‘US  Cat-
amaran’ Company and Prout Catamarans). Each of 
the  domestic  firms,  and  Austal  Limited  in  particu-
lar, had also perfected the aluminium welding tech-
nologies,  and  were similarly able  to  compete  in  the 
same markets as Incat. Over the next five years, for 
instance, Austal Limited would mirror Incat’s foray 

Case 7 • Incat Tasmania’s race for international success C-91
into  passenger  and  cargo  vessels,  luxury  passenger 
vessels, and craft suitable for military operations. The 
international competitors, however, were not able to 
mirror  the  Australian  success  with  the  aluminium 
welding technologies, and still based their vessels on 
the traditional steel-based hulls.
Of greatest concern to Incat was the fact that each 
of  these  competitors  was  also  a  newly  ‘internation-
alising  firm’,  with  access  to  similar  resources  (that 
is, revenues from international markets, raw materi-
als  and trained  staff),  and  had  likewise  based  their 
growth on the manufacture of innovative high-speed 
vessels. A number of Incat’s competitors had also tar-
geted the potentially lucrative Chinese market for fast 
ferries, somewhat threatening Clifford’s most imme-
diate and highly prioritised ‘internationalising strat-
egy’. It would appear that Incat Tasmania no longer 
had a monopoly in the world’s high-speed catamaran 
market, nor the innovation and expertise required for 
success therein.
Clifford was well aware of the need to maintain 
Incat’s revenue growth, and protect its market share, 
in the face of this increasingly competitive industry. 
As had been the case in the past, Clifford once again 
returned to the drawing board to design a ‘new and 
improved  catamaran’  for  the  world’s  markets.  The 
result was Incat’s (and, indeed, the world’s) first 80-
metre-plus  catamaran,  the  Condor  12.  The  innova-
tive changes introduced by Clifford this time around 
would focus on passenger and crew safety, an impor-
tant point of differentiation, given the spate of ferry 
disasters occurring in Europe at the time.8
The  Condor  12  was  equipped  with  four  of  the 
world’s most advanced safety systems (known as the 
Marine Evacuation System [MES]). The MES ensures 
that the entire passenger population of the Condor 12 
(some 700 people) can be evacuated in an emergency 
in less than 12 minutes, a time significantly less than 
that required by the peak international marine safe-
ty  body  (the  International  Maritime  Organisation). 
In addition to the MES, the Condor 12 was also fit-
ted  with  an  advanced  and  lightweight  fire  protec-
tion. Also installed upon the vessel were single-leafed 
hinged fire doors, single and double sliding fire doors, 
engine  room  fire-dampers,  fire  hatches  and  smoke 
baffles. These new features, combined with structural 
fire  protection,  formed  the  best  fire  protection  sys-
tem available for a high-speed aluminium craft. The 
safety features were well received by the new owners 
of the boat, which in 1996 was to serve as a major 
transport  vessel  for  passengers  crossing  the  English 
Channel.
The success of the Condor 12 was once again evi-
dent to those in the market that provide a fast ferry 
service. In the period 1996 to 1998, Incat was to pro-
duce a number of 80-metre-plus catamarans for the 
European  market.  As  was  the  Incat  tradition,  the 
new catamarans became larger, with greater levels of 
comfort and safety, and saw the adoption of new and 
innovative  technologies.  The  completed  catamarans 
during this period are as follows:
Stena Lynx 3 81 metres, English Channel 
ferry
Holyman Express 81 metres, England–Belgium 
run
Condor Express 86 metres, UK, 800-passenger, 
200-car capacity
Sicilia Jet 86 metres, Mediterranean Sea 
vessel
Condor Vitesse 86 metres, UK, summer season 
ferry carrier
Incat 045 86 metres, Bass Strait carrier
Cat-Link V 91 metres, Scandinavia
Catalonia 91 metres, Spain
During this period, Incat averaged the construc-
tion  and  launch  of  one  catamaran  every  10  weeks. 
The  most  notable  boat  of  the  latest  generation  was 
the  Catalonia,  a  91-metre  wave-piercing  catama-
ran destined for Spain. Although the Catalonia was 
completed over-schedule (due to the inability  of the 
company  to  physically  perform  the  tasks  required 
given the workload), it remained very much the lat-
est ‘showpiece’ of the Incat Empire. Unlike previous 
efforts, the Catalonia was fitted out with a duty-free 
shop, and a number of extra luxurious features (stair-
cases, plush carpeting, and so on). The more luxuri-
ous fit-out meant that it was noticeably heavier than 

C-92 Case 7 • Incat Tasmania’s race for international success
other similarly sized catamarans. However, the Cata-
lonia remained capable of travelling at a respectable 
48 knots as a  lightship, and at 43 knots fully  load-
ed. Despite the Catalonia’s size and weight, Clifford 
was confident that the craft was faster than the Hover 
Speed Great Britain, with which he had won the Hales 
Trophy (a ‘Blue Riband’ award) in 1990. (The ‘Blue 
Riband’  Hales  Trophy  is  awarded  to  the  commer-
cial vessel that undertakes the fastest crossing of the 
Atlantic  Ocean,  a  record  that  in  1990  was  held  by 
the liner the SS United States before Clifford won the 
trophy and the attention of the world’s media.) With 
this thought in mind, as well as the implications for 
marketing and sales growth, Clifford decided to use 
the Catalonia to secure a second ‘Blue Riband vessel’ 
for the company. 
During the same time, Incat’s major competitor, 
Austal Limited, diversified away from its reliance on 
luxury aluminium-hulled passenger vessels, in favour 
of a multi-domestic-based business focusing on yachts, 
pleasure craft and cargo vessels. The company, unlike 
Incat, decided to list on the stock exchange and form 
alliances  with  other  firms  internationally  in  order 
to form  an Austal group of companies based  in the 
United States, Europe and Asia. By 1998, the Austral 
group of companies included Austral Limited (based 
in  Australia),  Austal  USA  (a  joint  venture  partner-
ship with leading US shipbuilder Bender Shipbuilding 
& Repair), Oceanfast (a yacht manufacturer), Image 
Marine  (a  pleasure  craft  manufacturer)  and  Austal 
Service (a maintenance company).9
Incat’s Hales Trophy 
Defence: Catalonia and the 
Atlantic Ocean crossing
In  mid-May  of  1998,  the  Catalonia  left  Hobart, 
bound  for  New  York  from  where  the  latest  record 
attempt would begin. On Saturday, 6 June 6, the Cat-
alonia hauled its anchor and set sail for the UK in an 
attempt to set a new record for the Hales Trophy, as 
well  as  a  new  record  for  the  greatest  distance  trav-
elled by a ship in a given 24-hour period. Once again, 
the  mass  media  were  on  hand  to  witness  the  great 
feats undertaken by Clifford and his Incat team. Once 
again the media, and the rest of the interested world, 
were treated to a triumph. The Catalonia had, in only 
its second international voyage, managed to become 
the first boat in history to cover in excess of 1000 nau-
tical miles in a 24-hour period. She had also crossed 
the Atlantic faster than any commercial vessel before 
her, establishing a new world record for Clifford and 
Incat.
While this journey was under way, the Incat man-
ufacturing plant was putting the finishing touches on 
a  new  91-metre  catamaran  named  the  Cat-Link  V. 
Built for the Scandinavian company Scandlines, the 
boat was also to undertake a record-breaking attempt 
for  the  Atlantic  Ocean  crossing.  Within  weeks  of 
the  Catalonia’s  efforts,  the  Cat-Link  V  successfully 
rewrote the record books and claimed the Hales Tro-
phy and ‘Blue Riband’ certification. What was most 
important  for  Clifford  was  the  fact  that  now  three 
Incat vessels had managed to break the speed records 
once  held  by a US  vessel  for  50 years,  and do it in 
absolute comfort.
Strong demand for Incat’s wave-piercing catama-
rans resulted in the development of an important joint 
venture  agreement  with  Afai  Ships  of  Hong  Kong. 
The joint venture was important, as it provided Incat 
with an initial foray into the high-potential Chinese 
market,  as  well  as  helped  the  company  to  keep  up 
with the huge global demand for its vessels. The Chi-
nese yard started work on its first vessel early in 1998, 
under the supervision of Graeme Freeman, an Incat 
manager.  Most  of  the  materials  for  the  ships  were 
supplied through the Tasmanian yard, and a constant 
team of Incat personnel and sub-contractors travelled 
to  Hong  Kong  to  supervise  each  stage  of  construc-
tion.10 The joint venture proved successful, with the 
first ship completed by May of 1988, with a second 
ship’s  construction  already under  way.  As  with  any 
licensing agreement, a major risk for Incat lies in the 
potential theft of its intellectual property, and there-
fore  potentially  the  company’s  core  competency  of 
innovative catamaran design. Perhaps indications of 
the innovative drive within the company, Incat man-
agement said of such a concern that: ‘We haven’t real-
ly worried too much about the theft of our intellec-
tual property. We work on the theory that whatever 
our licensees are stealing, they are stealing yesterday’s 
work anyway.’11

Case 7 • Incat Tasmania’s race for international success C-93
Growth into the future: 
Incat and the continued 
internationalisation of a 
Tasmanian icon
The main issue facing Bob Clifford and his team at 
Incat mid-decade is ensuring the continued growth of 
the company through innovation, diversification and 
globalisation in the face of increasing competition and 
‘tough global economic times’. The history of success-
ful marketing exercises, the constant flow of innova-
tion throughout the organisation, and the ability of 
Incat to foster international relationships have, at least 
to  date,  seen  the  company  rise  from  obscurity  to  a 
global leader in boating excellence. While there seems 
to be little change to the strength of global demand 
for high-speed vessels, cash flow problems did arise in 
early 2001 when a number of ships built by the com-
pany  remained  unsold  for  an  extended  period.  The 
amount of money tied up in the idle ships equated to 
a substantial cutting back in employee overtime and 
other ‘non-essential company expenditure’.
This cutback in ‘non-essential’ expenditure, unfor-
tunately for Incat’s workforce, apparently extended to 
include a 15 per cent pay-rise claim by the two main 
unions operating in the shipyard (the Australian Man-
ufacturing Workers Union and the Construction, For-
estry, Mining and Energy Union). Clifford’s response 
to the pay claim was to dismiss it entirely, stating that 
pay increases at Incat will only result from an increase 
in catamaran sales. Given the state of the company’s 
sales at the time (having completed, but as yet unsold 
vessels on the books), the pay claim appeared to be 
doomed to failure. In response to Clifford’s statement 
that it would be easier for the union to ‘get blood from 
a stone’ than a pay rise based merely upon a ‘cost-of-
living’ adjustment, industrial action was undertaken 
by some 650 workers in the form of a 24-hour strike. 
Clifford was forewarned of this imminent industrial 
action, and acted immediately to release a statement 
to this sector of his workforce that branded some as 
‘donkeys with not enough brains to make their heads 
ache’.12 He continued to suggest that ‘as “intelligent 
leaders” in tough economic times, Incat has no choice 
but to “cull the donkey population” for the good of 
the majority, and in doing so get rid of “the weakest 
links”.’13
Unfortunately, the culling of employees was to no 
avail, with the firm’s financer, the National Australia 
Bank (NAB), appointing a receiver management team 
to the company in mid-2001. The receiver managers 
were appointed largely to control the firm’s perceived 
expenditure issues, and to enforce the cessation of the 
continued  construction  of  otherwise  unwanted  ves-
sels. It was stated by representatives of the NAB that 
it had no wish to dismantle the company, but rather 
protect its loans to the firm by taking closer control 
of  its  financial  management.  Again,  a  tragic  event 
heralded  a  new  period  of  growth  for  the  company. 
On 11 September 2001, the financial centre of the US 
economy, the Twin Towers of the World Trade Cen-
ter, suffered a horrific terrorist attack that destroyed 
the capitalist symbols and killed approximately 3000 
people.  Although  the  economic  damage  resulted  in 
a major share price slump in the short term, it  also 
sparked a major increase in defence spending around 
the  globe,  spending  that  would  directly  benefit  the 
struggling Incat Tasmania. It was lauded that the US 
government  had  a  potential  A$20  billion  to  spend 
on new ‘tactical response’ vehicles, vehicles the ser-
vice lacked for quick response to situations of armed 
conflict. Incat, rather fortuitously, had provided the 
Australian defence force with use of a catamaran (the 
HMAS Jervis Bay) for such duties in the East Timor 
peacekeeping  mission,  and  was  therefore  well  posi-
tioned to bid for the US contract.
The US government’s response to the ‘9/11’ terror-
ist attacks, the so-called War on Terror in Afghanistan 
and Iraq, freed up substantial monetary resources for 
the  invasion of  these  countries.  During  2002, Incat 
managed to win a major US contract that resulted in 
the NAB removing its receiver management team. The 
contract  allowed the company to again  innovate its 
designs (both in terms of vessels and financial man-
agement strategies) to accommodate the specific needs 
of the US military, as well as once again to license out 
its manufacturing processes to an overseas construc-
tion company.14 
The  business  of  building  fast  ferries  remains  a 
relatively  new  one  and,  as  such,  there  is  consider-
able scope for still further market development (con-
tinued  catamaran-based  construction)  and  market 

C-94 Case 7 • Incat Tasmania’s race for international success
diversification  (that  is,  new  product  lines).  As  Clif-
ford himself states:
There are always problems to be solved that will 
require  the  design  of  both  new  and  innovative 
products.  It  is  coming  up  with  ideas  that  is 
essential, and for that you need people with their 
brains in gear. Likewise, new markets will emerge 
to be served, and our team is constantly working 
to ‘improve the breed’. If there is one thing that I’m 
proud  of,  it is  [Incat’s]  ability  to solve problems 
and expand our horizons.15
Although this ability seems to have always existed 
at Incat under Clifford’s leadership, the question aris-
es as to whether it will provide a continued source of 
competitive advantage into the future.
Notes
  1   T. Thomas, 1999, ‘  “Dunce” leaves the rest in his wake’, Business 
Review Weekly, 28 May.
  2   T. Skotnicki, 2000, ‘Exports: Full throttle’, Business Review Weekly, 
18 August.
  3   R.  Clifford,  1998,  Incat  – The  First  40 Years  (Victoria:  Baird 
Publications); Thomas, ‘  “Dunce” leaves the rest in his wake’.
  4   Clarence  City  Home  Page,  2001,  ‘The Tasman  Bridge  disaster’, 
16 March, www.ccc.tas.gov.au.
  5   Clifford, Incat.
  6 
  Ibid., p. 22.
  7 
  Austal Limited information memorandum, 2000.
  8 
  Clifford, Incat.
  9 
 Austal Home Page, 2003, ‘Company overview’, 20 August www.
austal.com.
10   S. L. McCaughey, P. W. Liesch and D. Poulson, 2000, ‘An unconven-
tional approach to intellectual proper ty protection: The case 
of an Australian firm transferring shipbuilding technologies to 
China’, Journal of World Business, 35(1), pp. 1–22.
11   Ibid.
12   M. Haley, 2001, ‘Incat’s “cull” star ts with strike’, The Mercury, 
4 April
13   R. Clifford, 2001, ‘The intelligent worker’: An address to staff at 
Incat Tasmania, 3 April.
14   Clifford, Incat.
15   Ibid.

C-95
Case 8
The Golden Arches in India: 
A case of strategic adaptation
Nitin Pangarkar  Saroja Subrahmanyan
National University of Singapore  St Mary’s College
Background
In  March  2003,  the  McDonald’s  Corporation’s 
Indian operation was at a critical juncture in its evo-
lution. Between 1995 (the year its joint ventures were 
formed)  and  December  2002,  the  company  and  its 
joint  venture  partners  had  opened  46  restaurants. 
According to the earlier plans (June 2000), the com-
pany was aiming to have 80 outlets in India by the end 
of the year.1  Since  the  investment to open each out-
let amounted to Rs 20 to 30 million (approximately, 
US$417 000  to  US$626 000  based  on  a  1  January 
2003 exchange rate of Rs 47.92 = US$1)2 excluding 
real-estate  costs,3  the  rapid  expansion  would  mean 
more than doubling of its investments, which (accord-
ing to some estimates) stood at a level of Rs 3.5 bil-
lion  in  June  2000.4  Some  recent  reports,  however, 
had hinted that, due to the recent lacklustre financial 
performance of the parent corporation, McDonald’s 
might scale back its number of planned outlets by as 
much as 20 per cent to 64. The scaling back would be 
part of a wider decision to restructure operations in 
emerging markets, including closure of 250 outlets.5 
Though  the  management  of  McDonald’s  India  had 
denied these reports, the pace of expansion seemed to 
have slowed down over the past year.6 Since the com-
pany was not required to release its financial figures, 
it was not clear whether it was on track to achieve its 
original objective of breakeven by the year 2003.7 In 
fact, reducing  the number of  planned outlets would 
postpone the date for achieving breakeven since con-
siderable fixed costs had been incurred in developing 
a supply chain, creating brand name recognition and 
inducing trial among potential customers.
McDonald’s:  The global 
fast-food powerhouse
McDonald’s was, by far, the world’s biggest marketer 
of fast food. In 2003, it operated more than 31 000 
restaurants  and  served  46  million  customers  each 
day in 118 countries. For the financial year 2002, the 
company had attained US$41.5 billion in system-wide 
sales (out of which US$25.7 billion was accounted for 
by franchised restaurants), US$2.1 billion in operat-
ing profits and US$893 million in net profits. It also 

C-96 Case 8 • The Golden Arches in India
had  US$24.0  billion  in  assets.  (See  Exhibit  1  for  a 
geographic  analysis  of  McDonald’s  operations.)  It 
was  also,  routinely,  cited  by  the  business  press  as 
being a savvy marketer. In June 1999, with a value of 
US$26.231 billion, the McDonald’s brand was rated 
as being the eighth most valuable brand in the world, 
ahead of well-known brands such as Sony, Nokia and 
Toyota.8
McDonald’s had a long history in Asia. It entered 
the  Japanese  market  in  1971,  which  was  followed 
by entry into other  newly industrialising  economies 
(such  as  Singapore  and  Hong  Kong,  among  others) 
in  Asia.  Entry  into  China  occurred  only  in  1990. 
McDonald’s entered India in 1996. (See Exhibit 2 for 
McDonald’s start-up dates in East  Asian  and South 
Asian countries.) The  late entry could be attributed 
to several factors, such as the fact that a significant 
percentage of India’s population was vegetarian, the 
limited purchasing power of the population and the 
closed nature of the economy.
The Indian market
India was a vast subcontinent with an area one-fourth 
that  of  the  United  States,  and  a  population  almost 
four times that large, at about 1 billion. The per cap-
ita  GDP  was  quite  low  at  US$400  (approximate). 
However, after adjusting for purchasing power parity, 
India’s economy exhibited a per capita GDP (2002) of 
US$2540 and an aggregate GDP of US$2.66 trillion. 
On  this  basis,  it  was  ranked  the  fifth-largest  econ-
omy  in  the  world  (ranking  above  France,  Italy,  the 
UK  and  Russia) with the third-largest  GDP  in  Asia 
behind Japan and China. (See Exhibit 3 for income 
distribution in India.9) Among emerging economies, 
India  was  often  considered  second  only  to  China. 
Despite  the  low  per  capita  income  levels,  the  sheer 
size of the ‘eating out’ market in India was substan-
tial. According  to one estimate, India’s  food expen-
diture amounted to US$77 billion in 2000, out of a 
total world food spending of US$4000 billion.10 The 
Indian food market was, however, highly fragmented, 
Exhibit 1   Geographic analysis of McDonald’s operations and performance (financial year 2002)
Overall
Geographic breakdown
US Europe
Asia-
Pacific
Latin 
America Canada
Middle 
East & 
Africa
Partner 
corporate 
brands
Revenues (US$mn) 15 405.7 5 422.7 5 136.0 1 236.7 813.9 633.6 1 294 N/A
Operating income 
(US$mn) 2 112.9 1 673.3 1 021.8 64.3 (133.4) 125.4 (66.8) (571.7)
Total assets (US$mn) 23 970.5 8 687.4 8 310.6 3 332.0 1 425.3 703.2 780.4 731.6
Capital expenditures 
(US$mn) 2 003.8 752.7 579.4 230.4 119.9 111.6 190.4 19.4
Depreciation & 
amortisation (US$mn) 1 050.8 383.4 334.9 141.7 59.6 35.6 40.3 55.3
Average annual sales per 
restaurant (US$000) N/A 1 628 1 821 1 091 931 1395 N/A N/A
Margins in company-
operated restaurants 
(%) 14.4 16.0 15.9 11.3 9.4 13.7 N/A
Margins in franchised 
restaurants (%) 78.5 79.1 76.7 85.8 66.9 79.2 N/A N/A
  Source: www.mcdonalds.com.

Case 8 • The Golden Arches in India C-97
with millions of roadside stalls collectively account-
ing for a large share of the market.
India’s  economic  diversity  was  matched  by  its 
social diversity. There were more than 20 major spo-
ken languages and over 200 dialects. The Indian cur-
rency (Rupee) had its denomination spelt out not only 
in English and Hindi (the national language), but also 
in  three  other  languages.  About  50  per  cent  of  the 
population was considered to be illiterate, and adver-
tising  reached  them  via  billboards  and  audio-visual 
means. For national launches, at least eight languages 
were used. In addition, the country faced poor infra-
structure with frequent power outages even in New 
Delhi (the capital city) and Bangalore (India’s Silicon 
Valley).
In terms of political system, India was a democ-
racy. Since independence from the British in 1947, the 
economic  system  had  historically  been  modelled  on 
the socialist style. Under this system, the government 
strictly controlled entry and exit of domestic as well 
as multinational corporations (MNCs) into different 
sectors.  Multinational  firms  also  faced  a  variety  of 
other  restrictions.  Since  1991,  India  had  started 
deregulating  the  economy.  However,  the  socialist 
mind-set could not be erased overnight. A member of 
the parliament had the following comment regarding 
the influx of multinational firms in consumer sectors 
such as packaged food: ‘We want computer chips and 
not potato chips.’
The country also had a few anti-Western factions, 
which opposed the entry of MNCs, in general. The 
mistrust of MNCs could be at least partially attribut-
ed to the fact that the British rule of India was rooted 
in  the  entry of the British East India  Company (for 
trading purposes)  into the country. There  were sev-
eral  small  but  vocal  groups  of  health  activists  and 
environmentalists  that  were  opposed  specifically  to 
the entry of fast-food giants such as McDonald’s and 
KFC. When KFC opened its restaurant in Bangalore 
in 1995, local officials found that KFC had excessive 
levels  of  monosodium  glutamate  (MSG)  in  its  food 
and closed the outlet. The outlet soon reopened, how-
ever.  Vandana  Shiva,  a  vocal  exponent  of  environ-
mental and animal welfare issues, made the following 
comment in an audio interview with McSpotlight:
The  McDonald’s  experience,  which  is  really  the 
experience of eating junk while thinking you are 
in heaven, because of the golden arches, which is 
supposed I guess to suggest that you enter heaven, 
and the clown Ronald McDonald, are experiences 
that the majority of the Indian population would 
reject  –  I think  our  people  are  too  earthy.  First, 
of all, it would be too expensive for the ordinary 
Indian – for the peasant, or the person in the slums 
Exhibit 2   Dates of McDonald’s entry into East and South Asian markets
Year of opening Country Restaurants in 2002 Restaurants in 1997
1971 Japan 3 891 2 437
1975 Hong Kong 216 140
1979 Singapore 130 105
1980 Philippines 236 157
1981 Malaysia 149 110
1984 Taiwan 350 233
1985 Thailand 100 61
1988 South Korea 357 114
1990 China (Shenzhen, Special Economic Zone) – –
1991 Indonesia 105 103
1992 China (Beijing) 546 184
1996 India 46 9
1998 Pakistan 20 0
1998 Sri Lanka 2 0
Sources: For start-up dates: James L. Watson (ed.), 1997, Golden Arches East (Stanford, CA: Stanford University Press), Table 2.  
For number of restaurants: McDonald’s Corporation 2002 Annual Report, from www.mcdonalds.com.

C-98 Case 8 • The Golden Arches in India
–  it’s  an  experience  that  a  very  tiny  elite  would 
engage  in,  and  most  of  that  elite  which  knows 
what good food is all about – would not fall for it. 
McDonald’s is doing no good to people’s health, 
and in a country like India where first of all, we 
are not a meat culture, and therefore our systems 
are ill-adapted to meat in the first place, and where 
people are poorer – shifting to a diet like this will 
have an enormous impact.11
Since 1991, when the Indian economy began open-
ing  up  to  foreign  investments,  many  multinationals 
had rushed in – lured by the attraction of serving a 
large middle class, estimated at 300 million. Howev-
er, even some of the well-known global brands failed 
with their initial strategies and were forced to repo-
sition, including, in some cases, drastic reduction of 
prices.  Some  multinationals  (for  example,  Peugeot) 
even had to close shop. Kellogg’s, which entered with 
high-priced cereals (several orders of magnitude more 
expensive than the traditional Indian breakfast), faced 
a lack of demand. KFC initially failed to realise that 
Indians were repulsed by chicken skin, which was vital 
for  the  Colonel’s  secret  batter  to  stick.  Thus,  apart 
from a lack of understanding about the local tastes, a 
combination of circumstances, including overestima-
tion of the demand potential, rosy assumptions about 
the dismantling of bureaucratic hurdles to doing busi-
ness, infrastructural inadequacies and, finally, inap-
propriate firm strategies (for example, pricing), led to 
many failures and disappointments.
McDonald’s entry strategy 
in India
McDonald’s  India  was  incorporated  as  a  wholly 
owned  subsidiary  –  McDonald’s  India  Pvt  Ltd,  or 
MIPL,  in  1993.12  In  April  1995,  the  wholly  owned 
subsidiary entered into two 50:50 joint ventures: with 
Connaught Plaza Restaurants (Mr Vikram Bakshi) to 
own and operate the Delhi restaurants, and Hardcas-
tle Restaurants (Mr Amit Jatia) to own and operate 
the Mumbai outlets.
Though  McDonald’s  had  done  product  adapta-
tion to suit local tastes and cultures in several previ-
ous ventures, such as the McPork Burgers served with 
Thai Basil in Thailand, the Teriyaki Burger in Japan, 
rice  dishes  in  Indonesia,  McSpaghetti  with  Filipino 
ham in the Philippines, McTempeh Burgers (ferment-
ed soyabean) in Indonesia and McLox Salmon sand-
wiches in Norway, the degree of adaptation required in 
India was significantly greater.13 McDonald’s replaced 
its core product, Big Mac, with the Maharaja Mac. 
The  latter  had  a  mutton  patty  (instead  of  the  beef 
patty in the Big Mac), to avoid offending the sensi-
bilities of Hindus (80 per cent of the population), who 
consider killing the cow as sacrilegious, and Muslims 
(12 per cent of the population), for whom pork was 
taboo. In  addition,  since  40  per  cent  of the  market 
was  estimated  to  be  vegetarian,  the  menu  includ-
ed  the  McAloo  Burger  (based  on  potato),  a  special 
salad  sandwich  for  vegetarians  and  the  McChicken 
kebab sandwich. It also offered spicier sauces such as 
Exhibit 3   Income distribution in India
Classification Number of people (mn) Households (mn) Income in US$
The Deprived 763 131 <600
The Aspirants 120 20 1000–3000
The Climbers 45 8 3000–6000
The Strivers 25 5 6000–12 500
The Rich (total) 2.18 0.3545 >12 500
The Near Rich 1.55 0.25 12 500–25 000
The Clear Rich 0.444 0.074 25 000–50 000
The Sheer Rich 0.144 0.024 50 000–125 000
The Super Rich 0.039 0.0065 >125 000
Income figures are approximate and based on the following two sources: Chaterjee Adite, 1998, ‘Marketing to the superrich’, Business Today, Living Media  
India Ltd, 22 April; Warren Berryman and Jenni McManus, 1998, ‘India: Turning the Elephant Economy’, Independent Business Weekly, 24 June.

Case 8 • The Golden Arches in India C-99
McMasala and McImli (made from tamarind). Other 
elements of the menu, such as chicken nuggets, fillet 
of fish sandwiches, fries, sodas and milk shakes, were 
common with the rest of McDonald’s system.
In 1998, McDonald’s India set up a menu develop-
ment team to collect consumer feedback. The results 
of the team’s research revealed that while Indian cus-
tomers didn’t want the company to entirely localise its 
menu, they wanted a wider product range, more hot 
food and lower entry-level prices for products.14 The 
company subsequently introduced several new prod-
ucts, such as the Veg Pizza McPuff, that were priced 
attractively and  became  top sellers  in  the  menu.  By 
2001, almost  75 per  cent  of the  menu in  India  was 
localised versus 33 per cent for a typical Asian coun-
try. (See Exhibit 4 for the complete menu offered in 
March 2003.15)  
The adaptation of the strategy went well beyond 
the menu, encompassing many aspects of the restau-
rant management system. Two different menu boards 
were displayed in each restaurant – green for vegetar-
ian products and purple for non-vegetarian products. 
Behind the counter, restaurant kitchens had separate, 
dedicated preparation areas for the meat and non-meat 
Exhibit 4   McDonald’s menu in India
Menu item Price (Rs) Menu item Price (Rs)
Burgers Happy Meals 
(burger with regular drink and a toy)
Salad Sandwich 54.00
McAloo Tikki Burger 64.00
Salad Sandwich 18.00 Veg Pizza McPuff 54.00
Veg Pizza McPuff 17.00
McAloo Tikki Burger 28.00 Value Meals (burger with potato wedges/regular fries
McVeggie Burger 34.00 and regular drink)
Veg Surprise  18.00 McAloo Tikki Burger 49.00
Chicken McGrill 24.00 Salad Sandwich 39.00
McChicken Burger 46.00 Veg Surprise 44.00
Filet-O-Fish 46.00 Chicken McGrill 49.00
Chicken Maharaja Mac 55.00
Paneer Salsa Wrap 40.00 Meal combos
Chicken Mexican Wrap 49.00 (burger with medium fries and medium drink)
Fries Extra Cheese 6.50
Regular 20.00 Upsize to Burger with large fries and a large drink 10.00
Medium 26.00 McVeggie Combo 75.00
Large 33.00 McChicken Combo 89.00
Potato Wedges 20.00 Filet-O-Fish Combo 89.00
Beverages Paneer Salsa 
Wrap Combo 82.00
Regular Coke/Fanta/Sprite 17.00 Chicken Mexican Wrap Combo 92.00
Medium Coke/Fanta/Sprite 21.00 Chicken Maharaja Mac Combo 94.00
Large Coke/Fanta/Sprite 25.00
Cappuccino 17.00 Desserts
Café Mocha 17.00 Soft serve: Pineapple/Hot Fudge Topping/ Vanilla 19.00
Espresso Black 12.00 Soft Serve: Cone 8.00
Elaichi Tea 17.00 Soft Serve: McSwirl 12.00
Tea 12.00 McShakes: Chocolate/Strawberry/Vanilla 30.00
Mineral Water (500 ml) 14.00 McShakes Regular: Chocolate/Strawberry/Vanilla 25.00
Quick bites McShakes Medium: Chocolate/Strawberry/Vanilla 35.00
Cappuccino + Wedges 25.00 McShakes Large: Chocolate/Strawberry/Vanilla 45.00
Cappuccino + Puff 29.00 Apple Pie 24.00
Source: www.mcdonaldsindia.com.

C-100 Case 8 • The Golden Arches in India
products. The kitchen crew (in charge of cooking) had 
different uniforms to distinguish their roles and they 
did  not  work  at  the  vegetarian  and  non-vegetarian 
stations on the same day, thus ensuring clear segrega-
tion.16 The wrapping of vegetarian and non-vegetarian 
food took place separately. These extra steps were tak-
en to assure Indian customers of the wholesomeness 
of both products and their preparation. To convince 
Indian customers that the company would not serve 
beef, and respect the culinary habits of its clientele, 
McDonald’s  printed  brochures  explaining  all  these 
steps and took customers for kitchen tours. 
McDonald’s positioned itself as a family restaur-
ant. The average price of a meal combo, which includ-
ed  burger,  medium  fries  and  medium  drink,  varied 
from Rs 75 for a vegetarian meal to Rs 94 for a Maha-
raja  Mac  meal.  This  could  be  compared  with  KFC 
meal prices at Rs 59 (Crispy Burger, Regular Fries and 
Large Pepsi) and Rs 79 (KFC Chicken, Colonel Burger 
and Regular Pepsi). McDonald’s Happy Meal, which 
included a complimentary toy, was priced between Rs 
54 and Rs  64.  The  prices  in  India  were lower than 
in  Sri Lanka  or Pakistan,  and  even the price  of the 
Maharaja Mac was 50 per cent less than an equiva-
lent product in the United States.17 To fight its premi-
um image among the public, the company undertook 
selective  price  cutting  and  also  ran  some  periodic 
promotions. In March 2003, the company was offer-
ing value meals for as low as Rs 39 and Quick Bites 
for as low as Rs 25. The company’s ice-cream offer-
ings were priced extremely attractively –  starting at 
Rs 8 for a soft serve cone. Apparently, even these low 
prices afforded McDonald’s a healthy margin (40 per 
cent for cones). As Vikram Bakshi, explained: ‘I will 
never become unaffordable, as I will not then be able 
to build up volumes.’18 The lower price could be attri-
buted to two key factors. First, pricing strategies of 
MNC rivals as well as by mid-range local restaurants 
influenced  McDonald’s  pricing  strategies  as  well  as 
special promotions. For instance, in February 1999, 
several  competitors  were  running  special  promo-
tions, with KFC offering a meal inclusive of chicken, 
rice and gravy for Rs 39. For Rs 350, Pizza Hut was 
offering a whole family meal including two medium 
pizzas, bread and Pepsi. Wimpy’s was offering mega 
meals at Rs 35.19 Some analysts, however, were scep-
tical of McDonald’s loss-leaders (or price cutting on 
selective items) strategy since they believed that cus-
tomers  attracted  purely  by  these  low  prices  would 
not pay repeat visits. The development of a local low-
cost supply chain was a second key enabling factor in 
McDonald’s pricing strategy.
Advertising and promotion
Some elements of the McDonald’s promotional strat-
egy remained the same as in other parts of the world 
–  especially  its  emphasis  on  attracting  children.  A 
Happy Meal film had been consistently shown on the 
Cartoon Network and Zee (a popular local channel) 
Disney Hour. McDonald’s had also teamed up with 
Delhi Traffic Police and Delhi Fire service to highlight 
safety issues, again trying to create goodwill among 
schoolchildren.20  In  late  2002,  McDonald’s  held  a 
children’s painting competition across all its outlets in 
Delhi. As many as 5000 children participated in the 
competition and a selection of 12 paintings (screened 
by some of India’s noted artists) were printed and sold 
as greeting cards. The proceeds from the sale of greet-
ing cards would go towards restoring vision, through 
corrective  surgeries,  for  needy  children.21  The  com-
pany  embarked  on  its  first  nationwide  promotional 
campaign in June 2000. The campaign, budgeted at 
Rs 100 million, was expected to highlight (in phased 
order) the brand (the experience: There is something 
special about McDonald’s), food quality and variety.22 
The company also ran special promotions during fes-
tivals and vegetarian days, and was even developing 
garlic-free  sauces  to  bring  in  ‘hard-core’  vegetarian 
traffic.23
In November 2000, McDonald’s launched a mas-
sive Get Lucky promotional scheme in collaboration 
with MTV, Sony Music, Coca-Cola, Hungama.com 
and  General  Motors.  Under  the  scheme,  customers 
buying a large meal combo, priced at between Rs 69 
and Rs 89, would receive a scratch card. Customers 
could win giveaways such as caps, T-shirts, audiotapes 
and CDs, Internet browsing cards, and free tickets to 
a concert by Lucky Ali (a popular local singer). Pur-
chase of a second meal combo within the same month 
would make customers eligible for lucky draws whose 
prizes included a trip to New Zealand and an Opel 
Corsa  car.  This  was  the  first  high-profile  program 
launched  by  the  company  for  adults  –  specifically, 

Case 8 • The Golden Arches in India C-101
young  parents.  In  May,  the  company  had  launched 
a promotional program for children coinciding with 
summer vacations.24 The Get Lucky campaign devel-
oped some snags a few months later, since many of the 
promised giveaways – such as trips to New Zealand, 
Opel Corsa cars and even the Lucky Ali concert – had 
not materialised.25
In  March  2001,  McDonald’s  India  increased 
its  advertising  expenditure  from  Rs  150  million  to 
Rs 200  million.  In  June  2002,  having  induced  trial 
from a number of potential customers, McDonald’s 
was aiming to generate repeat visits from customers. 
It changed its advertising slogan to Let’s have McDon-
ald’s today (in  Hindi: To Aaj McDonald’s ho jaaye) 
versus the earlier theme of There is something special 
about McDonald’s (in Hindi: McDonald’s main hain 
kuch baat) launched in mid-2000. The objective of the 
new campaign was to position McDonald’s as a com-
fort  zone  for young  families.  The  company’s adver-
tising and promotional budget for 2002 was fixed at 
Rs 180 million.26
Community involvement 
and citizenship behaviour
McDonald’s was involved in a variety of community 
welfare projects, including the following:
•  It maintained public parks in Delhi and had 
taken up the responsibility for the maintenance 
and upkeep of two traffic triangles at a busy 
traffic junction in Mumbai.
•  It was also helping in maintaining heritage 
structures of historic importance.
•  It was the first fast-food restaurant chain in 
Delhi to withdraw the use of polythene bags 
in restaurants, replacing them with recyclable 
paper bags.
•  It was playing a leading role in a campaign to 
detoxify one of India’s major rivers by installing 
grease traps to separate oil from water before 
discharging into the drainage system.
•  It treated all effluent material before disposal. It 
also segregated plastic, paper and liquid wastes 
into recycling versus discharge.
•  It had participated in the Pulse Polio Awareness 
rally by sponsoring food and drinks for the 
volunteers. In 2001, it went a step further and 
set up a vaccination booth outside its restaurant 
in Pune.
Targeting markets
In terms of selection of cities, McDonald’s followed 
the same strategy in India as in the rest of the world. 
Its initial focus on Mumbai and Delhi was driven by 
the following factors: these were the two largest cities 
in India, their citizens enjoyed relatively high income 
levels compared to the rest of the country, and they 
were exposed to foreign food and culture. After estab-
lishing a presence in leading cities, it then moved to 
smaller  satellite  towns,  near  the  metropolitan  cities 
(for  example,  from  Delhi  to  Gurgaon  and  Noida, 
both suburbs of Delhi, and from Mumbai to Pune). 
McDonald’s  often  found  that  there  were  positive 
spillover effects, in terms of its reputation, from the 
metropolitan  cities  to  the  satellite  towns.  In  Jaipur, 
the  company was hoping to attract  foreign tourists. 
(See Exhibit 5 for a brief profile of the key cities on 
McDonald’s radar screen.)
Developing the supply chain
Even before it opened the first restaurant, McDonald’s 
spent as much as Rs 500 million (US$12.8 million) 
to set up a supply network, distribution centres and 
logistics support. By mid-2000, some estimates placed 
the  total  investment  in  the  supply  chain  at  almost  
Rs 3 billion.27 Local suppliers, distributors and joint 
venture partners and employees had to match the res-
taurant chain’s quality and hygiene standards before 
they became part of its system. McDonald’s experi-
ence in identifying and cultivating the supplier of let-
tuce provided an excellent illustration of the difficul-
ties involved. In 1991, hardly any iceberg lettuce was 
grown  in  India,  except  for  a  small  quantity  grown 
around Delhi during the winter months. McDonald’s 
identified  a  lettuce  supplier  (Mr  Mangesh  Kumar 
from  Ootacamund  in  Tamilnadu,  a  southern  state) 
and  helped  him  in  a  broad  range  of  activities  from 
seed selection to advice on farming practices. For sev-
eral other suppliers, such as Cremica Industries which 
supplied  the  sesame  seed  buns,  McDonald’s  helped 
them to gain access to foreign technology. In another 
instance,  it  encouraged  Dynamix,  the  supplier  for 

C-102 Case 8 • The Golden Arches in India
cheese, to establish a program for milk procurement 
by investing in bulk milk collection and chilling cen-
tres. This, in turn, led to higher milk yields and over-
all  collections,  as  well  as  an  improvement  in  milk 
quality. McDonald’s ended up with a geographically 
diverse  sourcing  network  with  buns  coming  from 
North India, chicken and cheese coming from West-
ern India, and lettuce and pickles coming from south-
ern  India.  By  1999,  it  was  sourcing  98  per  cent  of 
the ingredients and paper products from India. The 
only exception was French fries, which were imported 
from Indonesia.28 There were as many as 40 suppliers 
in the company’s supply chain.29
A dedicated  distribution  system  was  established 
to match the suppliers’ production and delivery sched-
ules  with  the  restaurants’  needs.  The  first  two  cen-
tralised distribution centres were set up near Mumbai 
and  at  Cochin  (in  the  southernmost  part  of  India) 
in  joint  ventures  with  two  local  retailers,  both  of 
whom had to learn from international distributors of 
McDonald’s products how the restaurant chain han-
dled distribution worldwide and particularly how to 
enhance the quality of storage operations. The com-
pany  estimated  that  each  distribution  centre  could 
service about 25 outlets.
McDonald’s  strove  to  keep  the  storage  volumes 
of products high in order to exploit all possible econ-
omies  of  scale.  The  distribution  centres  were  also 
expected to maintain inventory records and interact 
with suppliers and the logistics firm to make sure that 
their  freezers were well stocked.  McDonald’s  Qual-
ity Inspection Programme (QIP) carried out quality 
checks at over 20 different points at various stages in 
the movement of goods from farms to restaurants. It 
Exhibit 5   Profile of the Indian cities targeted by McDonald’s
Place
Population
Remarks State
Annual 
per capita 
income in Rs 
(1997/98)1
Annual 
per capita 
income in Rs 
(1997/98)2
1991 2001
Agra 892 1 076 Tourist attraction; home to 
the T
aj Mahal
Uttar Pradesh 7 263 5 890
Jaipur 1 459 1 893 Major tourist attraction Rajasthan 9 356 7 694
Chandigarh 504 790 Capital city of two 
northern states, Punjab and 
Haryana
Punjab and 
Haryana
19 500 14 457
Ahmedabad 2 955 3 823 Major business centre in 
western India
Gujarat 16 251 13 709
Vadodara/
Baroda
1 031 1 454 Business centre Gujarat 16 251 13 709
Mumbai 9 926 12 903 Commercial capital of India Maharashtra 18 365 16 217
Pune 1 567 2 004 Satellite town of Mumbai; 
manufacturing centre
Maharashtra 18 365 16 217
Ludhiana 1 043 1 482 Textile manufacturing 
centre in North India
Punjab 19 500 14 457
Delhi 9 119 13 661 Capital city; seat of the 
central government
Delhi 22 687 19 091
Bangalore 2 660 3 637 India’s Silicon Valley Karnataka 11 693 11 153
Notes:  1  Income data from Per Capita Income (State-wise) – Maps of India. The figures refer to the whole state and not the particular cities. Income levels for cities 
are likely to be somewhat higher than the figures for the whole states.
  2  Income data from The Associated Chambers of Commerce and Industry of India http://203.122.1.245/assocham/prels/04181.asp. The figures refer to the 
whole state and not the particular cities. Income levels for cities are likely to be somewhat higher than the figures for the whole states.
Source: Population data from www.world-gazetteer.com/fr/fr_in.htm.

Case 8 • The Golden Arches in India C-103
had adopted Hazard Analysis Critical Control Point 
(HACCP) – a systematic approach to food safety that 
emphasised prevention within suppliers’ facilities and 
restaurants rather than detection through inspection 
of  illness  or  presence  of  microbiological  data.  Mr 
Amit Jatia had the following comment:
The  most  important  part  of  our  operations  was 
developing  a cold  chain  (the  process  of procure-
ment,  warehousing,  transportation  and  retailing 
of food products under controlled temperatures). 
There is practically no need of knife in any rest-
aurant.  All  the  chopping  and  food  processing  is 
done in the plants. Only the actual cooking takes 
place in the restaurants.30
Even  with  the  suppliers  and  distribution  system 
in  place,  McDonald’s  needed  a  distribution  link  to 
move  raw  materials  to  its  restaurants.  Logistics 
management  was  contracted  out  to  AFL  Logistics 
– itself a 50:50 joint venture between Air Freight (a 
Mumbai-based firm) and FX Coughlin of the United 
States,  McDonald’s  international  logistics  provider. 
AFL  logistics  was  responsible  for  the  temperature-
controlled  movement  of  all  products  (by  rail,  road 
or  air,  as  appropriate)  from  individual  suppliers  to 
regional  distribution  centres.  McDonald’s  had  to 
work  extremely  hard at inculcating  a  service  orien-
tation  in  its  employees,  especially  those  involved  in 
physical logistics, since the freshness of the food was 
at  stake.  The  truck  operators  had  to  be  explicitly 
and  clearly  instructed  not  to  switch  off  the  trucks’ 
refrigeration system to save on fuel or electricity. The 
corporation went to the extent of installing tracking 
devices,  which  would  show  the  temperature  chart 
through the entire journey.31
Since 1999, McDonald’s had started using India 
as an export base for cheese, lettuce and other prod-
ucts that went into its burgers. Exports had already 
begun to Sri Lanka where it had opened in October 
1998, and trial shipments had commenced to Hong 
Kong  and  the  Middle  East.  The  company  was  also 
trying to export its products to Europe, Russia and 
Southeast Asia. 32 Amit Jatia had the following com-
ment:  ‘Things  are  becoming global in nature.  Once 
you set up a supply chain in a strategic location it can 
service other countries as well.’33
Past performance and 
planned strategies
During its first 12 months of operations, McDonald’s 
opened seven outlets (four in Delhi and three in Mum-
bai), had 6 million customer visits and had served up 
350 000  Maharaja  Macs.  By  the  end  of  1998,  the 
number of outlets had increased to 14, and, by mid-
2000, to 25 outlets, with an outlet in Pune and Jai-
pur in addition to 13 in Delhi and 10 in Mumbai. By 
December 2000, it had opened another 21 outlets to 
bring the total to 46.
McDonald’s  success  was  especially  notable  in 
view of the fact that KFC, which had entered the Indi-
an market at about the same time, had pulled out dur-
ing the year.34
According to one estimate, in June 2002, McDon-
ald’s 38 restaurants (operating at the time) averaged 
about 4000 customer visits per day.35 Over the previ-
ous four years, the number of transactions had grown 
at a 15 per cent annual rate.36 The spending per cus-
tomer visit at McDonald’s  was estimated at around 
Rs 45. One gratifying aspect of McDonald’s success 
was the fact that, by mid-2000, it derived as much as 
50 per cent of its revenues from vegetable food items, 
thus disproving its critics – especially those who were 
sceptical of its ability to serve food that suited Indi-
an  palates.  In  1997,  McDonald’s  food  was  classi-
fied by consumers as being bland. Within three short 
years, however, McDonald’s was being sought for its 
unique taste.37 The vegetarian pizza McPuffs, which 
combined pizza ingredients with samosas (an Indian 
snack), and Chicken McGrill seasoned with mayon-
naise  and  extra-tangy  Indian  spices,  had  proved  to 
be particularly popular.38 It had also attracted some 
loyal  customers  with  its  value  pricing  and  localised 
menu. One such customer said:
A normal kebab with all the trimmings, at a regular 
restaurant would cost more than Rs 25 and if the 
new McGrill is giving us a similar satisfaction with 
its mint chutney (sauce), then we’d rather eat in a 
lively McDonald’s outlet than sitting in a cramped 
car on the road.
To  exploit  the  opportunities  created  due  to  its 
better  brand  awareness  and  customer  acceptance, 

C-104 Case 8 • The Golden Arches in India
McDonald’s was following several different strategies. 
First, it was increasing the seating capacity in several 
of its restaurants  by adding birthday party  areas as 
well as expanding general seating areas. Initially, four 
restaurants  in  Delhi  had  been  expanded  and  more 
would follow, depending on the results obtained.
The company was also trying to enter new cities 
where  there  might  be  demand  for  McDonald’s  fast 
food. One outlet each had been opened in cities such 
as Ludhiana (north India), Ahmedabad and Baroda 
(western India). The  secondary cities, typically, had 
lower per capita income levels as well as population 
density  than  Mumbai  or  Delhi,  and  residents  were 
also likely to be less open to Western food.
In addition to the traditional outlets in busy loca-
tions within key cities, McDonald’s  was also  trying 
to open outlets in new locations including the follow-
ing:
•  at the inter-state bus terminal in New Delhi (one 
outlet)
•  at airports and railway stations (for example, in 
Mumbai and Jaipur)
•  on busy highways and in petrol stations
•  in malls, multiplexes and cinema halls.
One  advantage  of  these  outlets  was  that  they 
required  lower investment per outlet  versus  a tradi-
tional  format. A key  concern,  however, was  wheth-
er  the  customer  profile  would  be  appropriate.  For 
example, the highway travellers in India tended to be 
mostly  truck  drivers  and  bus  passengers,  who  were 
not likely to go for the McDonald’s type of food. For 
several other types of locations (for example, railways 
stations), analysts were wondering whether McDon-
ald’s outlets would generate enough traffic. The wide 
variety of formats and the dispersed network of out-
lets  would  accentuate  the  problems  in  maintaining 
quality  and  hygiene  standards, as well as the  infra-
structural  inadequacies.  As  Clair  Babrowski,  presi-
dent of McDonald’s Asia-Pacific operations, who was 
very upbeat about the growth prospects in the Indian 
market, had said: ‘Part of opening a store is figuring 
out  who’s  going  to  fix  the  equipment  and  how  the 
deliveries will get there.’39
Analysts were also wondering whether the com-
pany  was  hasty in  trying  to expand  too  fast  before 
achieving breakeven. On the other hand, having suc-
ceeded in developing the supply chain and creating a 
satisfied customer base, it seemed to be an opportune 
time  for  the  company  to  expand.  In  summary,  the 
pace and degree of expansion posed difficult dilem-
mas and would most likely impact the company’s per-
formance over the next several years.
Notes
  1   ‘McDonald’s India to invest Rs 7.5 billion’, http://biz.indiainfo.
com.
  2   Approximate exchange rates on 31 December of each year 
were as follows:
    1997: US$1 = Rs 39.246
    1998: US$1 = Rs 42.481
    1999: US$1 = Rs 43.516
    2000: US$1 = Rs 46.664
    2001: US$1 = Rs 48.170
    2002: US$1 = Rs 47.870
  3   ‘Big Mac at a fast clip’, Business Line, 27 June 2002.
  4   ‘McDonald’s  plans  major  investments  in  India’,  http://news.
sawaal.com.
  5   ‘McDonald’s  expansion  plans  under  review’,  Business  Line, 
2 August 2001.
  6   For instance, in June 2002, McDonald’s was predicting that it 
would have 54 outlets by the end of 2002. The company ended 
the year with 46 outlets.
  7   ‘Ronald McDonald to relive Indian dream’, Business Line, 9 March 
2001.
  8   Wall Street Journal,  Europe, June 1999; reproduced  at  www.
branding-kaeuffer.com.
  9   www.odci.gov/cia/publications/factbook/geos/in.html#Econ.
10   ‘Long  way  for  India  to  go on  the retail  front’, Business Line, 
6 December 2000.
11   ‘Vandana  Shiva  on  McDonald’s  exploitation  and  the  global 
economy’, www.mcspotlight.org.
12   ‘McDonald’s expansion plans under review.’ 
13   ‘Look who’s going native’, Far Eastern Economic Review, 1 February 
2001.
14   ‘McDonald’s  shifts  to  product-focused  ads’,  Business  Line, 
8 September 2000.
15   ‘Look who’s going native.’ 
16   ‘Happy birthday, Maharaja Mac! One year later: McDonald’s in 
India’, www.media.mcdonalds.com.
17   ‘Of PPPs, Big Macs and exchange rates’, Business Line, 8 May 
1999.
18   ‘McDonald’s reworks its menu’, www.india-today.com.
19   ‘Dinner on discount’, Business Line, 25 February 1999.
20   ‘McDonald’s readies expansion model – restaurants to come up 
in Pune, Jaipur and Bangalore’, www.hindubusinessonline.com.
21   ‘Bestowing vision’, Business Line, 18 November 2002.
22   ‘McDonald’s goes for media splash’, Business Line, 3 April 2000.

Case 8 • The Golden Arches in India C-105
23   ‘McDonald’s readies expansion model.’
24   ‘McDonald’s  to  dish  out  mega  promotions’,  Business  Line, 
2 November 2000.
25   ‘India: Bic Mac: not a lucky promo’, Business Line, 20 March 2001.
26   ‘Big Mac at a fast clip.’
27   ‘McDonald’s readies expansion model.’
28   ‘McJatia tickles Bombay’s tastebuds, builds an empire, all in two 
years, The Rediff Business Special’, www.rediff.com.
29   ‘Big Mac sets eyes on south’, Business Line, 24 February 2001.
30   ‘McJatia tickles Bombay’s tastebuds.’
31   ‘Jatia forayed into McDonald’s foodbiz by chance, The Rediff 
Business Special’, www.rediff.com.
32   ‘McDonald’s to head south’, Business Line, 21 April 2002.
33   ‘India  to  be  McDonald’s  expor t  base’,  www.indianexpress.
com.
34   ‘Look who’s going native.’
35   Since each restaurant was designed with a seating capacity of 
150, this meant a turnover of about 26 times during the course 
of the day. ‘Big Mac at a fast clip.’
36   ‘Big Mac at a fast clip.’
37   ‘McDonald’s shifts to product-focused ads.’
38   ‘Look  who’s  going  native’;  ‘McDonald’s  readies  expansion 
model.’
39   ‘Risky  business’,  Chain  Leader,  7(11),  November  2002,  
pp. 63–7.

C-106
Case 9
Monsanto*: 
Better living through genetic  
engineering?
Seth Brooks  Melissa Schilling  John Scrofani
Early in the year 2000, Monsanto Company merged 
with Pharmacia & Upjohn, forming Pharmacia Cor-
poration,  and  making  Monsanto  part  of  the  third-
largest pharmaceutical company in the world. Later 
that year, Monsanto raised cash through a partial (15 
per  cent) initial public  offering. As  of March 2001, 
Monsanto employed 14 700 people, and at the helm 
was the president and chief executive officer, Hendrik 
Verfaillie.
Verfaillie faced a number of interesting challenges. 
Monsanto  was  a  company  that  had,  over  the  last 
decade,  dramatically  reinvented  itself.  Throughout 
the 20th century, Monsanto had acquired many com-
panies,  expanding  into  a  diverse  range  of  business-
es. However, when Bob Shapiro had stepped into the 
office of CEO in 1993, he restructured the company 
to be more focused on ‘life sciences’ – or the combi-
nation of science and technology to find solutions for 
growing  global  needs.  Explosive  innovation  in  bio-
technology had unleased a vast range of new potential 
products and offered the allure of tapping new, fast-
growing markets. As of 2001, Monsanto had a new 
capital structure, and a new portfolio focused entirely 
on applying biotechnology to agriculture.
Though  the  company  had  pared  down  its 
corporate  portfolio  in  order  to  have  more  strategic 
direction, Monsanto’s move towards life sciences was 
not without its problems. One of the most successful 
applications of biotechnology to Monsanto’s business 
had been  Roundup®  – a popular  agricultural  herbi-
cide that worked in conjunction with genetically mod-
ified crop seeds. The combination of a powerful her-
bicide and crop seeds that are genetically modified to 
resist the herbicide had been a profound innovation, 
and had dramatically increased crop yields. By 1996, 
Roundup® accounted for 17 per cent of Monsanto’s 
total annual sales.1 However, Monsanto’s patents on 
Roundup®  had  begun  to  expire  in  several  countries 
in 1991, and expired in the United States in Septem-
ber  2000.  To  make  matters  worse,  strong  negative 
consumer  perceptions  of  genetically  modified  (GM) 
foods began to surface towards the end of the decade, 
severely retarding the company’s sales in Europe and 
beginning to threaten Monsanto’s American markets 
as well.
* This case has been prepared as the basis for class discussion rather than to illustrate either effective or ineffective handling of an administrative 
situation.

Case 9 • Monsanto C-107
The science of life
Monsanto  is  an  industry  leader  in  the  bioengineer-
ing of foods. ‘The term “biotechnology” refers to the 
use  of living organisms or their products to modify 
human health and the human environment,’ accord-
ing to the National Health Museum’s website.2
For  thousands  of  years,  from  the  time  human 
communities began to settle in one place, cultivate 
crops and farm the land, humans have manipulated 
the genetic nature of the crops and animals they 
raise.  Crops  have  been  bred  to  improve  yields, 
enhance  taste  and  extend  the  growing  season. 
Each of the 15 major crop plants, which provide 90 
percent of the globe’s food and energy intake, has 
been  extensively  manipulated,  hybridized,  inter-
bred and modified over the millennia by countless 
generations of farmers intent on producing crops 
in the most effective and efficient ways possible.3
Many scientists argue that genetic engineering is 
simply a ‘… refinement of the kinds of genetic modi-
fication that have long been used to enhance plants … 
for food’.4 The science of genetics and the understand-
ing  of  why  physical  traits  are  passed  from  parent 
to  child  began  over  a  century  ago.  German  scien-
tist  Gregor  Mendel  conducted  the  first  experiments 
aimed  at  understanding  the  science  behind  genetic 
inheritance. Mendel used artificial hybridisation, the 
fertilisation of the flower of one species by the pollen 
of  another  species,  on  thousands  of  plants,  record-
ing  the  traits  of  the  successive  generations.  In  1865 
he published a paper about his work, ‘Versuche über 
Pflanzen-Hybriden’  (Experiments  in  Plant  Hybri-
disation).5  The  idea  that  physical  traits  are  passed 
through  generations  of  organisms  created  the  new 
field of science focused on genetics.
In 1953, James Watson, a US biologist, and Fran-
cis  Crick,  an  English  biophysicist,  discovered  the 
structure  of  DNA  (deoxyribonucleic  acid).6  DNA 
works like a blueprint to define all characteristics, or 
traits, of an organism. A DNA molecule has a double-
helix shape, like a twisting stepladder. DNA strands 
are quite similar to a written language. The ‘letters’ of 
this genetic language are formed by the DNA nucleo-
tides,  which  are  the  ‘steps’  in  the  DNA  stepladder. 
The  ‘words’  in  the  genetic  language  are  formed  of 
codons,  each  codon  consisting  of  three  nucleotides. 
The  ‘sentences’  in  the  genetic  language  are  genes, 
which are made up of many codons. A ‘book’ in the 
genetic  language  is  an  entire  string  of  DNA,  which 
defines all the characteristics of an organism.
Modern understanding of the chemical properties 
of DNA allows scientists to ‘cut’ the DNA strand at 
a certain point in the stepladder using enzymes that 
are  produced  naturally  by some bacteria.  With  this 
enzyme technology, scientists can ‘cut’ away a desir-
able gene from one organism, then ‘paste’ that gene 
into another organism, forming what is called a recom-
binant DNA strand (see Exhibit 1). It is through this 
cutting and pasting  of genes  that scientists can give 
organisms  traits  that  they  previously  did  not  have, 
without  the  use  of  the  longer  and  more  ambiguous 
process of cross-fertilisation.
Genetically engineered crops and 
herbicide
Without efficient crop protection products, world-
wide yields would fall by an average of 30 to 60 
per cent. They would also fluctuate wildly.7
Farmers across the world can either choose to spray 
their crops with some form of herbicide, or they can 
till their land on a daily basis, drastically decreasing 
Exhibit 1   Cutting and pasting DNA
Source: Modified from http://esg-www.mit.edu:8001/bio/rdna/cloning.html.

C-108 Case 9 • Monsanto
their  productivity.  If  they do choose  herbicide,  they 
can go the path of buying very effective and expen-
sive proprietary products such as Roundup®, or they 
can buy the cheaper alternative generic brands such as 
Squadron, Storm or Post Plus. A 1997 study indicated 
that  Roundup®  clearly  outperformed  these  generic 
brands. The  results  showed that Roundup® led  to a 
net income per acre of US$235 compared to the oth-
ers, which produced US$209 per acre (see Exhibit 2). 
Roundup® cost about US$34 per gallon compared to 
generic  brands that cost US$15–$20 per gallon.8 In 
1998,  Monsanto  lowered  the  cost  of  Roundup®  by 
US$6 to US$10 per gallon in order to increase sales 
volume  and  to  better  compete  with  generic  compa-
nies.  Generic  products  were  popular  in  developing 
countries where it was difficult for farmers to afford 
proprietary products.9 Furthermore, competing with 
generic brands had become particularly important as 
Roundup’s patents began to expire.
Roundup® herbicide technology
Roundup® is a wide-spectrum herbicide, meaning that 
it is toxic to any plants it comes in contact with. As 
noted in the Mother Jones environmental journal, ‘… 
its main ingredient, glyphosate, breaks down quickly 
in soil, so that little or no toxic byproduct accumu-
lates  in  plant  or animal tissue  – a detail  that Mon-
santo  highlights  when  describing  itself  as  an  envi-
ronmentally friendly company.’10 As of March 2001, 
Roundup® had been used commercially for more than 
20 years and was used in over 100 countries. It was 
estimated  that  in  1998,  worldwide  use  of  glyphos-
phate  exceeded  112 000  tons,  and  that  71  per  cent 
of all genetically engineered crops planted that year 
were  designed  to  be  resistant  to  herbicides  such  as 
Monsanto’s Roundup®.11
Roundup Ready® crops
Monsanto markets several agricultural products that 
have been genetically modified to tolerate Roundup® 
herbicide.  These  crops,  including  Roundup  Ready® 
soybeans,  Roundup  Ready®  canola  and  Roundup 
Ready® cotton, are sold to farmers. Roundup Ready® 
soybeans,  the  first  of  Monsanto’s  Roundup  Ready® 
genetically  modified  crops,  was  approved  for  com-
mercialisation in 1995.
Roundup®  herbicide  is  a  broad-spectrum  herbi-
cide  which  controls  a  wide  range  of  broadleaf  and 
grass weeds. Most herbicides used in crops are selec-
tive, and only control certain types of weeds. Farm-
ers  using  Roundup  Ready®  soybean  seeds  can  use 
Roundup®  herbicide to control weeds  in  their  crop. 
If Roundup® herbicide were applied over the top of 
a  conventional  soy  crop,  it  would  kill  the  crop  as 
well  as  the  weeds.  Apart  from  the  ability  to  toler-
ate Roundup®, the crop is klike any other soy crop. 
Farmers can still use all the traditional herbicides they 
would with a conventional crop, and the composition 
of the soybeans produced is equivalent to a conven-
tional soabean crop.
Monsanto  enters  into  agreements  with  farmers 
who grow Roundup Ready® crops. These agreements 
Exhibit 2   Roundup® versus generic glyphosate brands
Herbicide treatment SOG Yield BU/A Net income/Acre
Squadron 3 pts PRE 33.6 US$209.20
Storm 1.5 pts + Poast Plus 24 oz 21 DAP + 7 Later 33.6 US$204.70
Roundup Ultra 32 oz 28 DAP 36.8 US$235.80
The Roundup vs. best conventional herbicide alternative study was designed to evaluate the economics of the Roundup Ready  
seed/herbicide system versus conventional herbicide programs.  Each herbicide program was applied at labelled rates.  Net 
income is figured by multiplying the yield (Bu/A) by US$7 minus herbicide costs, minus a US$4 fee per herbicide application, and 
the US$5 tech fee for Roundup Ready soybeans figured at a bag per acre.
In the systems study herbicide applications were made based on labelled recommendations and no other weed control was 
allowed.  The systems studies are designed to measure the effectiveness of the herbicide management practices and input costs.  
Based on the 1996 trial at Marian AR, the Roundup Ready seed/herbicide system was superior economically to the other two 
conventional herbicide programs.  These differences can be attributed to advantages in weed control and the removal of crop 
stress typically associated with conventional herbicide programs.
Source: www.asgrow.com/gknowled/CRMar96RR5.html, 23 March 1999.

Case 9 • Monsanto C-109
have two main purposes. First, they ensure that grow-
ers are aware of all their regulatory obligations, and 
second, they help Monsanto protect their intellectual 
property and the investment they have made in Round-
up Ready® technology. Monsanto provides support to 
farmers to ensure that they meet their requirements to 
be compliant with the law.
Terminal technology
On March 3 1998 the company Delta and Pine Land 
Co.  (Mississippi, USA)  and the U.S.  Department 
of  Agriculture  (USDA)  announced  that  they 
received US Patent No. 5,723,765 on a new genetic 
technology designed to prevent unauthorized seed 
saving by farmers.12
The technology enabled the environment to influence 
the characteristics a plant exhibits, even if the parents 
of the plant do not have those characteristics.  With 
this technology it was possible to create genetic char-
acteristics in plants that only emerge if they have the 
proper  external  stimulus.  For  example,  two  geneti-
cally altered parent plants can thrive in a moist region 
and  exhibit  characteristics  of  tropical  plants,  and 
their offspring can be moved to a desert region and 
exhibit characteristics of a desert plant, even though 
neither parent exhibited these desert characteristics. 
Monsanto hoped to capitalise on this technology by 
using  it  to  prevent  farmers  from  saving  their  seeds 
from year to year (and thus forgoing purchasing them 
from Monsanto). Monsanto would have utilised this 
technology  by  altering  the  plant’s  reproductive  sys-
tem so that, unless a patented chemical was applied to 
the seeds at a certain time during their development, 
the  seeds  would be  unable to germinate.  This  tech-
nology would have further strengthened Monsanto’s 
ability to enforce its contracts with farmers, by mak-
ing  the  farmers  unable  to  use  seeds  harvested  from 
the  plants  they  grew  using  Monsanto’s seeds  in  the 
next season.
Monsanto announced its intention to merge with 
Delta  and  Pine  Land  Co.  in  the  spring  of  1998,  in 
hopes  of  acquiring  this  technology.  However,  in 
response  to  consumer  and  farmer  outrage,  Robert 
Shapiro wrote an open letter dated 4 October 1999, 
stating  that Monsanto was  making  the  public  a ‘…
commitment not  to commercialize  sterile seed  tech-
nologies, such as the one dubbed “Terminator”. We 
are doing this based on input from … a wide range 
of other experts and stakeholders, including our very 
important grower constituency.’13 Additionally, Sha-
piro wrote: ‘… though we do not yet own any sterile 
seed technology, we think it is important to respond 
to  those  concerns  at  this  time  by  making  clear  our 
commitment  not  to  commercialize  gene  protection 
systems  that  render  seed  sterile.’14  Monsanto  with-
drew its Department of Justice filing for a merger with 
Delta and Pine Land Co. on 20 December 1999.
History of Monsanto
Monsanto’s germination
Monsanto  was  founded  in  1901  by  John  Francis 
Queeny,  a  30-year  veteran  of  the  Meyer  Brothers 
Drug  Company,  with  the  goal  of  producing  prod-
ucts for the food and pharmaceutical industries. The 
company was named after the founder’s wife, whose 
maiden name was Olga Mendez Monsanto. In 1902 
the St Louis based company began producing saccha-
rin. For several years after, the entire saccharin out-
put was shipped to Georgia-based Coca-Cola Co. The 
company soon began producing caffeine and vanilla 
as well. In 1917, Monsanto entered the pharmaceu-
ticals business when it became the first company to 
produce Aspirin.
As  a  result  of  financial  crisis  and  wartime  debt 
in the late 1920s, shares were offered to the public in 
1927, one year before Edgar Queeny, the son of John 
Queeny, succeeded his father as president of the com-
pany. He announced his vision of an era of expansion 
into new businesses that would take Monsanto into 
the  1930s.  This  expansion  would  include  immedi-
ate acquisitions that expanded the company into the  
rubber,  chemicals,  textile,  paper,  leather,  soap  and 
detergents industries. Monsanto also moved into the 
plastics and resin industries, the result of which gave 
it ownership of the first man-made plastic, celluloid.
During the Second World War years, Monsanto 
became  involved  in  uranium  research  for  the  Man-
hattan Project. This was done in the Mound Plant in 
Dayton, Ohio, which was used as a nuclear facility for 
the government for the next 40 years. In the 1950s, 
Monsanto  began  to  expand  its  chemical  business. 

C-110 Case 9 • Monsanto
Through licensing technology from DuPont, the com-
pany began to produce acrylic fibre and nylon. Mon-
santo also entered into the fertiliser industry, as well 
as  the  plastic  bottle  industry.  During  this  decade, 
Monsanto  built  a  plant  to  produce  ultra-pure  sili-
cone, which was used as raw material in the electron-
ics industry.
In the 1960s, Monsanto created a new company 
division focused  exclusively on  agriculture. It intro-
duced  Lasso®  herbicide,  and  Roundup®  followed  a 
few  years  later.  In  the  late  1960s,  almost  a  decade 
after  establishing  the  agriculture  division,  Monsan-
to  moved  into  the  seed  and  hybrid  swine  business 
through  an  acquisition.  The  1972  appointment  of 
John  W. Hanley marked the beginning of an era  of 
heavy investment in biotechnology research.
The  1980s  began  with  a  new  president  being 
named:  Richard  J.  Mahoney.  Immediately  after 
assuming  the  position,  Mahoney  sold  off  the  com-
modity  chemicals  portion  of  Monsanto’s  busi-
ness to DuPont. Monsanto used the money for new 
research and development, and created new technolo-
gies,  including  the  artificial  sweetener  ‘Nutrasweet’ 
(aspartame).  At  the  beginning  of  the  1980s,  Mon-
santo declared biotechnology as its strategic research 
focus.  One  year  after  this  announcement,  scientists 
at Monsanto were the first to successfully genetically 
modify  a  plant  cell.  This  led  to  success  in  growing 
plants  with  genetically  engineered  traits.  Two years 
after this success, a major restructuring of the com-
pany took place. Monsanto divested its non-strategic 
businesses to consolidate around its core competency, 
high-value-added proprietary products.
The 1990s served as a decade of expanding medi-
cine production for Monsanto. Using new techniques 
in  bioengineering,  it  was  able  to  create  new  medi-
cines  at a faster  pace  than  ever  before.  In  the  early 
1990s,  it  sold  its  first  Ambien®,  an  insomnia  treat-
ment, and Daypro®, an arthritis treatment. In 1993, 
Robert B. Shapiro was named the new CEO of Mon-
santo. He announced that the company would refocus 
its  strategy and  become  a  life  sciences  company.  In 
the  mid-1990s,  Monsanto’s  first  genetically  modi-
fied crops were approved for commercial sale, includ-
ing  Roundup  Ready®  glyphosate-tolerant  soybeans. 
Monsanto formed the Solaris Unit, which produced 
Ortho®, Greensweep® and Roundup® lawn and gar-
den products.
As part of his effort to restyle Monsanto into an 
exclusively  life  sciences  company,  in  1997,  Shapiro 
urged the company to spin off all the chemical parts 
of the business into a company called Solutia. Shapiro 
saw this as a good way for his company to increase its 
profitability by focusing on a key competitive advan-
tage. (See Exhibit 3 for a complete corporate diversi-
fication timeline.)
Monsanto’s evolved form
On 19 December 1999, Monsanto and pharmaceuti-
cal giant Pharmacia & Upjohn, Co. announced their 
intention to merge. The merger was approved by shar-
eowners  on  23  March  1999,  creating  a  new  entity 
called  Pharmacia  Corporation.  Monsanto’s  phar-
maceutical  business  was  merged  with  Pharmacia & 
Upjohn’s. According to information provided on the 
Pharmacia website at the time of the merger,
Monsanto  Company  is  the  wholly  owned 
agricultural subsidiary of Pharmacia Corporation. 
Monsanto  is  committed  to  finding  solutions  to 
the growing global needs for food and health by 
sharing common forms of science and technology 
among agriculture, nutrition and health.15
(See  Exhibits  4 and  5  for  Monsanto’s  financial 
information valid at time of merger.)
Monsanto’s suppliers
In its move to become a company oriented around life 
sciences,  Monsanto  had  spun  off  its  chemical  busi-
nesses that made the chemicals necessary to produce 
Roundup®. Though in general it was not dependent 
on any single supplier for a significant amount of its 
raw materials or fuel requirements, certain raw mate-
rials were obtained from a few major suppliers. For 
example,  Monsanto  purchased  its  North  American 
supply of elemental phosphorus, a key raw material 
for the production of Roundup®  herbicide,  from P4 
Production, LLC, a joint venture between Monsanto 
and Solutia Inc.16
On  the  crop  side  of  the  business,  Monsanto 
had engaged in a spree of mergers and acquisitions, 

Case 9 • Monsanto C-111
Exhibit 3   Monsanto’s corporate diversification timeline
1901  John F. Queeny founds the original Monsanto. His wife was Olga Monsanto Queeny. The first product of that 
company was saccharine.
1945  The original Monsanto produces and markets agricultural chemicals, including 2,4D.
1960  The Agricultural Division is established.
1964  Ramrod herbicide is introduced, beginning the use of Western theme names for the original Monsanto’s brands of 
herbicides.
1968  Commercialization of Lasso herbicide in the U.S. begins the trend toward reduced-tillage farming.
1975  A cell biology research progam is established in the Agricultural Division.
1976  Roundup herbicide is commercialised in the U.S.
1981  A molecular biology group has been set up and biotechnology is firmly established as Monsanto’s strategic research 
focus.
1982  Scientists working for the original Monsanto are the first to genetically modify a plant cell.
1982  The original Monsanto acquires the Jacob Hartz Seed Co., known for its soybean seed.
1984  The Life Sciences Research Center opens in Chesterfield.
1987  The original Monsanto conducts the first U.S. field trials of plants with biotechnology traits.
1994  The original Monsanto’s first biotechnology product to win regulatory approval, Polilac, bovine somatotropin (Bst) 
for dairy cows, goes on sale in the U.S.
1996  The original Monsanto acquires the plant biotechnology assets of Agracetus and purchases an interest in Calgene, 
another biotech research company. (The Calgene acquisition was completed the following year.)
1996  The original Monsanto’s first plant biotechnology product, Roundup Ready soybeans and canola and Bollgard cotton, 
are planted commercially.
1997  YieldGard corn, with protection against the European corn borer, is commercialized. 
Asgrow agronomics seed business is purchased by the original Monsanto.
1997  The original Monsanto spins off its industrial chemical and fibers business as Solutia Inc.
1998  The original Monsanto completes its purchase of DeKalb Genetics Corp.
1998  Roundup Ready corn is introduced.
2000  The original Monsanto enters into a merger and changes its name to Pharmacia Corporation.
A new Monsanto Company
2000  A new Monsanto company, based on the previous agriculatural division of Pharmacia, is incorporated as a stand-alone 
subsidiary of the pharmaceutical company. (Pharmacia itself eventually becomes a subsidiary of Pfizer, in 2003.)
2002  YieldGard Rootworm and YieldGard Plus corn get U.S. approval.
2002  The new Monsanto company is spun off from Pharmacia and is now a separate company.
2003  More than 300 seed companies in the United States have licenses for Monsanto biotechnology traits.
2004  The majority of cotton and soybean seeds planted in the U.S. have at least one biotechnology trait.
Source: www.monsanto.com, 17 August 2004.
expanding  its  business  to  incorporate  companies 
that had previously supplied many of the raw materi-
als that Monsanto used to develop Roundup Ready® 
crops.  Monsanto  acquired  or  formed  long-term 
relationships with six seed companies between 1995 
and 1997 (see Exhibit 3).
Research and development
Monsanto  prides  itself  on  being  a  company  that 
develops  breakthrough  proprietary  technology.  The 
development  of  Roundup®  herbicide  in  the  1960s 
had put Monsanto’s agricultural division into the fore-
front, and scientists in this division were working hard 
to develop  the  next generation of  herbicide and seed 
systems. In the early 1990s, Bruce Bickner, co-president 
of Monsanto’s  agribusiness, spent  $0.14  per  revenue 
dollar on R&D compared to the industry average of 
$0.09  per  revenue  dollar.17  However,  some  felt  that 
Monsanto’s focus on R&D-based proprietary products 
might cause it to miss out on the large global market for 

C-112 Case 9 • Monsanto
crop protection. It was estimated that by 2001, 53 per 
cent of the world agrochemical market would consist of 
generic chemicals (rather than proprietary chemicals).18 
In most countires Monsanto’s sales growth was weaker 
than sales growth in the United States (see Exhibits 6 
and 7).
Human resources
Monsanto placed considerable emphasis on the value 
of its  employees.  It  was often reinforced  that excel-
lent management of people was crucial to retain Mon-
santo’s  foothold  in  the  market.  HR  managers  were 
required  to  have  a  master’s  degree  and  at  least  five 
years  of  HR  management  experience  ‘…  to  ensure 
proper staffing skills, change management, coaching 
and  counseling,  project  management  and  organiza-
tional design’.19 The senior staff at Monsanto went to 
great effort to place people into the positions that fit 
them best, believing that a failure to properly allocate 
employees would result in a forfeiture of the compa-
ny’s competitive position.
Marketing
Monsanto targeted professional farmers by advertis-
ing Roundup® in magazines such as Farm & Country, 
Farm  Journal  and  High  Plains  Journal.20  The  pri-
mary  marketing  message  for  Roundup® was  that  it 
was a safe product to use. The productivity increase 
enabled  by  Roundup® was  already  clear  to  farmers 
– at least those in the United States. As noted in The 
Economist, 
Americans in general have a positive perception of 
technology and are willing to accept the biological 
version  of  it.  They  are  willing  to  overlook  the 
fact that they are growing and eating genetically 
modified foods in return for increased yields and 
reduced costs.21
Ron Thompson, a corn farmer in Illinois, noted: ‘If 
there is a farm that grows corn, canola, soy, or wheat, 
then its farmer probably buys Roundup®. It is in his 
best interest.’22
Exhibit 4   Monsanto’s statement of consolidated income (loss) (US$mn)
2000 1999 1998
Net sales 5 493 5 248 4 448
Cost of goods sold 2 770 2 556 2 149
Gross profit 2 723 2 692 2 299
Operating expenses:
Selling, general and administrative expenses 1 253 1 237 1 135
Research and development expenses 588 695 536
Acquired in-process research and development 402
Amortisation and adjustment of goodwill 212 128 77
Restructuring – net 103 22 94
Total operating expenses 2 156 2 082 2 244
Income from operations 567 610 55
Interest expense (net of interest income of $30, $26 and $27 in 2000, 
1999 and 1998, respectively) (184) (243) (94)
Other expense (income) – net (49) (104) (21)
Income (loss) before income taxes and cumulative effect of accounting 
change 334 263 (60)
Income tax provision (159) (113) (65)
Income (loss) before cumulative effect of accounting change 175 150 (125)
Cumulative effect of a change in accounting principle, net of tax benefit of 
US$16 million (26)
Net income (loss) 149 150 (125)
Source: Data from Monsanto Annual Report 2000.

Case 9 • Monsanto C-113
Exhibit 5   Monsanto’s statement of consolidated financial position (US$mn)
Assets 2000 1999
Current Assets:
Cash and cash equivalents 131 26
Trade receivables, net of allowances of $171 in 2000 and $151 in 1999 2 515 2 028
Miscellaneous receivables 283 350
Related party loan receivable 205
Related party receivable 261
Deferred tax assets 225 130
Inventories 1 253 1 440
Other Current Assets 100 53
Total Current Assets 4 973 4 027
Property, Plant and Equipment
Land 69 82
Buildings 766 708
Machinery and equipment 2 688 2 187
Computer software 190 155
Construction in progress 746 726
Total property, plant and equipment 4 459 3 858
Less accumulated depreciation 1 800 1 639
Net Property, Plant and Equipment 2 659 2 219
Goodwill (net of accumulated amortisation of $290 in 2000 and $183 in 1999) 2 827 3 081
Other Intangible Assets (net of accumulated amortisation of $506 in 2000 and 
$362 in 1999)
779 935
Other Assets 488 839
Total Assets 11 726 11 101
Liabilities and Shareowner’s Equity
Current Liabilities:
Short-term debt 158
Related party short-term loan payable 635
Short-term debt of parent attributable to Monsanto 89
Accounts payable 525 466
Related party payable 162
Accrued compensation and benefits 172 147
Restructuring reserves 38 26
Accrued marketing programs 181 256
Miscellaneous short-term accruals 886 720
Total Current Liabilities 2 757 1 704
Long-term debt 962
Long-term debt of parent attributable to Monsanto 4 278
Postretirement Liabilities 367
Other Liabilities 299 474
Shareowners’ Equity
Common stock (authorised: 1 500 000 000 shares, par value $0.01
Issued: 258 043 000 shares in 2000 3
Additional contributed capital 7 853
Parent company’s net investment 4 926
Retained earnings 2
Accumulated other comprehensive loss (479) (281)
Reserve for ESOP debt retirement – attributable to Monsanto (38)
Total Shareowners’ Equity 7 341 4 645
Total Liabilities and Shareowners’ Equity 11 726 11 101
Source: Data from Monsanto Annual Report 2000.

C-114 Case 9 • Monsanto
Distribution
On  12  July  1999,  Monsanto  signed  an  agreement 
making Scott’s Company the sole marketing and dis-
tribution  agent  of  Roundup®  in  the  United  States. 
Scott’s  was  the  most  recognised  agent  of  garden 
products  in  the  US.23  Prior  to  this,  Monsanto  dis-
tributed Roundup® through the Central Garden and 
Pet Company, which sold Roundup® to retailers and 
sometimes directly to farmers. Global opportunities 
had also caught Monsanto’s attention. ‘The interna-
tional potential for our existing biotechnology traits 
is roughly double the acreage potential within North 
America,’ noted  Verfaillie.  In  July  1998,  Monsanto 
purchased  Cargill  Seed  Business,  an  already  estab-
lished worldwide seed company with operations and 
distribution  in  51  countries  in  Central  and  South 
America,  Europe, Asia  and  Africa,  in  order to  gain 
quicker access to these markets.24
As part of its strategy to lessen its reliance on US 
sales  and  increase  the  acceptance  of  biotechnology 
internationally,  Monsanto’s  near-term  plans  includ-
ed:  (1)  working  with  the  Brazilian  government  and 
other  stakeholders  to  obtain  approval  for  planting 
Roundup Ready® soybeans in Brazil; (2) accelerating 
Exhibit 6   Monsanto’s sales by region (US$mn)
Year
Sales (US$mn)
0
1995 1996 1997 1998 1999
1
2
3
4
5
6
United States
Europe – Afric
a
Latin America
Asia – Pacific
Canada
Exhibit 7   Monsanto’s trade receivables by region (US$mn)
Year
US$mn
0
1996 1997 1998 1999
100
200
300
400
500
600
700
800
900 US agricultural 
product distributors
Customers in Latin 
American Southern 
Cone Counties
European agricultural 
product distributors
Pharmaceutical 
distributors worldwid
e
Customers in the  
former Soviet Union
Customers in 
South-East Asia

Case 9 • Monsanto C-115
the  commercialisation  of  Roundup  Ready®  corn 
by  securing  a  licence  to  import  grain  grown  from 
Roundup Ready® seeds into Europe; and (3) expand-
ing  its  markets  in  Asia  by  securing  the  approval  of 
Bollgard insect-protected cotton in India.25
Levelling the field
Monsanto faced several large competitors. One giant 
in the market was American Home Products (AHP), 
whose  agricultural  subsidiary,  Cynamid  Corpora-
tion,  competed  directly  with  Monsanto  through  a 
heavy focus on R&D and marketing.26 It had intro-
duced alternative products that had the same chemi-
cal base as Roundup® and thus could be used with it. 
DuPont Corporation and Novartis Corporation also 
competed  with  Monsanto  and  its  parent  company, 
Pharmacia, primarily in the areas of pharmaceuticals, 
chemicals and consumer home products. The patent 
expiration of glyphosate had further opened opportu-
nities for companies to enter the agribusiness, an area 
that had long been dominated by Monsanto.
Patent expiration
Roundup® herbicide was registered for use in 1974. 
By 1991 patents protecting it had expired in several 
countries,  including  Australia.  Patent  protection 
for the  active  ingredient  in  the  herbicide  expired  in 
the  United  States  in  September  2000.27 Having  had 
patent  protection  on  the  production  and  sale  of 
Roundup®  herbicide,  Monsanto  now  stood  on  the 
threshold of competing with other chemical firms that 
made glyphosate-based herbicides.  Monsanto began 
lowering prices on Roundup® in markets where pat-
ent expiration was most likely to impact sales. Mon-
santo hoped to recoup in volume what it would lose 
in profit margins. 
On  19  January  1999,  Dow  Chemical  Company 
subsidiary  Dow  AgroSciences  LLC  and  Monsanto 
announced  a  multi-year  manufacturing  agreement 
that also licensed the rights to Monsanto’s patent data 
for glyphosate herbicide.
The  agreement  will  allow  Dow  AgroSciences  to 
register its own brand of glyphosate herbicide for 
sale globally. However, Dow AgroSciences will not 
be able to reference Monsanto data when registering 
its  products  for  use  in  Japan.  Additionally,  the 
agreement  allows  Dow  AgroSciences  to  use  its 
own  brand  of  glyphosate  herbicide  over  the  top 
of  Roundup  Ready®  soybeans  and  cotton  in  the 
year 2000 in the United States, and beginning in 
2001, over the top of Roundup Ready® corn in the 
United States.28
DuPont
DuPont was an extremely large company with US$28 
billion in sales in 1999.29 Its business was split fairly 
evenly  between  three  divisions:  Chemicals  (which 
DuPont is most widely known for), pharmaceuticals 
and  life  sciences.  From  1998  to  2000,  its  herbicide 
share in the soybean market had slipped from 30 per 
cent to 12 per cent due to inroads by Roundup®, and 
the company was forced to slash 800 jobs in the agri-
cultural  division.30  However,  in 2000,  the company 
began  producing  herbicides  similar  to  Roundup® 
under a licensing arrangement from Monsanto.
Novartis
Novartis competed in the areas of consumer health, 
healthcare  and  agribusiness  with  US$25  billion  in 
sales  in  1999.31  The  company  was  founded  in  1758 
under the name Ciba Geigy, and began by producing 
chemicals,  dyes  and  drugs  of all  kinds.  At  the time 
of Monsanto’s inception in 1901, Ciba was a market 
leader  in  artificial  sweeteners.  Like  Monsanto  and 
AHP,  it  competed  worldwide,  offering  herbicides, 
insecticides,  plant  activators  and  seed  treatment. 
While Novartis had not developed any breakthrough 
agricultural products in recent years, it did have the 
highest  capital-spending  budget  for  R&D  in  crop 
protection technologies.32 It also licensed glyphosate 
from Monsanto for use in its herbicide products.
American Home Products
As  mentioned previously, American Home Products 
(AHP)  posed  a  significant  threat  to  Monsanto.  Its 
acquisition of Cynamid Corporation in 1994 signif-
icantly strengthened the company on a global basis, 
placing AHP among the top-tier in sales of agricul-
tural  sciences.33  AHP’s  sales  jumped  from  US$8.9 
billion in 1994 to US$13.3 billion in 1995, due to the 
acquisition of Cynamid.34  However,  AHP showed a 

C-116 Case 9 • Monsanto
net loss of US$1.2 million in 1999, due to the mass 
restructuring of the organisation to accommodate the 
new agricultural company. In addition, it conducted 
a  nationwide  inventory  buyback  program  of  soy-
bean seeds in order to prepare for Cynamid’s future 
herbicide  products.  This  reduced  1999  net  sales  by 
US$175 million.35
AHP’s focus on market research and R&D result-
ed in the development of an improved alternative to 
Roundup®  products,  EXTREMETM  herbicide  and 
PURSUIT  residual.  EXTREMETM  used  glyphosate, 
the same main ingredient used in Roundup®, and com-
bined it with a residual agent PURSUIT, which pre-
vented new weeds from growing up to six days after 
application.36  The  customer  could  not  get  this  ben-
efit  from using  Roundup®  alone.  When AHP  asked 
customers how to improve Roundup®, 85 per cent of 
them responded, ‘Give it residual control.’37 The two 
companies, Cynamid (AHP) and Monsanto, signed a 
multi-year agreement in July 1999 in which Cynamid 
(AHP) would be allowed to purchase the glyphosate 
for  use  in  EXTREMETM.38  Since  the  product  could 
be used in conjunction with the glyphosate-immune 
seeds sold by Monsanto, AHP was able to benefit by 
Monsanto’s large installed base of existing customers 
(see Exhibit 8).
Growing concerns
The  genetically  modified  food  industry  had  long 
faced opposition in Europe, and was facing increasing 
criticism in the United States. In addition, Monsanto 
in particular was facing charges of misleading adver-
tising,  and  that  Roundup®’s  primary  active  ingre-
dient,  glyphosate,  had  been  linked  to  illnesses  that 
included a form of cancer known as non-Hodgkin’s 
lymphoma.
Patenting life
Although in the year 2000 the controversy over bio-
engineered  foods  was  only  beginning  in  the  United 
States, other countries had advocated against the sale 
of GM food for years. The  use  of biotechnology  to 
create genetically modified food ‘… has set off a fire-
storm  among  European  consumers’.39  In  the  Euro-
pean  Union,  a  legal  and  political  battle  had ensued 
over whether or not to allow companies to patent ‘life’ 
(that is, gene sequences which they have either discov-
ered or engineered).
In 1988, the European Commission first proposed 
a patent directive (law) which would have allowed 
such  patents.  Seven  years  later,  in  1995,  the 
European Parliament (EP) rejected this legislative 
proposal because it deemed the patenting of life-
forms  unethical.  But  in  1998,  the  Parliament 
succumbed to pressure from the biotech industry 
and adopted the ‘Life Patents Directive’. However, 
the Directive  is now  being  challenged  before  the 
European Court of Justice and it is still not certain 
whether  the  industry  will  get  what  it  wants.  In 
addition, matters are made even more complicated 
by the existence of a parallel patenting system, the 
much  older  European  Patent  Convention  (EPC), 
Exhibit 8   Global herbicide sales of American Home Products/Monsanto (US$mn)
1997 1998E 1999E 2000P 2001P 2002P 97–02 ‘CGR
Roundup $2 188 $2 450 $2 650 $2 850 $2 850 $2 850 5%
Pursuit 540 570 600 625 650 675 5%
Prowl/Stomp 314 325 340 360 380 400 5%
Scepter 117 135 165 195 225 250 16%
Lasso/Harness 390 360 360 360 360 360 –2%
BST 160 190 210 230 250 270 11%
Squadron 68 80 95 110 125 140 16%
Other Herbicides 448 490 550 610 660 700 9%
Total Herbicides $4 225 $4 600 $4 970 $5 340 $5 500 $5 645 6%
% Change 15% 9% 8% 7% 3% 3%
Note: E = Estimated, P = Predicted.  Source: Pharmaceutical Industry Pulse Part 6, SG Cowen Securities Corporation, 1 October 1998.

Case 9 • Monsanto C-117
Exhibit 9   Greenpeace’s labelling guidelines
Policy Concerning the Labelling and Declaration of Genetically Engineered Food Products
Greenpeace International, November 1997
Greenpeace is opposed to the release of genetically modified organisms (GMOs) into the environment.  We also believe that 
stream-lining of crops (sometimes referred to as segregation) is essential for the right of consumers to be provided with the 
choice of non-genetically manipulated food.  For products that do contain or are produced by GMOs all products, seeds, animal 
feed, and food products and their components must be very clearly labelled.
Greenpeace has provided an example of how a label for such products could look. We are calling on the EU Commission 
to implement a comprehensive and immediate labelling program for its citizens that allows for the choice of non-genetically 
modified food for consumers.
Greenpeace Policy on Labelling in the European Union
All food products that have been produced, processed, grown or cultivated under one of the following preconditions have to be 
marked with a clear and easily visible label (see Annex 1), to inform consumers about the production process and to allow an 
informed choice between genetically engineered and conventional food products.
The label has to be used as a non-removable sticker or as a direct imprint on the product itself or its packaging (whatever 
is displayed to the customer).  The labelling policy should come into effect immediately as stickers can be used as a phase in for 
the interim period when direct imprints should be obligatory.
For the labelling process, the complete chain of production and all components of the final product must be taken into 
consideration.  All ingredients and components of the final product must be listed.  The technical capability to detect GMOs is 
not a criteria for labelling.
Additional information on the product must clearly state if the product contains proteins from plants, animals or 
microorganisms known to initiate allergies.
A central register of all products on the market in the European Union should be maintained.  Information should be 
collected and results published for the public by the EU Scientific Food Committee controlling program on the short and long 
term effects of genetic engineering in food.
Liability for any health effects caused from food or products derived from GMOs should be the responsibility of the food 
processing company or company involved.
(A) Labelled ‘Genetically Manipulated’
Food products must be marked with the label ‘Genetically manipulated’ if one or more of the following preconditions applies to 
either the finished product or one or more of its components:
1.  Food products and/or their components that consist of or contain genetically modified organisms (according to the 
definition set out in the EU-directive 90/220/EEC).  This regulation applies both for finished products and their components, 
regardless whether the genetical modification can be detected by currently available scientific standards or not.
2.  Food products and/or their components that are produced or derived from genetically modified organisms.  This regulation 
applies both for finished products and their components, regardless of whether the genetical modification can be detected 
by currently available scientific standards or not.
3.  Food products, if their additives are produced or derived from genetically modified plants or animals.
4.  Food products obtained or derived from animals raised and fed with genetically modified animal fodder.
5.  Animal fodder must be labelled as genetically manipulated:
  if the fodder or its components consist of or contain genetically modified organisms or their parts; if the fodder or its 
essential components are produced or derived from genetically modified organisms.
6.  Animals that are genetically engineered and sold for food or animal fodder (such as fish meal).
(B)  Labelled ‘Produced with Genetic Engineering’
Food products have to be marked ‘Produced with genetic engineering’ (without a label; in written form, placed within the list 
of ingredients), if one or more of the following preconditions applies to either the finished product or one or more of its 
components:
1.  Food products that are produced with the help of production processes that operate with genetically modified organisms or 
their derivatives.
2.  Food products that contain or are produced with the help of additives (vitamins, enzymes, flavoured substances  
(flavourants)) that are produced or derived from genetically modified organisms.
Source: Information taken from www.greenpeace.org/~geneng/.

C-118 Case 9 • Monsanto
which  does  not  allow  patents  on  plants  but  is 
undecided on patents on animals and genes.40
Patents  on  gene  sequences  were  first  allowed  in 
the  United  States.  If  laws  banning  the  patenting  of 
gene  sequences  were  upheld,  Monsanto  would  be 
unable to protect itself from other companies copying 
and reselling the technology in which it had invested 
so heavily.
The regulation of genetically 
modified foods
In the United States, the Food and Drug Administra-
tion  (FDA)  is  responsible for regulating  the  biotech 
industry.
Under  FDA  policy  developers  of  bioengineered 
foods  are  expected  to  consult  with  the  agency 
before  marketing,  to  ensure  that  all  safety  and 
regulatory  questions  have  been  fully  addressed. 
FDA’s  policy  also  requires  special  labeling  for 
bioengineered foods under certain circumstances. 
For  example,  a  bioengineered  food  would  need 
to  be  called  by  a  different  or  modified  name  if 
its  composition  were  significantly  different  from 
its  conventionally  grown  counterpart,  or  if  its 
nutritive  value  has  been  significantly  altered. 
Special  labeling  would  be  required  if  consumers 
need to be informed about a safety issue, such as 
the possible presence of an allergen that would not 
normally  be  found  in  the  conventionally-grown 
product.41
As the FDA policy existed in 2000, most products 
that contained genetically modified components did 
not need to state this fact on their labels. This raised 
heavy  criticism  from  consumer  advocacy  groups, 
which  lobbied  to  have  food  containing  GM  prod-
ucts  labelled  as  such.  One  advocacy  group,  Green-
peace,  released  a  guideline  for  labelling  GM  foods 
(see Exhibit 9).
Consumer  advocates  also  criticised  the  FDA’s 
policy that unless a genetically modified food is sig-
nificantly different from its ‘natural’ counterpart, the 
agency  would not test  that  food  product  for safety. 
The FDA asserted that GM food is ‘… exempt from 
testing  because  it  is  “generally  recognized  as  safe” 
(GRAS)’.42  However, many  scientists,  including  sci-
entists working for the FDA, insisted that the agency 
should  test all genetically modified  products  on  the 
market.
Herbicide risks
Many of those who were opposed to the use of genet-
ically  modified  food  were  also  concerned  because 
companies  developing  herbicide-resistant  crops  had 
begun requesting permits allowing higher residues of 
chemicals in genetically engineered food. For exam-
ple, Monsanto had already received permits enabling 
a  threefold increase  in  herbicide  residues  on geneti-
cally engineered soybeans in Europe and the United 
States  (up  from  six  parts  per  million  (PPM)  to  20 
PPM).43  This  was  particularly  alarming  because  a 
study by Swedish oncologists Dr Lennart Hardell and 
Dr Mikael Eriksson, published in the 15 March 1999 
Journal of American Cancer Society, indicated a link 
between  glyphosate  and  non-Hodgkin’s  lymphoma 
(NHL). The researchers maintained that exposure to 
glyphosate increased the risk of contracting this form 
of cancer.44
Sadhbh  O’Neill,  of  the  European  organisation 
Genetic  Concern,  stated  that  this  study  reinforces 
concerns by environmentalists and health profession-
als that:
…  far  from  reducing  herbicide  use,  glyphosate 
resistant crops may result in increased residues to 
which we as consumers will be exposed in our food. 
Increased residues of glyphosate and its metabolites 
are already on sale via genetically engineered soya, 
common in processed foods. However no studies 
of the effects of GE soya sprayed with Roundup on 
health have been carried out either on animals or 
humans to date.45
The  United  States  Department  of  Agriculture 
(USDA) statistics from 1997 show that expanded 
plantings  of  Roundup  Ready®  soybeans  (i.e. 
soybeans genetically engineered to  be tolerant to 
the herbicide) resulted in a 72 percent increase in 
the use of glyphosate. According to the Pesticides 
Action  Network,  scientists  estimate  that  plants 
genetically  engineered  to  be  herbicide  resistant 

Case 9 • Monsanto C-119
will actually triple the amount of herbicides used. 
Farmers, knowing that their crop can tolerate or 
resist being killed off by the herbicides, will tend 
to use them more liberally.46
Misleading advertising
Though  Monsanto  marketed  Roundup®  as  ‘biode-
gradable’ and ‘environmentally’ friendly, test results 
had shown that the main ingredient in Roundup®, gly-
sophate, was the number one cause of illness among 
farm workers.47 This brought them under close scru-
tiny by the US Attorney General’s office. As a result, 
Monsanto was forced to pay fines up to US$100 000 
to compensate the government for the money spent in 
the investigation.
To counter the European aversion to genetically 
modified foods, Monsanto launched a US$1.6 million 
campaign  to  ease  Europeans’  hard  feelings  about 
genetically modified seeds and pesticides. It promised 
citizens  that  genetically  modified  foods  were  harm-
less to the environment and to people who eat them. 
It also declared that GM potatoes and tomatoes had 
been  approved for sale in  the  UK (when in  fact the 
UK  had not yet approved these vegetables for sale). 
The European public showed a less-than-welcoming 
response  to  this  campaign,  complaining  on  13  sep-
arate  occasions  to  the  UK  Advertising  Standards 
Authority  that  these  ads  were  false  and  consumers 
were hurt as a result.48
Positioning for the future
The technological innovation embodied in Roundup® 
and  Roundup  Ready®  seeds  had  given  Monsanto  a 
dominant  and  profitable  position  in  the  agricul-
tural  market.  This  product  line  had  come  to  repre-
sent a significant portion of Monsanto’s revenues and 
profits.  However,  with  the  impending  patent  expi-
ration,  increasing  pressure  from  groups  opposed 
to  genetically  modified  foods,  and  other  possi-
ble health concerns,  the future of Roundup® – and, 
indeed,  Monsanto  –  had  become  quite  murky.  Ver-
faillie needed to position his company for the future, 
but  to  do  this  required  addressing  some  very  diffi-
cult questions. Could Monsanto defend its position in 
Roundup®? If not, could it develop new markets that 
leveraged its biotechnology resources? Would geneti-
cally modified foods gain acceptance, or face increas-
ing opposition and regulation? Was promoting genet-
ically modified foods ethical? How could Monsanto 
increase its competitiveness internationally? In sum, 
how would Monsanto evolve to face the future?
Notes
The website sources given below were correct at the time of the 
merger but may no longer be vlaid.
  1   www.monsanto.com/Monsanto/mediacenter/background/ 
96sep24_Herbicide.html.
  2   www.accessexcellence.org/AB/BC/what_is_biotechnology.
html. The National Health Museum is a 501(c)(3) non-profit 
corporation, based in Washington DC.
  3   www.biotechknowledge.com/primer/primer.html.
  4 
  Henry  Miller,  MD,  Fellow  at  Stanford  University’s  Hoover 
Institution, 17 June 1999.
  5   http://netspace.students.brown.edu/MendelWeb/home.html.
  6 
  http://library.thinkquest.org/10551/web1Eng/biotech2.htm.
  7 
  www.cp.vovartis.com/dframe.htm.
  8 
  Kerri Walsh. 1998, Chemical Week, 9 September. 
  9 
  Alice Naude, 1998, Chemical Market Reporter, 253(10), 9 March, 
p. FR8.
1 0  Information  taken  from  MOJO  Wire,  www.mojones.com/
mother_jones/ JF97/brokaw.html.
1 1  www.safe2use.com/pesticidenews/roundup.htm..
1 2  www.greenpeace.org/~geneng/highlights/pat/98_09_20.htm.
1 3  www.monsanto.com/monsanto/gurt/default.htm.
1 4  Ibid.
1 5  www.pharmacia.com/facts_monsanto.html.
1 6  Monsanto’s 1999 10K.
1 7  Anonymous; 1999, ‘Agri marketing’, Skokie, 37(6), June, p. H. 
1 8  Naude, Chemical Market Reporter.
19   www.monsanto.com/monsanto/about/careers/default.htm.
20   http://dir.yahoo.com/Science/Agriculture/News_and_Media/
Magazines/Trade_Magazines/.
2 1  Anonymous, 1999, The Economist, 19 June. 
2 2  www.farmsource.com/Product_Info/.
23   Scott’s Company news release, Marysville, Ohio, 12 July 1999.
24   Andrew Wood, 1998, Chemical Week, 1 July. 
25   Hendrik Verfaille, CEO of Monsanto, Letter to Shareowners, 
1 March 2001.
26   www.cynamid.com.
27   www.sec.gov/Archives/edgar/data/67686/0000067686-99-
000050-index.html.
28   www.monsanto.com/monsanto/mediacenter/99/99jan19_dow.
html.
29   www.hoovers.Dupont.htm.
30   Robert Westervelt, 2000, Chemical Week, 19 January. 

C-120 Case 9 • Monsanto
31   www.hoovers.novartis.htm.
32   www.cp.novartis.com/d_frame.htm.
33   www.ahp.com/overview.htm.
34   www.ahp.com/netsales.htm.
35   www.hoovers.com.
36   www.extremecontrol.com.
37   Ibid.
38   S. Thompson, Public Affairs, www.cynamid.pressrelease.com. 
39   Lucette Lagnado, 2000, ‘Chefs at the biotech barricades’, The 
Wall Street Journal, 9 March, p. B1.
40   www.greenpeace.org/~geneng/.
41   www.fda.gov/oc/biotech/default.htm.
42   www.netlink.de/gen/Zeitung/1999/990624b.htm.
43   www.safe2use.com/pesticidenews/roundup.htm.
44   Wendy Prisnitz, 1999, ‘New studies link Monsanto’s Roundup 
to cancer’, Natural Life, 68, July, Toronoto, Canada, www.life.
ca/nl/68/cancer.html.
45   Ibid.
46   Ibid.
47   http://jinx.sistm.unsw.edu.au/~greenlft/1997/262/262p13c.
htm.
48   Anonymous, The Economist.

C-121
Case 10
Nucor Corporation and the 
US steel industry
Brian K. Boyd  Steve Gove
Arizona State University  Arizona State University
Darlington, South Carolina, 1969. Making steel is a 
technically demanding, complex and dangerous pro-
cess. Nucor Corp.’s initial foray into steel production 
was the latter. Instead of staffing the plant with sea-
soned  steel  veterans,  Nucor  hired  farmers,  mechan-
ics  and  other  intelligent,  motivated  workers.  Those 
employees along with company executives and digni-
taries in attendance at Nucor’s mill opening fled the 
plant  as  the  inaugural  pour  resulted  in  molten  steel 
pouring  on  to  the  mill  floor  and  spreading  towards 
the crowd. Onlookers and employees alike were left 
wondering if Nucor would ever successfully produce 
steel.1
The steel industry, a classic example of a market in 
the late stages of maturity, traces its roots to colonial-
era  blacksmiths  who  forged  basic  farm  and  house-
hold equipment. The industry grew (and consolidat-
ed) rapidly in the first half of the 20th century, with 
worldwide  demand  growing  throughout  the  1960s. 
However, a series of shifts in market dynamics led to 
dramatic industry-wide declines in growth and prof-
itability. The dominant players faced the same prob-
lems as leaders of other mature industries – Ford and 
General  Motors,  for  example:  obsolete  production 
facilities, bureaucratic management systems, heavily 
unionised  workers  and  hungry  foreign  competitors. 
Due to its centrality in the economy, the decline of the 
steel industry was cited by some observers as evidence 
of the decline of the overall US economic system.
While  foreign  competition  played  a  significant 
role in changing the US steel industry, an even larger 
factor  emerged  during  the  1970s: minimill  technol-
ogy. Traditional ‘integrated mills’ rely on large-scale 
vertical  integration  including  integrated  coke  and 
ore  production.  ‘Minimills’  used  a  new  technology 
to  recycle  scrap  steel  and  quickly  stole  most  of  the 
commodity  steel  market  away  from  integrated  pro-
ducers. This enabled minimills to enter a geographic 
market with a distinct cost advantage: they typically 
require  a  capital  investment  of  US$300  to  US$500 
million, or 5–10 per cent of that required for an inte-
grated mill. The minimill revolution has resulted in a 
dramatic dispersion of the steel manufacturers from 
the ‘rust belt’ to the primary population and growth 
areas  of the United  States. The  impact  of minimills 
on the industry is best demonstrated by looking at the 
former industry leader US Steel (now USX Corp.). In 
1966, US Steel controlled 55 per cent of the American 
steel market; in 1986 it controlled only 17 per cent.
Despite  its  inauspicious  foray  into  steel,  Nucor 
Corp.  has  become  the  benchmark  for  both  the  US 
steel  industry  and  US  industry  in  general.  Nucor  is 
one  of  the  fastest  growing  and  most  efficient  steel 
producers in the world. Despite declining demand for 
steel,  Nucor’s  growth  has  been  phenomenal.  Since 

C-122 Case 10 • Nucor Corporation and the US steel industry
pouring its first batch of steel in the 1960s to support 
in-house operations, the company has become one of 
the  top  five  producers  of  steel  in  the  United  States. 
Without an R&D  department, Nucor has repeated-
ly achieved technological feats other steel producers 
thought  impossible.  Their  hourly  pay  is  among  the 
lowest in the industry, yet they have the highest pro-
ductivity per worker of any steel producer in the US 
and  near  zero  employee  turnover.  How  has  Nucor 
achieved  such phenomenal  success? Can  it continue 
to do so?
US steel industry history
Steel has been a part of the domestic economic system 
since the colonial era, when iron (the parent of steel) 
was smelted and forged. The early 19th century, with 
the advent of steam engines, cotton gins and farming 
combines, advanced iron as a commodity of progress. 
The addition of carbon to iron yielded a material with 
additional  strength,  elasticity,  toughness  and  malle-
ability at elevated temperatures. The Civil War pro-
vided the impetus for the industry to organise, con-
solidate,  expand  and  modernise  to  supply  the  vast 
quantities of steel required for warfare.
Following  the  Civil  War,  the  construction  of 
new  transportation  systems,  public  works  projects, 
automobiles,  bridges,  ships  and  large  buildings  all 
fuelled  a  torrid  expansion  of  the  industry  lasting 
through the turn of the  century. Domestic  econom-
ic  expansion  and  two  world  wars  maintained  an 
unquenchable  appetite  for  steel  both  in  the  United 
States  and around  the  world  in  the  first  half  of  the 
20th century. In the aftermath of the Second World 
War,  America’s  steel  industry  prospered  as  it  sup-
plied  an  ever-expanding  domestic  economy and the 
rebuilding of war-ravaged infrastructures. This wind-
fall for the domestic industry was in actuality one of 
the root causes for its eventual decline. US plants, left 
idle by the  end of the war, were reactivated to sup-
port the Marshall Plan and MacArthur’s rebuilding 
of Japan. The war-torn nations of the world, however, 
rebuilt their industrial facilities from the ground up, 
incorporating the latest production technology. Con-
versely, domestic producers were content with older, 
formerly inactivated facilities.
Global  demand  for steel  expanded continuously 
throughout  the  1960s;  domestic  producers  elected 
not  to  meet  this  demand,  choosing  only  to  match 
domestic  consumption  requirements.  This  present-
ed an opportunity for up-start foreign producers to 
rejuvenate and strengthen themselves without direct-
ly competing against US producers. Throughout this 
expansion, the relationship between management and 
Exhibit 1   Comparative trends: GDP, steel industry output and Nucor output, 1980–96
Note:  Information is overall trends; it is not to scale for comparison. GDP is scaled on right axis in trillions of 1992$. Industry is scaled on left axis in million tons. Nucor 
is scaled on left axis in million tons, but shown at 10×.
Steel industry GDP
Nucor
1980
0
20
40
60
80
100
120
140
$0
$1
$2
$3
$4
$5
$6
$7
$8
1982
1984
1986
1988
1990
1992
1994
1996

Case 10 • Nucor Corporation and the US steel industry C-123
labour soured. In  1892,  Henry Clay Frick’s  Pinker-
ton  guards  attacked  striking  workers,  setting  the 
stage for a contentious relationship between manage-
ment and labour. Labour, represented by the United 
Steel Workers of America (USWA), and management 
began  negotiating  three-year  collective  bargaining 
agreements  beginning  in  1947.  These  negotiations 
frequently collapsed, and strikes following the third 
year of a contract became commonplace. Firms depen-
dent on steel soon initiated a pattern of accumulating 
30-day  ‘strike  hedge’  inventories  to  feed  operations 
during strike shutdowns. In 1959, the USWA walked 
out  for  116  days.  In  1964,  another  strike  required 
presidential intervention. The impact of these strikes 
reverberated  throughout  the  economy.  Major  cus-
tomers began to look for stable supplies of steel from 
foreign producers who, in 1959, met only 3 per cent 
of domestic demand. Fuelled by excess capacity and 
strike-induced demand, foreign producers were pro-
viding  18 per cent of  domestic  demand by the time 
a  long-term  labour  accord was  reached  in  the  early 
1970s. Foreign producers currently supply 20–25 per 
cent of the steel used in the United States.
The slowdowns and closures of the 1970s set the 
stage for the steel industry’s ‘dark ages’ – the period 
from 1980 to 1986 when steel output declined from 
115 to 80 million tons despite an increase in real GDP. 
The energy crisis led to demand  for smaller, lighter 
cars  which  require  less  steel,  also  resulting  in  less 
required  tonnage.  R&D  in  the  steel  industry led  to 
stronger blends of steel. New materials, such as petro-
leum-based materials (plastics), organics (wood/pulp) 
and  synthetic  materials  (fibreglass,  epoxies)  became 
significant  threats  in  several  applications  customar-
ily met by steel. Overall employment in steel fell from 
535 000 in 1979 to 249  000 in 1986.
Despite  this  decline,  this  was  also  a  period  of 
shakeout and dynamic activity in the industry. Slow-
ly, and with the help of the federal government (pri-
marily in tax and regulatory relief and enforcement 
of  Uruguay  Trade  Agreements / Voluntary  Restrain-
ing  Agreements),  some  firms  were  able to revitalise 
their  operations  by  streamlining  production,  select-
ing better markets, focusing production (minimills), 
improving facilities, stabilising labour contracts, and 
reducing labour content through plant modernisation, 
dollar devaluation and a reprieve from the onslaught 
of substitute materials. This gave the surviving firms 
an opportunity to recover and prosper.
Historically, demand for steel fluctuates in both 
the US and international markets due to its close ties to 
durable and capital goods, markets which suffer more 
acutely during austerity and are more prosperous dur-
ing economic expansions. Economic swings notwith-
standing, there has been little appreciable growth in 
steel demand between the 1950s and the 1990s. Cur-
rent domestic production is approximately 100 mil-
lion tons per year, far less than the 120 million tons of 
1981. Decline in demand has led to substantial excess 
capacity.  In  1980,  for  example,  domestic  producers 
Exhibit 2   World capacity, production and idle capacity, 1970–90
0
200
400
600
800
Capacity
1970
1975
1980
1985
1990
Year % idle
1970 20
1972 22
1974 13
1976 25
1978 24
1980 29
1982 39
1984 29
1986 31
1988 23
1990 23
Production
Millions of tons

C-124 Case 10 • Nucor Corporation and the US steel industry
had 25 per cent idle capacity. While the industry now 
operates at 90 per cent of capacity, this has come as a 
result of reduced capacity, not increased output; total 
domestic  capacity  declined  by  30  per  cent  between 
1980 and 1994. Capacity reduction in the steel indus-
try is expensive, particularly for integrated producers. 
USX Corp., for example, eliminated 16 per cent of its 
capacity in 1983 at a cost of US$1.2 billion. Still, by 
1987, USX had 40 per cent idle capacity.
While  large-scale,  integrated  producers  such  as 
USX  were  shedding  excess  capacity,  a  new  type  of 
competitor,  ‘minimills’,  was  entering  the  market. 
Minimills  utilise  recycled  steel (in the  form of junk 
cars,  scrap,  etc.)  as  a  primary  ingredient.  Unlike 
the  integrated  producers,  minimills  are  less  capital-
intensive, smaller and have historically focused on pro-
ducing  low-technology,  entry-level  products.  Unlike 
integrated mills, which have seen production decline, 
minimills have seen explosive growth, with numerous 
plants opening in the late 1980s and 1990s.
Overall,  the  steel  industry  has  all  of  the  char-
acteristics  of  a  highly  competitive  market:  stagnant 
demand, excess capacity and numerous global com-
petitors.  The  ability  of  the  largest  firm  to  use  its 
power to set prices is gone.  Above-average industry 
margins  are  quickly  targeted  by  other  firms.  These 
factors are compounded by a largely commodity-like 
product that minimises switching costs and customer 
loyalty.  Not  surprisingly,  the  profit  performance  of 
the industry has been weak; the industry as a whole 
lost money during  much of  the  1980s. In  1987, the 
first (albeit small) industry-wide profit in eight years 
was posted. With the exception of the 1990–91 reces-
sion, domestic producers have gradually improved the 
return on assets  to a value of 6.1  per  cent in 1994. 
A flurry of exits and Chapter 11 reorganisations led 
to an  improved profit  potential for remaining  firms 
by  the  mid-1990s.  The  success  is  more  pronounced 
in  the minimill  sector,  although  the  integrated  pro-
ducers are presently healthy and now represent a new 
threat to the minimills.
Emerging industry trend
While  in  many  ways  the  industry  appears  to  have 
stabilised, a number  of emerging trends threaten  to 
cause further disruption within the industry to both 
integrateds and minimills.
Minimill over-capacity
Starting  in  1989,  only  one  company,  Nucor,  was 
capable of producing  flat-rolled steel  using minimill 
technology.  However,  competing  firms  have started 
using similar technology and there were expected to 
be 10 new flat-roll minimills on-line by 1997, adding 
13 million tons of production capacity – about 10 per 
cent of 1996 production – to the industry. This new 
capacity  should  become  available  just  as  steel  con-
sumption is expected to decline.
Scrap prices
Due to growing demand for scrap metal, its cost has 
become  increasingly  volatile  in  the  1990s.  In  1994, 
for  example,  prices  climbed  as  much  as  US$50/ton 
to US$165–170/ton, while 10 million tons of Amer-
ican  scrap  were  exported  to  offshore  customers.  In 
Exhibit 3   US production, 1974 and 1994
Production in millions of tons
160
140
120
100
80
60
40
20
0
1974
Integrated mills Minimills Other scrap mills Speciality firms
1994

Case 10 • Nucor Corporation and the US steel industry C-125
1996, prices reached US$200/ton, and were expected 
to climb, but instead declined to US$170–180/ton by 
the end of 1997.
Euro production
While growth has improved in recent years, demand 
for steel is still weak in much of Europe, particularly in 
Eastern European nations. Western Europe alone had 
20 million tons of excess capacity in 1994, and Rus-
sian mills were operating at 65 per cent of capacity. 
Additionally,  many European  mills  are  state-owned 
and  subsidised.  Faced  with  weak  performance  and 
idle  capacity,  many  of  these  mills  are  aggressively 
pursing  export  opportunities  in  China  and  other 
parts of Asia. Russian steel exports approached US$4 
billion in 1993, double their 1992 level.
Antidumping rulings
US  integrated  steel  producers  filed  72  charges  of 
dumping against foreign competitors – primarily the 
Germans  and  Japanese.  In  1993,  the  International 
Trade  Commission  concluded  that  there  was  some 
justification for these charges, but not for others, and 
ruled that foreign steel caused no harm in 40 of the 
72 cases. Stock prices for US producers (in aggregate) 
declined US$1.1 billion in the 90 minutes following 
the announcement of the ruling.
Industry economic 
structure
The domestic steel industry, until recent technological 
changes, was essentially composed of two vertically 
integrated sectors. The first was the raw steel produc-
tion  sector  which  encompassed  steel-making  opera-
tions from the unearthing of ores and coke to the basic 
ore reduction and smelting. The outcome or product 
of this sector was ingots, billets and slabs which are 
standard steel shapes. These products were then sent 
to finishing mills (the second sector) which conducted 
various heat treating and shaping processes to produce 
finished steel products such as bars, tubes, castings, 
forgings, plates, sheets and structural shapes. These 
two sectors were typically housed under a single facil-
ity but as two distinct operations in what was termed 
the  ‘integrated’  producer. Traditionally,  steel  manu-
facturers used batch processing, which involved heat-
ing a furnace of steel and pouring the entire furnace 
full of molten steel into billets, ingots and slabs. These 
intermediate  products  were  then  processed  and  the 
process was repeated. The onset of continuous cast-
ing technology (a process in which ores are reduced 
and poured into final shapes without the intermediate 
production of slabs and ingots) in the late 1970s has 
blurred  the  classical  two-sector  demarcation.  Most 
producers  today  use  the  continuous  casting  process 
Exhibit 4   Domestic capacity and production, 1980–96
0
50
100
150
200
Millions of tons
1980
1983
1986
1989
1992
1995
Capacity Production

C-126 Case 10 • Nucor Corporation and the US steel industry
for  producing  isometric  shapes,  but  raw  steel  must 
still be shipped to finishing mills for manufacture of 
more complex products.
The suppliers to the steel industry can be broadly 
assigned to three major classes: ore, energy and trans-
portation. Since a preponderance of the final produc-
tion cost is tied up in these input items, many producers 
have vertically integrated backwards by acquiring ore 
and  coal/coke mining firms  and  transportation net-
works (rail and barge). The supply factors of produc-
tion  (transformation  factors)  are  labour  to  operate 
plants,  capital  facilities  and  land.  Recent  moderni-
sation  has  significantly  substituted  technology  for 
labour in steel production.
Minimills are a significant force of change in the 
industry, as their supplier and customer requirements 
differ  from  the  integrated  mills.  First,  ore  supplies 
are, to differing degrees, replaced by a need for access 
to large quantities of scrap steel. Second, minimills, 
while  still  large  consumers  of  electricity,  consume 
far  less  power  than  their  integrated  mill  counter-
parts. This, along with the lower output capacity of 
each  plant,  allows  for placement  of the  mills  closer 
to the third factor: the changing customer base. This 
has resulted in a  radical shift in steel production in 
recent years from western Pennsylvania and Ohio to a 
much broader dispersion of steel mills throughout the 
United States. By one estimate, steel mills can now be 
found in over half of the US states.
The principal markets and customers for steel are 
the classical markets. Some sectors are on the decline, 
while others are fairly stable. The automotive sector 
was historically the largest consumer of steel in peace-
time. Construction materials is now the largest sector, 
followed by the automobile and container industries, 
energy  equipment,  industrial  machinery,  farming 
equipment, car/rail production  and various military 
applications.  The  reduced  demand  by  the  automo-
bile  industry  is  the  result  of the  lower  steel  content 
in a modern automobiIe, a trend steel producers are 
aggressively trying to counter by banding together to 
form  the  Steel Alliance which is running  a US$100 
million advertising  campaign targeted  at consumers 
and  touting  the  advantages  of  steel  for  automobile 
design (and house construction).
Service  centres  are  playing  an  increased  role  in 
the industry, acting as major distributors and whole-
salers  for finished  steel  products  to  steel  consumers 
(construction  firms,  shipbuilders,  machine  fabrica-
tors, etc.). With the exception of the automobile and 
automobile part manufacturers (who contract direct-
ly with producers), most finished steel is delivered to 
end users via the steel service centre, moving some of 
the inventory management burden to the service cen-
tres for a marginal mark-up to the end user. This pres-
ents a forecasting complication to planners and strat-
egists,  as  all  demand  for steel  is  a  derived  demand. 
The forecaster  must  be  able to  look into the macro 
forces affecting an economy and project steel’s role in 
Exhibit 5   Steel demand by market sector, 1972 and 1998
0
5
10
15
20
25
30 1972
Automotive
Percent of demand
Service centres
Construction
Containers
Industrial machinery
Energy/minerals
Rail/rail vehicles
Farm machinery
Shipbuilding
Other
1998

Case 10 • Nucor Corporation and the US steel industry C-127
the broader economic system from which a consumer 
demand pattern could be ascertained.
Steel production 
technology
Any attempt to consolidate steel and steel production 
technology into a few paragraphs would be doing the 
topic a disservice. However, two major issues deserve 
additional  attention:  production  factors  and  substi-
tutes. Automation has improved the competitive posi-
tion of the industry by reducing its exposure to vol-
atile  labour  markets  and  labour  costs.  It  has  also 
increased the flexibility of producers to shift product 
output  and  incorporate  the  continuous casting  pro-
cess. Closely related is the elimination of the old open-
hearth furnace in favour of the blast-oxygen furnace 
and electric arc furnaces, which are far more efficient, 
more  easily  automated  and  require  less  manpower. 
These furnaces also reduce stack emissions, a critical 
environmental requirement (and a concern that many 
foreign producers do not face). While technology has 
been a driver of change, labour agreements and rela-
tions have not always made it possible to fully exploit 
the benefits of technological improvements.
The  proliferation  of  substitute  materials  is  an 
important  issue.  It  is  important  to  note,  however, 
that while substitutes have made significant inroads 
into  steel  markets  over  the  last  30  years,  they  will 
likely never replace steel as the commodity of choice 
for  many  applications.  Steel  will  not  be  displaced 
(with very minor exceptions) as a material in strength 
applications: plastic  is  not  strong  enough; graphite-
reinforced  plastics  and  epoxies  lack  steel’s  thermal 
resistance properties; wood is not as strong or envi-
ronmentally resistant as steel; and titanium remains 
a  rare,  expensive,  strategically  controlled  material. 
Furthermore, steel  comes  in  many different  compo-
sitions  (stainless,  tool,  high-strength,  galvanised). 
The industry’s R&D efforts have continued to evolve 
steel to meet the demands of customers. In short, steel 
remains  –  and  is  likely  to  remain  –  the  material  of 
choice in most applications.
Nucor Corporation
Nucor Corp. began  life as the Nuclear Corporation 
of America.  The  latter  was  a  highly  diversified  and 
marginally profitable company; its products included 
instruments,  semiconductors,  rare  earths  and  con-
struction. One of its potential acquisitions was Coast 
Metals,  a  family-owned  producer  of  speciality  met-
als. When the acquisition fell through, Nuclear hired 
one of Coast’s top engineers as a consultant to recom-
mend other  acquisition  targets.  The engineer  – Ken 
Iverson – had strong technical skills (including a grad-
uate  degree  in  metallurgy  from  Purdue  University) 
and general management experience. Based on Iver-
son’s recommendation, Nuclear acquired a steel joist 
company  in  South  Carolina.  Subsequently,  Iverson 
joined Nuclear as a vice president in 1962. Nuclear 
built a second joist plant in Nebraska the following 
year. Iverson was responsible for supervising the joist 
operations as well as the research, chemical and con-
struction segments. By 1965, the diversified company 
had experienced another string of losses, although the 
joist operations were profitable, and Iverson was pro-
moted to president.
Recognising  that  its  most  valuable  skills  lay  in 
its  joist  operations,  Nuclear  became  Nucor  Corp. 
and  divested  non-joist  operations.  New  joist  plants 
soon followed, including one in Alabama in 1967 and 
another in Texas in 1968. As a joist company, Nucor 
was dependent on American and foreign steel produ-
cers  for  its  key  input.  Iverson  decided  to  integrate 
backwards into steel making in the hopes of stabilising 
supply and lowering input costs for the joist business. 
So, Nucor began construction of its own steel mill in 
Darlington, South Carolina – a location close to an 
existing  joist  operation.  The  Darlington  plant  used 
the  then  new  minimill  technology.  When  the  plant 
opened on 12 October 1969, the pouring of the first 
batch of steel resulted in molten steel cascading out of 
the mould and across the floor of the plant. Despite 
the  mishap,  Nucor  quickly  became  adept  at  mini-
mill technology. In addition to supplying its own joist 
operations, it began competing with integrateds and 
other minimills in the commodity steel business. Iver-
son and Nucor soon became recognised as the ‘South-
west Airlines’ of steel: a simple, no-frills organisation, 

C-128 Case 10 • Nucor Corporation and the US steel industry
with a unique culture, highly motivated workers and 
the lowest cost structure of the industry. Some indica-
tors of Nucor’s success include:
•  It is the only major player in the industry that 
can boast of 22 years of uninterrupted quarterly 
dividends (Nucor began paying quarterly 
dividends in 1973) and 30 years of continuous 
quarterly profits, despite numerous slumps and 
downturns in the industry (see Exhibits 6–14).
•  Between 1980 and 1990, Nucor doubled in 
size. In comparison, the six main integrated 
producers reduced their steel-making capacity 
from 108 to 58 million tons during this period.
•  In 1990, Nucor had six steel plants and a total 
annual capacity of 3 million tons. By 1995, 
it had added a seventh plant, and its overall 
capacity neared 8 million tons.
•  In 1994, Nucor generated US$1.50 in sales for 
every dollar in property, plant and equipment. 
The industry average was US$0.95 before 
depreciation expenses. After depreciation, these 
ratios are US$2.18 and US$1.83, respectively.
•  Nucor continues to be the industry leader in cost 
efficiency. In 1990, it produced 980 tons of steel 
per employee each year, at a net cost of US$60/
ton, compared to the industry average of 420 
tons per employee at a cost of US$135/ton. In 
1994, Nucor’s conversion cost was US$170/ton, 
roughly US$50–75 less than its competitors.
Nucor  has  primary  mills  located  in  Arkansas, 
Nebraska, Utah, South Carolina, Texas and Indiana. 
Additional operating facilities located in Fort Payne, 
Alabama;  Conway,  Arkansas; Saint  Joe  and Water-
loo, Indiana; Wilson, North Carolina; and Swansea, 
South  Carolina  are  all  engaged  in  the  manufacture 
of  steel  products.  During  1997,  the  average  utilisa-
tion rate of all operating facilities was more than 85 
per cent of production capacity. Nucor competes in a 
number of distinct product segments, and the empha-
sis  on  these  segments  has  changed  substantially  in 
recent years. Historically, the largest segment was the 
Nucor  Steel  division,  which  produces  bar  and  light 
structural steel products. In 1991, this was its largest 
segment (measured by product volume). However, by 
1995, sheet steel, once considered to be an exclusive 
product  of  integrated  producers,  accounted  for  the 
largest  production  volume.  Heavy  structural  beams 
from a joint venture with Yamato Steel of Japan were 
the  third-largest  segment,  followed  by  the  Vulcraft 
joist division. Remaining products – including grind-
ing  balls,  fasteners,  ball  bearings  and  prefabricated 
steel buildings – each account for relatively small pro-
portions of total output.
While Nucor’s first experience with steel was the 
result  of  backward integration  by the  Vulcraft  joist 
division, the manufacture of steel has become the cen-
tral  focus  of the  firm.  That focus has  broadened to 
include sheet steel (1989) and heavy structural beams 
(1988). The company has also extended its focus to 
several  downstream  products,  including  fasteners 
and  ball  bearings  (both  in  1986)  and  prefabricated 
metal  buildings  (1988).  With  the  exception  of  the 
ball bearings mill, which was acquired, new business 
segments  are  developed  internally.  Roughly  15  per 
cent of steel output is used internally for downstream 
operations. More recently, Nucor has chosen to inte-
grate backwards from steel with a plant in Trinidad. 
This backward integration is aimed at lowering pro-
duction costs; the plant produces iron carbide, which 
is expected to become an alternative to scrap in the 
minimill process.
Nucor’s strategy
Nucor has  chosen  to  avoid the  formalised  planning 
processes  that  are  typically  found  in  Fortune  500 
firms. This lack of formalisation also extends to the 
company’s mission  statement, which is non-existent 
but known to all employees. The company does not 
have  a  formal  mission  statement,  as  management 
believes that most mission statements are developed 
in isolation, never seen or conveyed to employees, and 
have little in common with what the firm really does 
and how it operates. Nonetheless, all Nucor employ-
ees can tell you what their job entails and what the 
objective  of  the  organisation  is:  the  production  of 
high volumes of quality, low-cost steel.2 Nucor and its 
employees recognise that all the steel produced must 
meet  industry  standards  for  quality.  In  fact,  Nucor 
frequently exceeds  quality standards. High levels of 
production per man-hour result in low costs and, sub-
sequently, prices among the lowest in the industry.

Case 10 • Nucor Corporation and the US steel industry C-129
Exhibit 6   Historical data, 1955–96
Earnings Earnings per share Stockholders’ equity Common stock
Year Net sales Operations Other Net Operations Other Net Total assets Amount
Per  
share
Shares 
outstanding
Per  
share Amount
Prior management
1955 415 658  (39 359) – (39 359) Loss – Loss 1 630 644 930 188 0.06 16 355 402 0.48 7 850 593
1956 1 653 007 (355 293) – (355 293) Loss – Loss 1 881 385 848 934 0.04 20 573 241 0.23 4 731 845
1957 1 925 462 (546 270) – (546 270) Loss – Loss 1 908 337 1 052 664 0.03 33 803 241 0.17 5 746 551
1958 2 020 886 (521 827) – (521 827) Loss – Loss 1 717 335 672 638 0.02 35 628 981 0.21 7 482 086
1959 1 859 034 (260 161) – (260 161) Loss – Loss 1 783 598 502 454 0.01 36 532 149 0.28 10 229 002
1960 2 182 204 (367 149) (261 829) (628 978) Loss Loss Loss 1 837 102 647 565 0.01 44 023 275 0.44 19 370 241
1961 4 014 416 379 006 (16 021) 362 985 0.01 Loss 0.01 5 630 178 2 307 566 0.04 55 267 743 0.43 23 765 129
1962 9 100 958 24 095 (683 323) (659 228) – Loss Loss 7 184 395 1 952 764 0.03 56 646 415 0.23 13 028 675
1963 15 374 487 260 710 240 000 500 710 0.01 0.00 0.01 8 324 759 2 453 474 0.04 56 646 415 0.18 10 196 355
1964 17 485 319 33 264 30 000 63 264 – – – 10 337 955 2 796 719 0.05 57 809 552 0.18 10 405 719
1965 22 310 595 (431 013) (1 803 748) (2 234 761) Loss Loss Loss 6 937 251 762 380 0.01 58 695 962 0.26 15 260 950
Present management
1966 23 006 483 698 900 635 000 1 333 900 0.01 0.01 0.02 8 109 190 2 239 882 0.04 59 310 011 0.23 13 641 303
1967 23 600 093 822 424 880 832 1 703 256 0.01 0.02 0.03 11 546 498 6 581 876 0.10 66 836 275 0.64 42 775 216
1968 35 544 913 1 002 954 1 235 982 2 238 936 0.01 0.02 0.03 16 501 866 9 288 771 0.14 68 078 687 0.78 53 101 376
1969 46 321 797 1 210 083 1 125 000 2 335 083 0.02 0.01 0.03 24 655 801 11 938 178 0.17 68 935 656 0.45 31 021 045
1970 50 750 546 1 140 757 – 1 140 757 0.02 – 0.02 28 800 183 13 101 313 0.19 69 001 709 0.27 18 630 461
1971 64 761 634 2 740 694 – 2 740 694 0.04 – 0.04 33 168 014 15 892 357 0.23 69 245 150 0.41 28 390 512
1972 83 576 128 4 668 190 – 4 668 190 0.07 – 0.07 47 537 247 20 929 525 0.30 70 353 577 0.54 37 990 932
1973 113 193 617 6 009 042 – 6 009 042 0.09 – 0.09 67 550 110 26 620 195 0.38 70 302 597 0.41 28 824 065
1974 160 416 931 9 680 083 – 9 680 083 0.14 – 0.14 82 038 748 37 103 939 0.50 73 712 586 0.30 22 113 776
1975 121 467 284 7 581 788 – 7 581 788 0.10 – 0.10 92 639 413 44 549 735 0.59 75 010 113 0.41 30 754 146
1976 175 768 479 8 696 891 – 8 696 891 0.11 – 0.11 119 095 581 54 084 970 0.70 77 790 707 0.74 57 565 123
1977 212 952 829 12 452 592 – 12 452 592 0.16 – 0.16 128 010 982 66 295 405 0.84 78 807 784 1.02 80 383 940
1978 306 939 667 25 848 849 – 25 848 849 0.33 – 0.33 193 454 693 92 129 119 1.15 80 261 028 1.74 139 654 189
1979 428 681 778 42 264 537 – 42 264 537 0.52 – 0.52 243 111 514 133 257 816 1.64 81 046 524 3.32 269 074 460
1980 482 420 363 45 060 198 – 45 060 198 0.55 – 0.55 291 221 867 177 603 690 2.16 82 199 964 5.82 478 403 790
1981 544 820 621 34 728 966 – 34 728 966 0.42 – 0.42 384 782 127 212 376 020 2.54 83 562 084 4.98 416 139 178
1982 486 018 162 22 192 064 – 22 192 064 0.27 – 0.27 371 632 941 232 281 057 2.77 83 951 292 5.21 437 386 231
1983 542 531 431 27 864 308 – 27 864 308 0.33 – 0.33 425 567 052 258 129 694 3.05 84 541 086 7.13 602 777 943
1984 660 259 922 44 548 451 – 44 548 451 0.53 – 0.53 482 188 465 299 602 834 3.53 84 966 474 5.38 457 119 630
1985 758 495 374 58 478 352 – 58 478 352 0.68 – 0.68 560 311 188 357 502 028 4.16 85 890 030 8.98 771 292 469
1986 755 228 939 46 438 888 – 46 438 888 0.54 – 0.54 571 607 644 383 699 454 4.54 84 525 192 7.72 652 534 482
1987 851 022 039 50 534 450 – 50 534 450 0.60 – 0.60 654 090 139 428 009 367 5.05 84 784 352 9.91 840 212 928
1988 1 061 364 009 70 881 020 38 558 822 109 439 842 0.83 0.46 1.29 949 661 710 532 281 449 6.25 85 150 764 11.94 1 016 700 122
1989 1 269 007 472 57 835 844 – 57 835 844 0.68 – 0.68 1 033 831 512 584 445 479 6.83 85 598 480 15.06 1 289 113 109
1990 1 481 630 011 75 065 261 – 75 065 261 0.88 – 0.88 1 035 886 060 652 757 216 7.59 85 950 696 15.50 1 332 235 788
1991 1 465 456 566 64 716 499 – 64 716 499 0.75 – 0.75 1 181 576 798 711 608 991 8.23 86 417 804 22.34 1 930 573 741
1992 1 619 234 876 79 225 703 – 79 225 703 0.92 – 0.92 2 507 382 255 784 230 713 9.04 86 736 700 39.19 3 399 211 273
1993 2 253 738 311 123 509 607 – 123 509 607 1.42 – 1.42 1 829 268 322 902 166 939 10.36 87 073 478 53.00 4 614 894 334
1994 2 975 596 456 226 632 844 – 226 632 844 2.60 – 2.60 2 001 920 165 1 122 610 257 12.85 87 333 313 55.50 4 846 998 872
1995 3 462 045 648 274 534 505 – 274 534 505 3.14 – 3.14 2 296 141 333 1 382 112 159 15.78 87 598 517 57.13 5 004 503 276
1996 3 647 030 387 248 168 948 – 248 168 948 2.83 – 2.83 2 619 533 406 1 609 290 193 18.33 87 795 947 51.00 4 477 593 297
Source: Nucor Corporation Home Page, www.nucor.com/h_historicaldata.htm, 4 September 1998.

C-130 Case 10 • Nucor Corporation and the US steel industry
Exhibit 7   Annual balance sheets, 1977–96
Dec-96 Dec-95 Dec-94 Dec-93 Dec-92 Dec-91 Dec-90 Dec-89 Dec-88 Dec-87 Dec-86 Dec-85 Dec-84 Dec-83 Dec-82 Dec-81 Dec-80 Dec-79 Dec-78 Dec-77
Assets
Cash & equivalents 104.40 201.80 101.93 27.26 25.55 38.30 51.65 32.55 26.38 72.78 128.74 185.14 112.71 79.06 44.89 8.71 21.75 36.65 27.42 7.10
Net receivables 292.64 283.21 258.13 202.18 132.14 109.46 126.75 106.95 97.43 80.08 61.27 70.87 66.87 58.17 38.34 48.70 43.52 40.21 31.90 23.39
Inventories 385.80 306.77 243.03 215.02 206.41 186.08 136.64 139.45 123.22 81.50 105.60 78.64 73.80 56.56 48.83 73.00 49.60 40.01 41.55 30.41
Prepaid expenses 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Other current assets      45.54     38.97 35.61    23.79       0.52      0.47      0.09      1.08     0.74     0.36     0.14     0.11     0.08     0.11 0.48 0.98     0.49     0.50     0.25   0.26
  Total current assets 828.38 830.74 638.70 468.23 364.62 334.29 315.13 280.03 247.76 234.72 295.74 334.77 253.45 193.89 132.54 131.38 115.37 117.36 101.11 61.16
Gross plant property & equipment 2 698.75 2 212.89 1 977.58 1 820.99 1 574.10 1 261.53 1 086.37 1 048.01 942.27 618.54 452.26 376.23 359.97 338.66 322.85 318.86 219.10 160.46 115.25 86.67
Accumulated depreciation    907.60    747.49    614.36    459.95    448.34    414.25    363.12    294.22 240.37 199.16 181.43 150.95 131.87 107.36   83.78   66.25   46.02   35.88   26.72   20.73
Net plant property & equipment 1 791.15 1 465.40 1 363.22 1 361.04 1 125.77    847.28    723.25    753.80 701.90 419.37 270.83 225.28 228.10 231.31 239.07 252.62 173.07 124.58   88.53   65.94
Investments at equity 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Other investments 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Intangibles 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Deferred charges 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Other assets        0.00        0.00        0.00        0.00        0.00        0.00 0.00        0.00     0.00     0.00     5.04     0.27     0.63     0.37     0.02 0.78     2.78     1.17     3.81     0.92
Total assets 2 619.53 2 296.14 2 001.92 1 829.27 1 490.38 1 181.58 1 038.38 1 033.83 949.66 654.09 571.61 560.31 482.19 425.57 371.63 384.78 291.22 243.11 193.46 128.01
Liabilities
Long-term debt due in one year 0.75 0.15 0.25 0.20 0.20 2.00 2.21 2.27 2.21 2.21 3.05 2.40 2.40 2.40 1.60 1.66 1.70 1.25 0.46 0.44
Notes payable 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Accounts payable 224.37 214.56 182.85 165.74 119.30 93.76 78.72 89.75 93.17 68.46 53.17 35.47 32.69 37.14 22.95 32.24 36.64 26.42 24.15 12.08
Taxes payable 10.29 11.30 15.51 14.27 10.46 11.07 10.65 13.20 35.80 24.34 14.31 27.60 23.71 14.81 12.54 10.73 4.36 15.91 15.64 4.44
Accrued expenses
Other current liabilities    230.25 221.12 183.86 170.29 142.02 122.34 134.00   88.34   84.92   52.46   47.91   55.78   41.74   34.14   29.02   28.41   23.79   19.96   15.54 13.35
Total current liabilities 465.65 447.14 382.47 350.49 271.97 229.17 225.58 193.56 216.11 147.47 118.44 121.26 100.53 88.49 66.10 73.03 66.49 63.54 55.79 30.30
Long-term debt 152.60 106.85 173.00 352.25 246.75 72.78 28.78 155.98 113.25 35.46 42.15 40.23 43.23 45.73 48.23 83.75 39.61 41.40 41.47 28.13
Deferred taxes 50.00 51.00 63.00 53.00 18.82 21.10 25.82 18.82 15.32 19.32 27.32 41.32 38.82 33.22 25.02 15.62 7.52 4.92 4.02 2.62
Investment tax credit 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Minority interest 265.71 220.66 175.99 143.09 140.50 124.05 105.44 81.02 72.71 23.83 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Other liabilities      76.28   88.38   84.86   28.27   28.11   22.87     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.04   0.66
Total liabilities 1 010.24 914.03 879.31 927.10 706.15 469.97 385.62 449.39 417.38 226.08 187.91 202.81 182.59 167.44 139.35 172.41 113.62 109.85 101.33 61.72
Equity
Preferred stock – redeemable 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Preferred stock – non-redeemable        0.00       0.00       0.00       0.00       0.00       0.00         0.00       0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00
Total preferred stock 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Common stock 35.95 35.90 35.80 35.70 17.78 8.86 8.82 8.78 8.74 8.70 8.67 5.73 5.67 5.64 2.80 2.79 2.74 2.70 1.78 1.25
Capital surplus 55.05 48.67 39.27 29.91 39.41 42.81 37.67 34.23 30.54 27.38 25.19 24.30 18.99 17.02 17.70 16.24 12.91 10.67 10.41 9.55
Retained earnings 1 535.95 1 315.85 1 065.80 854.86 745.26 678.16 624.66 559.90 511.46 410.51 367.58 327.82 275.04 235.57 211.92 193.36 161.95 119.89 79.94 55.50
Less: treasury stock      17.66      18.30      18.26      18.31      18.23      18.23      18.39      18.46   18.46   18.58   17.73     0.35     0.09     0.10     0.14
Common equity 1 609.29 1 382.11 1 122.61    902.17    784.23    711.61    652.76    584.45 532.28 428.01 383.70 357.50 299.60 258.13 232.28 212.38 177.60 133.26   92.13   66.30
Total equity 1 609.29 1 382.11 1 122.61    902.17    784.23    711.61    652.76    584.45 532.28 428.01 383.70 357.50 299.60 258.13 232.28 212.38 177.60 133.26   92.13   66.30
Total liabilities & equity 2 619.53 2 296.14 2 001.92 1 829.27 1 490.38 1 181.58 1 038.38 1 033.83 949.66 654.09 571.61 560.31 482.19 425.57 371.63 384.78 291.22 243.11 193.46 128.01
Common shares outstanding 87.80 87.60 87.33 87.07 86.74 86.42 85.95 85.60 85.15 84.78 84.52 85.89 84.97 84.54 83.95 83.57 82.20 81.05 80.26 78.80
Note: All US$mn.  Source: Compustat.

Case 10 • Nucor Corporation and the US steel industry C-131
Exhibit 7   Annual balance sheets, 1977–96
Dec-96 Dec-95 Dec-94 Dec-93 Dec-92 Dec-91 Dec-90 Dec-89 Dec-88 Dec-87 Dec-86 Dec-85 Dec-84 Dec-83 Dec-82 Dec-81 Dec-80 Dec-79 Dec-78 Dec-77
Assets
Cash & equivalents 104.40 201.80 101.93 27.26 25.55 38.30 51.65 32.55 26.38 72.78 128.74 185.14 112.71 79.06 44.89 8.71 21.75 36.65 27.42 7.10
Net receivables 292.64 283.21 258.13 202.18 132.14 109.46 126.75 106.95 97.43 80.08 61.27 70.87 66.87 58.17 38.34 48.70 43.52 40.21 31.90 23.39
Inventories 385.80 306.77 243.03 215.02 206.41 186.08 136.64 139.45 123.22 81.50 105.60 78.64 73.80 56.56 48.83 73.00 49.60 40.01 41.55 30.41
Prepaid expenses 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Other current assets      45.54     38.97 35.61    23.79       0.52      0.47      0.09      1.08     0.74     0.36     0.14     0.11     0.08     0.11 0.48 0.98     0.49     0.50     0.25   0.26
  Total current assets 828.38 830.74 638.70 468.23 364.62 334.29 315.13 280.03 247.76 234.72 295.74 334.77 253.45 193.89 132.54 131.38 115.37 117.36 101.11 61.16
Gross plant property & equipment 2 698.75 2 212.89 1 977.58 1 820.99 1 574.10 1 261.53 1 086.37 1 048.01 942.27 618.54 452.26 376.23 359.97 338.66 322.85 318.86 219.10 160.46 115.25 86.67
Accumulated depreciation    907.60    747.49    614.36    459.95    448.34    414.25    363.12    294.22 240.37 199.16 181.43 150.95 131.87 107.36   83.78   66.25   46.02   35.88   26.72   20.73
Net plant property & equipment 1 791.15 1 465.40 1 363.22 1 361.04 1 125.77    847.28    723.25    753.80 701.90 419.37 270.83 225.28 228.10 231.31 239.07 252.62 173.07 124.58   88.53   65.94
Investments at equity 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Other investments 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Intangibles 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Deferred charges 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Other assets        0.00        0.00        0.00        0.00        0.00        0.00 0.00        0.00     0.00     0.00     5.04     0.27     0.63     0.37     0.02 0.78     2.78     1.17     3.81     0.92
Total assets 2 619.53 2 296.14 2 001.92 1 829.27 1 490.38 1 181.58 1 038.38 1 033.83 949.66 654.09 571.61 560.31 482.19 425.57 371.63 384.78 291.22 243.11 193.46 128.01
Liabilities
Long-term debt due in one year 0.75 0.15 0.25 0.20 0.20 2.00 2.21 2.27 2.21 2.21 3.05 2.40 2.40 2.40 1.60 1.66 1.70 1.25 0.46 0.44
Notes payable 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Accounts payable 224.37 214.56 182.85 165.74 119.30 93.76 78.72 89.75 93.17 68.46 53.17 35.47 32.69 37.14 22.95 32.24 36.64 26.42 24.15 12.08
Taxes payable 10.29 11.30 15.51 14.27 10.46 11.07 10.65 13.20 35.80 24.34 14.31 27.60 23.71 14.81 12.54 10.73 4.36 15.91 15.64 4.44
Accrued expenses
Other current liabilities    230.25 221.12 183.86 170.29 142.02 122.34 134.00   88.34   84.92   52.46   47.91   55.78   41.74   34.14   29.02   28.41   23.79   19.96   15.54 13.35
Total current liabilities 465.65 447.14 382.47 350.49 271.97 229.17 225.58 193.56 216.11 147.47 118.44 121.26 100.53 88.49 66.10 73.03 66.49 63.54 55.79 30.30
Long-term debt 152.60 106.85 173.00 352.25 246.75 72.78 28.78 155.98 113.25 35.46 42.15 40.23 43.23 45.73 48.23 83.75 39.61 41.40 41.47 28.13
Deferred taxes 50.00 51.00 63.00 53.00 18.82 21.10 25.82 18.82 15.32 19.32 27.32 41.32 38.82 33.22 25.02 15.62 7.52 4.92 4.02 2.62
Investment tax credit 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Minority interest 265.71 220.66 175.99 143.09 140.50 124.05 105.44 81.02 72.71 23.83 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Other liabilities      76.28   88.38   84.86   28.27   28.11   22.87     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.04   0.66
Total liabilities 1 010.24 914.03 879.31 927.10 706.15 469.97 385.62 449.39 417.38 226.08 187.91 202.81 182.59 167.44 139.35 172.41 113.62 109.85 101.33 61.72
Equity
Preferred stock – redeemable 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Preferred stock – non-redeemable        0.00       0.00       0.00       0.00       0.00       0.00         0.00       0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00     0.00
Total preferred stock 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Common stock 35.95 35.90 35.80 35.70 17.78 8.86 8.82 8.78 8.74 8.70 8.67 5.73 5.67 5.64 2.80 2.79 2.74 2.70 1.78 1.25
Capital surplus 55.05 48.67 39.27 29.91 39.41 42.81 37.67 34.23 30.54 27.38 25.19 24.30 18.99 17.02 17.70 16.24 12.91 10.67 10.41 9.55
Retained earnings 1 535.95 1 315.85 1 065.80 854.86 745.26 678.16 624.66 559.90 511.46 410.51 367.58 327.82 275.04 235.57 211.92 193.36 161.95 119.89 79.94 55.50
Less: treasury stock      17.66      18.30      18.26      18.31      18.23      18.23      18.39      18.46   18.46   18.58   17.73     0.35     0.09     0.10     0.14
Common equity 1 609.29 1 382.11 1 122.61    902.17    784.23    711.61    652.76    584.45 532.28 428.01 383.70 357.50 299.60 258.13 232.28 212.38 177.60 133.26   92.13   66.30
Total equity 1 609.29 1 382.11 1 122.61    902.17    784.23    711.61    652.76    584.45 532.28 428.01 383.70 357.50 299.60 258.13 232.28 212.38 177.60 133.26   92.13   66.30
Total liabilities & equity 2 619.53 2 296.14 2 001.92 1 829.27 1 490.38 1 181.58 1 038.38 1 033.83 949.66 654.09 571.61 560.31 482.19 425.57 371.63 384.78 291.22 243.11 193.46 128.01
Common shares outstanding 87.80 87.60 87.33 87.07 86.74 86.42 85.95 85.60 85.15 84.78 84.52 85.89 84.97 84.54 83.95 83.57 82.20 81.05 80.26 78.80
Note: All US$mn.  Source: Compustat.

C-132 Case 10 • Nucor Corporation and the US steel industry
Exhibit 8   Annual cash flow statement, 1977–96
Dec-96 Dec-95 Dec-94 Dec-93 Dec-92 Dec-91 Dec-90 Dec-89 Dec-88 Dec-87 Dec-86 Dec-85 Dec-84 Dec-83 Dec-82 Dec-81 Dec-80 Dec-79 Dec-78 Dec-77
Indirect operating activities
Income before extraordinary items 248.17 274.54 226.63 123.51 79.23 64.72 75.07 57.84 70.88 50.53 46.44 58.48 44.55 27.86 22.19 34.73 45.06 42.27 25.85 12.45
Depreciation and amortization 182.23 173.89 157.65 122.27 97.78 93.58 84.96 76.57 56.27 41.79 34.93 31.11 28.90 27.11 26.29 21.60 13.30 9.71 7.46 5.93
Extraordinary items and disc. operations 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Deferred taxes (8.00) (15.00) (2.00) 1.00 (3.00) (4.00) 7.00 3.50 (4.00) (8.00) (14.00) 2.50 5.60 8.20 9.40 8.10 2.60 0.90 1.40 0.80
Equity in net loss (earnings) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Sale of property, plant, and equipment and sale of 
investments – loss (gain) 0.00 0.00 0.00 0.00 0.00 0.00 0.00
0.00 0.00 0.00 NA NA NA NA NA NA NA NA NA NA
Funds from operations – other 82.57 48.18 17.67 9.75 23.17 26.11 29.71 8.32 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Receivables – decrease (increase) (9.43) (25.07) (55.96) (70.03) (22.69) 14.80 (19.80) (9.52) (18.93) NA NA NA NA NA NA NA NA NA NA NA
Inventory – decrease (increase) (79.03) (63.75) (28.01) (8.61) (20.33) (49.43) 2.81 (16.24) (44.65) NA NA NA NA NA NA NA NA NA NA NA
Accounts payable and accrued liabs – inc (Dec) 9.81 31.72 17.11 46.44 25.53 11.54 (11.03) (3.43) 25.36 NA NA NA NA NA NA NA NA NA NA NA
Income taxes – accrued – increase (decrease) (1.01) (4.21) 1.24 3.81 (0.61) 0.42 (2.55) (22.60) (8.54) NA NA NA NA NA NA NA NA NA NA NA
Other assets and liabilities – net change   25.30   26.87 90.60   43.67   26.32   15.66   48.16     3.56   71.33     NA     NA     NA     NA NA NA NA NA NA NA NA
  Operating activities – net cash flow 450.61 447.16 424.95 271.79 205.41 173.40 214.33   98.00 147.71     NA     NA     NA NA NA NA NA NA NA NA NA
Investing activities
Investments – increase 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Sale of investments 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Short-term investments – change 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 NA NA NA NA NA NA NA NA NA NA NA
Capital expenditures 537.44 263.42 185.32 364.16 379.12 217.72 56.75 130.20 345.63 188.99 81.43 29.07 26.08 19.62 14.79 101.52 62.44 45.99 31.59 15.95
Sale of property, plant, and equipment 1.59 0.92 5.22 1.30 2.12 0.55 0.83 1.26 0.40 3.69     0.94 0.79 0.38 0.27 2.05 0.38 0.65 0.23 1.54 0.02
Acquisitions 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Investing activities – other      0.00      0.00      0.00      0.00      0.00 0.00 0.00 0.00 78.50     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA NA
  Investing activities – net cash flow (535.84) (262.50) (180.11) (362.86) (377.00) (217.17) (55.92) (128.95) (266.73)     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA NA
Financing activities
Sale of common and preferred stock 7.07 9.67 9.50 8.51 5.60 5.35 3.59 3.86 3.33 2.34 3.96 5.39 2.01 2.20 1.46 3.37 2.29 1.33 1.52 1.02
Purchase of common and preferred stock 0.00 0.22 0.00 0.17 0.08 0.00 0.04 0.14 0.0 0.96 17.52 0.27 0.00 0.00 0.12 0.00 0.00 0.16 0.13 0.22
Cash dividends 28.06 24.49 15.69 13.91 12.13 11.22 10.30 9.40 8.49 7.60 6.68 5.70 5.08 4.22 3.63 3.33 3.00 2.31 1.41 1.04
Long-term debt – issuance 46.50 24.00 0.00 105.70 183.90 46.00 0.00 45.00 80.00 0.00 4.91 0.00 0.00 0.00 7.50 46.40 0.00 1.14 13.90 0.00
Long-term debt – reduction 0.15 90.25 179.20 0.20 11.73 2.20 127.27 2.21 2.21 6.69 3.00 3.00 2.50 2.50 43.02 2.25 1.79 1.21 0.56 3.54
Current debt – changes 0.00 0.84 (0.65) 0.00 NA NA NA NA NA NA NA NA
Financing activities – other (37.52) (3.51) 15.22  (7.16)   (6.73)   (7.51)     (5.29)     0.00     0.00     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA
  Financing activities – net cash flow (12.16) (84.79) (170.17) 92.77 158.84   30.42 (139.31)   37.11   72.62     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA
Exchange rate effect 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 NA NA NA NA NA NA NA NA NA NA NA
Cash and equivalents – change   (97.40)   99.87    74.68   1.71   (12.75)   (13.35)    19.10     6.17   (46.40) (55.96) (56.41) 72.43 33.66     CF     CF     CF     CF     CF     CF     CF
Direct operating activities
Interest paid – net 6.95 9.21 16.06 10.74 9.14 3.42 8.58 16.03 3.65 NA NA NA NA NA NA NA NA NA NA NA
Income taxes – paid 152.90 176.50 124.37 57.52 40.82 34.68 31.70 46.90 49.24 NA NA NA NA NA NA NA NA NA NA NA
Note:  All US$mn.  Source: Compustat.
CF – combined figure.
NA – not available.
NC – not calculable.

Case 10 • Nucor Corporation and the US steel industry C-133
Exhibit 8   Annual cash flow statement, 1977–96
Dec-96 Dec-95 Dec-94 Dec-93 Dec-92 Dec-91 Dec-90 Dec-89 Dec-88 Dec-87 Dec-86 Dec-85 Dec-84 Dec-83 Dec-82 Dec-81 Dec-80 Dec-79 Dec-78 Dec-77
Indirect operating activities
Income before extraordinary items 248.17 274.54 226.63 123.51 79.23 64.72 75.07 57.84 70.88 50.53 46.44 58.48 44.55 27.86 22.19 34.73 45.06 42.27 25.85 12.45
Depreciation and amortization 182.23 173.89 157.65 122.27 97.78 93.58 84.96 76.57 56.27 41.79 34.93 31.11 28.90 27.11 26.29 21.60 13.30 9.71 7.46 5.93
Extraordinary items and disc. operations 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Deferred taxes (8.00) (15.00) (2.00) 1.00 (3.00) (4.00) 7.00 3.50 (4.00) (8.00) (14.00) 2.50 5.60 8.20 9.40 8.10 2.60 0.90 1.40 0.80
Equity in net loss (earnings) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Sale of property, plant, and equipment and sale of 
investments – loss (gain) 0.00 0.00 0.00 0.00 0.00 0.00 0.00
0.00 0.00 0.00 NA NA NA NA NA NA NA NA NA NA
Funds from operations – other 82.57 48.18 17.67 9.75 23.17 26.11 29.71 8.32 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Receivables – decrease (increase) (9.43) (25.07) (55.96) (70.03) (22.69) 14.80 (19.80) (9.52) (18.93) NA NA NA NA NA NA NA NA NA NA NA
Inventory – decrease (increase) (79.03) (63.75) (28.01) (8.61) (20.33) (49.43) 2.81 (16.24) (44.65) NA NA NA NA NA NA NA NA NA NA NA
Accounts payable and accrued liabs – inc (Dec) 9.81 31.72 17.11 46.44 25.53 11.54 (11.03) (3.43) 25.36 NA NA NA NA NA NA NA NA NA NA NA
Income taxes – accrued – increase (decrease) (1.01) (4.21) 1.24 3.81 (0.61) 0.42 (2.55) (22.60) (8.54) NA NA NA NA NA NA NA NA NA NA NA
Other assets and liabilities – net change   25.30   26.87 90.60   43.67   26.32   15.66   48.16     3.56   71.33     NA     NA     NA     NA NA NA NA NA NA NA NA
  Operating activities – net cash flow 450.61 447.16 424.95 271.79 205.41 173.40 214.33   98.00 147.71     NA     NA     NA NA NA NA NA NA NA NA NA
Investing activities
Investments – increase 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Sale of investments 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Short-term investments – change 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 NA NA NA NA NA NA NA NA NA NA NA
Capital expenditures 537.44 263.42 185.32 364.16 379.12 217.72 56.75 130.20 345.63 188.99 81.43 29.07 26.08 19.62 14.79 101.52 62.44 45.99 31.59 15.95
Sale of property, plant, and equipment 1.59 0.92 5.22 1.30 2.12 0.55 0.83 1.26 0.40 3.69     0.94 0.79 0.38 0.27 2.05 0.38 0.65 0.23 1.54 0.02
Acquisitions 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Investing activities – other      0.00      0.00      0.00      0.00      0.00 0.00 0.00 0.00 78.50     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA NA
  Investing activities – net cash flow (535.84) (262.50) (180.11) (362.86) (377.00) (217.17) (55.92) (128.95) (266.73)     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA NA
Financing activities
Sale of common and preferred stock 7.07 9.67 9.50 8.51 5.60 5.35 3.59 3.86 3.33 2.34 3.96 5.39 2.01 2.20 1.46 3.37 2.29 1.33 1.52 1.02
Purchase of common and preferred stock 0.00 0.22 0.00 0.17 0.08 0.00 0.04 0.14 0.0 0.96 17.52 0.27 0.00 0.00 0.12 0.00 0.00 0.16 0.13 0.22
Cash dividends 28.06 24.49 15.69 13.91 12.13 11.22 10.30 9.40 8.49 7.60 6.68 5.70 5.08 4.22 3.63 3.33 3.00 2.31 1.41 1.04
Long-term debt – issuance 46.50 24.00 0.00 105.70 183.90 46.00 0.00 45.00 80.00 0.00 4.91 0.00 0.00 0.00 7.50 46.40 0.00 1.14 13.90 0.00
Long-term debt – reduction 0.15 90.25 179.20 0.20 11.73 2.20 127.27 2.21 2.21 6.69 3.00 3.00 2.50 2.50 43.02 2.25 1.79 1.21 0.56 3.54
Current debt – changes 0.00 0.84 (0.65) 0.00 NA NA NA NA NA NA NA NA
Financing activities – other (37.52) (3.51) 15.22  (7.16)   (6.73)   (7.51)     (5.29)     0.00     0.00     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA
  Financing activities – net cash flow (12.16) (84.79) (170.17) 92.77 158.84   30.42 (139.31)   37.11   72.62     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA     NA
Exchange rate effect 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 NA NA NA NA NA NA NA NA NA NA NA
Cash and equivalents – change   (97.40)   99.87    74.68   1.71   (12.75)   (13.35)    19.10     6.17   (46.40) (55.96) (56.41) 72.43 33.66     CF     CF     CF     CF     CF     CF     CF
Direct operating activities
Interest paid – net 6.95 9.21 16.06 10.74 9.14 3.42 8.58 16.03 3.65 NA NA NA NA NA NA NA NA NA NA NA
Income taxes – paid 152.90 176.50 124.37 57.52 40.82 34.68 31.70 46.90 49.24 NA NA NA NA NA NA NA NA NA NA NA
Note:  All US$mn.  Source: Compustat.
CF – combined figure.
NA – not available.
NC – not calculable.

C-134 Case 10 • Nucor Corporation and the US steel industry
Exhibit 9   Annual income statement, 1977–96
Dec-96 Dec-95 Dec-94 Dec-93 Dec-92 Dec-91 Dec-90 Dec-89 Dec-88 Dec-87 Dec-86 Dec-85 Dec-84 Dec-83 Dec-82 Dec-81 Dec-80 Dec-79 Dec-78 Dec-77
Sales 3 647.03 3 462.05 2 975.60 2 253.74 1 619.24 1 465.46 1 481.63 1 269.01 1 061.36 851.02 755.23 758.50 660.26 542.53 486.02 544.82 482.42 428.68 306.94 212.95
  Cost of goods sold 2 956.93 2 726.28 2 334.11 1 843.58 1 319.60 1 209.17 1 208.12 1 028.68 832.88 671.55 575.45 569.69 510.83 434.62 382.32 434.61 356.12 305.98 220.50 162.32
Gross profit 690.11 735.77 641.49 410.16 299.64 256.29 273.51 240.33 228.49 179.47 179.78 188.80 149.43 107.91 103.70 110.21 126.30 122.71 86.44 50.63
  Selling general & administrative expense  120.39 130.68 113.39 87.58 76.80 66.99 70.46 66.99 62.08 55.41 65.90 59.08 45.94 33.99 31.72 33.53 38.16 36.72 28.66 19.73
Operating income before deprec. 569.72 605.09 528.10 322.57 222.84 189.30 203.05 173.34 166.40 124.06 113.88 129.72 103.49 73.93 71.98 76.69 88.14 85.98 57.78 30.90
  Depreciation depletion & amortization 182.23 173.89 156.65 122.27 97.78 93.58 84.96 76.57 56.27 41.79 34.93 31.11 28.90 27.11 26.29 21.60 13.30 9.71 7.46 5.93
Operating profit 387.49 431.20 370.45 200.31 125.06 95.73 118.09 96.77 110.14 82.27 78.95 98.62 74.59 46.82 45.69 55.09 74.84 76.27 50.33 24.98
  Interest expense 7.55 9.28 14.59 14.32 9.03 2.60 8.10 16.88 9.18 3.94 5.32 4.36 4.62 4.80 8.41 10.67 3.53 4.30 2.87 2.82
  Non-operating income/expense 7.84 10.41 1.08 1.12 1.30 2.69 1.23 5.74 6.63 4.91 10.61 11.92 8.58 5.55 0.52 0.42 4.75 2.79 1.00 0.10
  Special items 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Pretax income 387.77 432.34 356.93 187.11 117.33 95.82 111.22 85.64 107.58 83.23 84.24 106.18 78.55 47.56 37.79 44.83 76.06 74.77 48.45 22.25
  Total income taxes 139.60 157.80 130.30 63.60 38.10 31.10 36.15 27.80 36.70 32.70 37.80 47.70 34.00 19.70 15.60 10.10 31.00 32.50 22.60 9.80
  Minority interest
Income before extraordinary items & 
discontinued operations
248.17 274.54 226.63 123.51 79.23 64.72 75.07 57.84 70.88 50.53 46.44 58.48 44.55 27.86 22.19 34.73 45.06 42.27 25.85 12.45
Preferred dividends 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Available for common  248.17 274.54 226.63 123.51 79.23 64.72 75.07 57.84 70.88 50.53 46.44 58.48 44.55 27.86 22.19 34.73 45.06 42.27 25.85 12.45
  Savings due to common stock equivalents 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Adjusted available for common 248.17 274.54 226.63 123.51 79.23 64.72 75.07 57.84 70.88 50.53 46.44 58.48 44.55 27.86 22.19 34.73 45.06 42.27 25.85 12.45
  Extraordinary items 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
  Discontinued operations        0.00        0.00        0.00        0.00        0.00        0.00        0.00        0.00      38.56      0.00      0.00      0.00      0.00      0.00      0.00      0.00      0.00      0.00      0.00      0.00
Adjusted net income    248.17    274.54    226.63    123.51      79.23      64.72      75.07      57.84      70.88    50.53    46.44    58.48    44.55    27.86    22.19    34.73    45.06    42.27    25.85    12.45
Earnings per share (primary) – excluding 
extra items & disc op
2.83 3.14 2.60 1.42 0.92 0.75 0.88 0.68 0.83 0.60 0.54 0.69 0.53 0.33 0.27 0.42 0.55 0.52 0.33 0.16
Earnings per share (primary) – including 
extra items & disc op
2.83 3.14 2.60 1.42 0.92 0.75 0.88 0.68 1.29 0.60 0.54 0.69 0.53 0.33 0.27 0.42 0.55 0.52 0.33 0.16
Earnings per share (fully diluted) excluding 
extra items & disc op
2.83 3.13 2.59 1.41 0.91 0.75 0.87 0.68 0.83 0.60 0.54 0.68 0.53 0.33 0.27 0.42 0.54 0.52 0.32 0.16
Earnings per share (fully diluted) including 
extra items & disc op
2.83 3.13 2.59 1.41 0.91 0.75 0.87 0.68 1.28 0.60 0.54 0.68 0.53 0.33 0.27 0.42 0.54 0.52 0.32 0.16
EP from operations 2.83 3.14 2.60 1.42 0.92 0.75 0.88 0.68 0.83
Dividends per share 0.32 0.28 0.18 0.16 0.14 0.13 0.12 0.11 0.10 0.09 0.08 0.07 0.06 0.05 0.04 0.04 0.04 0.03 0.02 0.01
Note: All US$mn.

Case 10 • Nucor Corporation and the US steel industry C-135
Exhibit 9   Annual income statement, 1977–96
Dec-96 Dec-95 Dec-94 Dec-93 Dec-92 Dec-91 Dec-90 Dec-89 Dec-88 Dec-87 Dec-86 Dec-85 Dec-84 Dec-83 Dec-82 Dec-81 Dec-80 Dec-79 Dec-78 Dec-77
Sales 3 647.03 3 462.05 2 975.60 2 253.74 1 619.24 1 465.46 1 481.63 1 269.01 1 061.36 851.02 755.23 758.50 660.26 542.53 486.02 544.82 482.42 428.68 306.94 212.95
  Cost of goods sold 2 956.93 2 726.28 2 334.11 1 843.58 1 319.60 1 209.17 1 208.12 1 028.68 832.88 671.55 575.45 569.69 510.83 434.62 382.32 434.61 356.12 305.98 220.50 162.32
Gross profit 690.11 735.77 641.49 410.16 299.64 256.29 273.51 240.33 228.49 179.47 179.78 188.80 149.43 107.91 103.70 110.21 126.30 122.71 86.44 50.63
  Selling general & administrative expense  120.39 130.68 113.39 87.58 76.80 66.99 70.46 66.99 62.08 55.41 65.90 59.08 45.94 33.99 31.72 33.53 38.16 36.72 28.66 19.73
Operating income before deprec. 569.72 605.09 528.10 322.57 222.84 189.30 203.05 173.34 166.40 124.06 113.88 129.72 103.49 73.93 71.98 76.69 88.14 85.98 57.78 30.90
  Depreciation depletion & amortization 182.23 173.89 156.65 122.27 97.78 93.58 84.96 76.57 56.27 41.79 34.93 31.11 28.90 27.11 26.29 21.60 13.30 9.71 7.46 5.93
Operating profit 387.49 431.20 370.45 200.31 125.06 95.73 118.09 96.77 110.14 82.27 78.95 98.62 74.59 46.82 45.69 55.09 74.84 76.27 50.33 24.98
  Interest expense 7.55 9.28 14.59 14.32 9.03 2.60 8.10 16.88 9.18 3.94 5.32 4.36 4.62 4.80 8.41 10.67 3.53 4.30 2.87 2.82
  Non-operating income/expense 7.84 10.41 1.08 1.12 1.30 2.69 1.23 5.74 6.63 4.91 10.61 11.92 8.58 5.55 0.52 0.42 4.75 2.79 1.00 0.10
  Special items 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Pretax income 387.77 432.34 356.93 187.11 117.33 95.82 111.22 85.64 107.58 83.23 84.24 106.18 78.55 47.56 37.79 44.83 76.06 74.77 48.45 22.25
  Total income taxes 139.60 157.80 130.30 63.60 38.10 31.10 36.15 27.80 36.70 32.70 37.80 47.70 34.00 19.70 15.60 10.10 31.00 32.50 22.60 9.80
  Minority interest
Income before extraordinary items & 
discontinued operations
248.17 274.54 226.63 123.51 79.23 64.72 75.07 57.84 70.88 50.53 46.44 58.48 44.55 27.86 22.19 34.73 45.06 42.27 25.85 12.45
Preferred dividends 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Available for common  248.17 274.54 226.63 123.51 79.23 64.72 75.07 57.84 70.88 50.53 46.44 58.48 44.55 27.86 22.19 34.73 45.06 42.27 25.85 12.45
  Savings due to common stock equivalents 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Adjusted available for common 248.17 274.54 226.63 123.51 79.23 64.72 75.07 57.84 70.88 50.53 46.44 58.48 44.55 27.86 22.19 34.73 45.06 42.27 25.85 12.45
  Extraordinary items 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
  Discontinued operations        0.00        0.00        0.00        0.00        0.00        0.00        0.00        0.00      38.56      0.00      0.00      0.00      0.00      0.00      0.00      0.00      0.00      0.00      0.00      0.00
Adjusted net income    248.17    274.54    226.63    123.51      79.23      64.72      75.07      57.84      70.88    50.53    46.44    58.48    44.55    27.86    22.19    34.73    45.06    42.27    25.85    12.45
Earnings per share (primary) – excluding 
extra items & disc op
2.83 3.14 2.60 1.42 0.92 0.75 0.88 0.68 0.83 0.60 0.54 0.69 0.53 0.33 0.27 0.42 0.55 0.52 0.33 0.16
Earnings per share (primary) – including 
extra items & disc op
2.83 3.14 2.60 1.42 0.92 0.75 0.88 0.68 1.29 0.60 0.54 0.69 0.53 0.33 0.27 0.42 0.55 0.52 0.33 0.16
Earnings per share (fully diluted) excluding 
extra items & disc op
2.83 3.13 2.59 1.41 0.91 0.75 0.87 0.68 0.83 0.60 0.54 0.68 0.53 0.33 0.27 0.42 0.54 0.52 0.32 0.16
Earnings per share (fully diluted) including 
extra items & disc op
2.83 3.13 2.59 1.41 0.91 0.75 0.87 0.68 1.28 0.60 0.54 0.68 0.53 0.33 0.27 0.42 0.54 0.52 0.32 0.16
EP from operations 2.83 3.14 2.60 1.42 0.92 0.75 0.88 0.68 0.83
Dividends per share 0.32 0.28 0.18 0.16 0.14 0.13 0.12 0.11 0.10 0.09 0.08 0.07 0.06 0.05 0.04 0.04 0.04 0.03 0.02 0.01
Note: All US$mn.

C-136 Case 10 • Nucor Corporation and the US steel industry
Exhibit 10   Annual ratios, 1977–96
Dec-96 Dec-95 Dec-94 Dec-93 Dec-92 Dec-91 Dec-90 Dec-89 Dec-88 Dec-87 Dec-86 Dec-85 Dec-84 Dec-83 Dec-82 Dec-81 Dec-80 Dec-79 Dec-78 Dec-77
Liquidity
Current ratio 1.78 1.86 1.67 1.34 1.34 1.46 1.40 1.45 1.15 1.59 2.50 2.76 2.52 2.19 2.01 1.80 1.74 1.85 1.81 2.02
Quick ratio 0.85 1.08 0.94 0.65 0.58 0.64 0.79 0.72 0.57 1.04 1.60 2.11 1.79 1.55 1.26 0.79 0.98 1.21 1.06 1.01
Working capital per share 4.13 4.38 2.93 1.35 1.07 1.22 1.04 1.01 0.37 1.03 2.10 2.49 1.80 1.25 0.79 0.70 0.59 0.66 0.56 0.39
Cash flow per share 4.90 5.12 4.40 2.82 2.04 1.83 1.86 1.57 1.49 1.09 0.96 1.04 0.86 0.65 0.58 0.67 0.71 0.64 0.41 0.23
Activity
Inventory turnover 8.54 9.92 10.19 8.75 6.72 7.49 8.75 7.83 8.14 7.18 6.25 7.47 7.84 8.25 6.28 7.09 7.95 7.50 6.13 NC
Receivables turnover 12.67 12.79 12.93 13.48 13.40 12.41 12.68 12.42 11.96 12.04 11.43 11.01 10.56 11.24 11.17 11.81 11.52 11.89 11.10 NC
Total asset turnover 1.48 1.61 1.55 1.36 1.21 1.32 1.43 1.28 1.32 1.39 1.33 1.46 1.45 1.36 1.29 1.61 1.81 1.96 1.91 NC
Average collection period (days) 28.00 28.00 28.00 27.00 27.00 29.00 28.00 29.00 30.00 30.00 31.00 33.00 34.00 32.00 32.00 30.00 31.00 30.00 32.00 NC
Days to sell inventory 42.00 36.00 35.00 41.00 54.00 48.00 41.00 46.00 44.00 50.00 58.00 48.00 46.00 44.00 57.00 51.00 45.00 48.00 59.00 NC
Operating cycle (days) 71.00 64.00 63.00 68.00 80.00 77.00 70.00 75.00 74.00 80.00 89.00 81.00 80.00 76.00 90.00 81.00 77.00 78.00 91.00 NC
Performance
Sales/net property, plant & equip 2.04 2.36 2.18 1.66 1.44 1.73 2.05 1.68 1.51 2.03 2.79 3.37 2.89 2.35 2.03 2.16 2.79 3.44 3.47 3.23
Sales/stockholder equity 2.27 2.50 2.65 2.50 2.06 2.06 2.27 2.17 1.99 1.99 1.97 2.12 2.20 2.10 2.09 2.57 2.72 3.22 3.33 3.21
Profitability
Operating margin before depr (%) 15.62 17.48 17.75 14.31 13.76 12.92 13.70 13.66 15.68 14.58 15.08 17.10 15.67 13.63 14.81 14.08 18.27 20.06 18.83 14.51
Operating margin after depr (%) 10.62 12.46 12.45 8.89 7.72 6.53 7.97 7.63 10.38 9.67 10.45 13.00 11.30 8.63 9.40 10.11 15.51 17.79 16.40 11.73
Pretax profit margin (%) 10.63 12.49 12.00 8.30 7.25 6.54 7.51 6.75 10.14 9.78 11.15 14.00 11.90 8.77 7.78 8.23 15.77 17.44 15.78 10.45
Net profit margin (%) 6.80 7.93 7.62 5.48 4.89 4.42 5.07 4.56 6.68 5.94 6.15 7.71 6.75 5.14 4.57 6.37 9.34 9.86 8.42 5.85
Return on assets (%) 9.47 11.96 11.32 6.75 5.32 5.48 7.23 5.59 7.46 7.73 8.12 10.44 9.24 6.55 5.97 9.03 15.47 17.38 13.36 9.73
Return on equity (%) 15.42 19.86 20.19 13.69 10.10 9.09 11.50 9.90 13.32 11.81 12.10 16.36 14.87 10.79 9.55 16.35 25.37 31.72 28.06 18.78
Return on investment (%) 12.24 16.06 15.40 8.84 6.76 7.12 9.54 7.04 9.87 10.37 10.91 14.70 12.99 9.17 7.91 11.73 20.74 24.20 19.35 13.19
Return on average assets (%) 10.10 12.77 11.83 7.44 5.93 5.83 7.24 5.83 8.84 8.25 8.21 11.22 9.81 6.99 5.87 10.27 16.87 19.36 16.08 NC
Return on average equity (%) 16.59 21.92 22.39 14.65 10.59 9.49 12.13 10.36 14.76 12.45 12.53 17.80 15.97 11.36 9.98 17.81 28.99 37.50 32.63 NC
Return on average investment (%) 13.28 17.26 15.80 9.62 7.62 7.63 9.33 7.51 11.76 11.07 11.28 15.79 13.78 9.54 7.70 13.53 23.00 27.42 22.67 NC
Leverage
Interest coverage before tax 52.35 47.60 25.46 14.07 13.99 37.85 14.73 6.07 12.72 22.11 16.83 25.35 18.00 10.91 5.49 5.20 22.55 18.40 17.86 8.88
Interest coverage after tax 33.87 30.59 16.53 9.63 9.77 25.89 10.27 4.43 8.72 13.82 9.73 14.41 10.64 6.81 3.64 4.25 13.77 10.84 9.99 5.41
Long-term debt/common equity (%) 9.48 7.73 15.41 39.04 31.46 10.23 4.41 26.69 21.28 8.29 10.98 11.25 14.43 17.72 20.76 39.44 22.30 31.07 45.02 42.44
Long-term debt/shrhldr equity (%) 9.48 7.73 15.41 39.04 31.46 10.23 4.41 26.69 21.28 8.29 10.98 11.25 14.43 17.72 20.76 39.44 22.30 31.07 45.02 42.44
Total debt/invested capital (%) 7.56 6.26 11.77 25.22 21.08 8.23 3.94 19.26 16.08 7.73 10.61 10.72 13.31 15.84 17.77 28.84 19.01 24.42 31.39 30.26
Total debt/total assets (%) 5.85 4.66 8.65 19.27 16.57 6.33 2.98 15.31 12.16 5.76 7.91 7.61 9.46 11.31 13.41 22.20 14.18 17.54 21.68 22.32
Total assets/common equity 1.63 1.66 1.78 2.03 1.90 1.66 1.59 1.77 1.78 1.53 1.49 1.57 1.61 1.65 1.60 1.81 1.64 1.82 2.10 1.93
Dividends
Dividend payout (%) 11.31 8.92 6.92 11.26 15.31 17.34 13.72 16.25 11.98 15.04 14.38 9.74 11.41 15.13 16.34 9.58 6.66 5.46 5.46 8.38
Dividend yield (%) 0.63 0.49 0.33 0.30 0.36 0.58 0.77 0.73 0.84 0.91 1.03 0.74 1.12 0.70 0.83 0.80 0.63 0.86 1.03 1.30
Note: All ratios.
NC – not calculable.

Case 10 • Nucor Corporation and the US steel industry C-137
Exhibit 10   Annual ratios, 1977–96
Dec-96 Dec-95 Dec-94 Dec-93 Dec-92 Dec-91 Dec-90 Dec-89 Dec-88 Dec-87 Dec-86 Dec-85 Dec-84 Dec-83 Dec-82 Dec-81 Dec-80 Dec-79 Dec-78 Dec-77
Liquidity
Current ratio 1.78 1.86 1.67 1.34 1.34 1.46 1.40 1.45 1.15 1.59 2.50 2.76 2.52 2.19 2.01 1.80 1.74 1.85 1.81 2.02
Quick ratio 0.85 1.08 0.94 0.65 0.58 0.64 0.79 0.72 0.57 1.04 1.60 2.11 1.79 1.55 1.26 0.79 0.98 1.21 1.06 1.01
Working capital per share 4.13 4.38 2.93 1.35 1.07 1.22 1.04 1.01 0.37 1.03 2.10 2.49 1.80 1.25 0.79 0.70 0.59 0.66 0.56 0.39
Cash flow per share 4.90 5.12 4.40 2.82 2.04 1.83 1.86 1.57 1.49 1.09 0.96 1.04 0.86 0.65 0.58 0.67 0.71 0.64 0.41 0.23
Activity
Inventory turnover 8.54 9.92 10.19 8.75 6.72 7.49 8.75 7.83 8.14 7.18 6.25 7.47 7.84 8.25 6.28 7.09 7.95 7.50 6.13 NC
Receivables turnover 12.67 12.79 12.93 13.48 13.40 12.41 12.68 12.42 11.96 12.04 11.43 11.01 10.56 11.24 11.17 11.81 11.52 11.89 11.10 NC
Total asset turnover 1.48 1.61 1.55 1.36 1.21 1.32 1.43 1.28 1.32 1.39 1.33 1.46 1.45 1.36 1.29 1.61 1.81 1.96 1.91 NC
Average collection period (days) 28.00 28.00 28.00 27.00 27.00 29.00 28.00 29.00 30.00 30.00 31.00 33.00 34.00 32.00 32.00 30.00 31.00 30.00 32.00 NC
Days to sell inventory 42.00 36.00 35.00 41.00 54.00 48.00 41.00 46.00 44.00 50.00 58.00 48.00 46.00 44.00 57.00 51.00 45.00 48.00 59.00 NC
Operating cycle (days) 71.00 64.00 63.00 68.00 80.00 77.00 70.00 75.00 74.00 80.00 89.00 81.00 80.00 76.00 90.00 81.00 77.00 78.00 91.00 NC
Performance
Sales/net property, plant & equip 2.04 2.36 2.18 1.66 1.44 1.73 2.05 1.68 1.51 2.03 2.79 3.37 2.89 2.35 2.03 2.16 2.79 3.44 3.47 3.23
Sales/stockholder equity 2.27 2.50 2.65 2.50 2.06 2.06 2.27 2.17 1.99 1.99 1.97 2.12 2.20 2.10 2.09 2.57 2.72 3.22 3.33 3.21
Profitability
Operating margin before depr (%) 15.62 17.48 17.75 14.31 13.76 12.92 13.70 13.66 15.68 14.58 15.08 17.10 15.67 13.63 14.81 14.08 18.27 20.06 18.83 14.51
Operating margin after depr (%) 10.62 12.46 12.45 8.89 7.72 6.53 7.97 7.63 10.38 9.67 10.45 13.00 11.30 8.63 9.40 10.11 15.51 17.79 16.40 11.73
Pretax profit margin (%) 10.63 12.49 12.00 8.30 7.25 6.54 7.51 6.75 10.14 9.78 11.15 14.00 11.90 8.77 7.78 8.23 15.77 17.44 15.78 10.45
Net profit margin (%) 6.80 7.93 7.62 5.48 4.89 4.42 5.07 4.56 6.68 5.94 6.15 7.71 6.75 5.14 4.57 6.37 9.34 9.86 8.42 5.85
Return on assets (%) 9.47 11.96 11.32 6.75 5.32 5.48 7.23 5.59 7.46 7.73 8.12 10.44 9.24 6.55 5.97 9.03 15.47 17.38 13.36 9.73
Return on equity (%) 15.42 19.86 20.19 13.69 10.10 9.09 11.50 9.90 13.32 11.81 12.10 16.36 14.87 10.79 9.55 16.35 25.37 31.72 28.06 18.78
Return on investment (%) 12.24 16.06 15.40 8.84 6.76 7.12 9.54 7.04 9.87 10.37 10.91 14.70 12.99 9.17 7.91 11.73 20.74 24.20 19.35 13.19
Return on average assets (%) 10.10 12.77 11.83 7.44 5.93 5.83 7.24 5.83 8.84 8.25 8.21 11.22 9.81 6.99 5.87 10.27 16.87 19.36 16.08 NC
Return on average equity (%) 16.59 21.92 22.39 14.65 10.59 9.49 12.13 10.36 14.76 12.45 12.53 17.80 15.97 11.36 9.98 17.81 28.99 37.50 32.63 NC
Return on average investment (%) 13.28 17.26 15.80 9.62 7.62 7.63 9.33 7.51 11.76 11.07 11.28 15.79 13.78 9.54 7.70 13.53 23.00 27.42 22.67 NC
Leverage
Interest coverage before tax 52.35 47.60 25.46 14.07 13.99 37.85 14.73 6.07 12.72 22.11 16.83 25.35 18.00 10.91 5.49 5.20 22.55 18.40 17.86 8.88
Interest coverage after tax 33.87 30.59 16.53 9.63 9.77 25.89 10.27 4.43 8.72 13.82 9.73 14.41 10.64 6.81 3.64 4.25 13.77 10.84 9.99 5.41
Long-term debt/common equity (%) 9.48 7.73 15.41 39.04 31.46 10.23 4.41 26.69 21.28 8.29 10.98 11.25 14.43 17.72 20.76 39.44 22.30 31.07 45.02 42.44
Long-term debt/shrhldr equity (%) 9.48 7.73 15.41 39.04 31.46 10.23 4.41 26.69 21.28 8.29 10.98 11.25 14.43 17.72 20.76 39.44 22.30 31.07 45.02 42.44
Total debt/invested capital (%) 7.56 6.26 11.77 25.22 21.08 8.23 3.94 19.26 16.08 7.73 10.61 10.72 13.31 15.84 17.77 28.84 19.01 24.42 31.39 30.26
Total debt/total assets (%) 5.85 4.66 8.65 19.27 16.57 6.33 2.98 15.31 12.16 5.76 7.91 7.61 9.46 11.31 13.41 22.20 14.18 17.54 21.68 22.32
Total assets/common equity 1.63 1.66 1.78 2.03 1.90 1.66 1.59 1.77 1.78 1.53 1.49 1.57 1.61 1.65 1.60 1.81 1.64 1.82 2.10 1.93
Dividends
Dividend payout (%) 11.31 8.92 6.92 11.26 15.31 17.34 13.72 16.25 11.98 15.04 14.38 9.74 11.41 15.13 16.34 9.58 6.66 5.46 5.46 8.38
Dividend yield (%) 0.63 0.49 0.33 0.30 0.36 0.58 0.77 0.73 0.84 0.91 1.03 0.74 1.12 0.70 0.83 0.80 0.63 0.86 1.03 1.30
Note: All ratios.
NC – not calculable.

C-138 Case 10 • Nucor Corporation and the US steel industry
Exhibit 11   Comparative income statements – SIC 3312
Nucor  
Corp.
Dec-96
Bethlhm  
Stl
Dec-96
Birm. 
Steel
Jun-96
Carpntr  
Tch
Jun-96
Chaparr  
Stl
May-96
Inland  
Stl
Dec-96
Steel 
Dynam
Dec-96
USX-US 
Stl
Dec-96
Sales 3 647.0 4 679.0 832.5 865.3 607.7 2 397.3 252.6 6 547.0
  Cost of goods sold 2 956.9 4 168.2 730.4 601.6 480.6 2 156.1 201.2 6 005.0
Gross profit 690.1 510.8 102.0 263.8 127.1 241.2 51.5 542.0
  Selling general & administrative 
expense 120.4 105.5 37.7 112.9 26.1 54.7 13.8 –169.0
Operating income before deprec. 569.7 405.3 64.3 150.9 101.0 186.5 37.6 711.0
  Depreciation depletion & 
amortization 182.2 268.7 34.7 35.2 29.5 124.6 19.4 292.0
Operating profit 387.5 136.6 29.6 115.6 71.5 61.9 18.2 419.0
  Interest expense 7.6 60.3 18.5 19.3 10.0 50.7 23.7 97.0
  Non-operating income/
expense 7.8 12.9 10.4 –3.8 4.3 2.5 2.9 51.0
  Special items 0.0 –465.0 –23.9 2.7 0.0 –26.3 0.0 –6.0
Pretax income 387.8 –375.8 –2.4 95.2 65.8 –12.6 –2.6 367.0
  Total income taxes 139.6 –67.0 –0.2 35.0 23.8 –3.5 0.0 92.0
  Minority interest CF CF 0.0 0.0 CF 0.0 0.0 CF
Income before extraordinary 
items & discontinued operations 248.2 –308.8 –2.2 60.1 42.0 –9.1 –2.6 275.0
  Preferred dividends 0.0 41.9 0.0 1.6 0.0 25.8 0.0 22.0
Available for common 248.2 –350.7 –2.2 58.6 42.0 –34.9 –2.6 253.0
  Savings due to common stock 
equivalents 0.0 0.0 0.0 0.0 0.2 0.0 0.0 0.0
Adjusted available for common 248.2 –350.7 –2.2 58.6 42.2 –34.9 –2.6 253.0
  Extraordinary items 0.0 0.0 0.0 0.0 0.0 –8.8 –7.3 –2.0
  Discontinued operations 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
Adjusted net income 248.2 –350.7 –2.2 58.6 42.2 –43.7 –9.8 251.0
Note: All US$mn.  Source: Compustat.

Case 10 • Nucor Corporation and the US steel industry C-139
Exhibit 12   Comparative balance sheets – SIC 3312
Nucor  
Corp.
Dec-96
Bethlhm  
Stl
Dec-96
Birm. 
Steel
Jun-96
Carpntr 
Tch
Jun-96
Chaparr  
Stl
May-96
Inland  
Stl
Dec-96
Steel 
Dynam
Dec-96
USX-US 
Stl
Dec-96
Assets
  Cash & equivalents 104.4 136.6 6.7 13.2 20.0 0.0 57.5 23.0
  Net receivables 292.6 311.6 111.6 137.1 49.5 225.6 32.5 580.0
  Inventories 385.8 1 017.3 196.8 160.5 121.8 182.0 65.9 648.0
  Prepaid expenses 0.0 0.0 1.4 0.0 7.8 0.0 0.0 0.0
  Other current assets 45.5 22.9 11.6 13.8 0.0 18.6 1.6 177.0
Total current assets 828.4 1 488.4 328.0 324.5 199.1 426.2 157.4 1 428.0
  Gross plant property & equip. 2 698.8 6 344.0 678.2 809.7 493.5 4 011.4 356.1 8 347.0
  Accumulated depreciation 907.6 3 924.2 134.2 390.2 279.4 2 642.7 16.8 5 796.0
Net plant property & equipment 1 791.2 2 419.8 544.0 419.5 214.1 1 368.7 339.3 2 551.0
Investments at equity 0.0 50.0 0.0 9.8 0.0 221.4 0.0 412.0
Other investments 0.0 NA 0.0 0.0 0.0 0.0 0.0 209.0
Intangibles 0.0 160.0 46.1 18.8 59.2 0.0 0.0 39.0
Deferred charges 0.0 0.0 CF 91.5 2.0 CF 12.4 1 734.0
  Other assets 0.0 991.7 9.9 48.0 1.0 326.5 13.2 207.0
TOTAL ASSETS 2 619.5 5 109.0 928.0 912.0 475.3 2 342.8 522.3 6 580.0
Liabilities
  Long-term debt due in one year 0.8 49.3 0.0 7.0 12.4 7.7 11.2 73.0
  Notes payable 0.0 0.0 0.0 19.0 0.0 272.5 0.0 18.0
  Accounts payable 224.4 410.4 83.2 75.8 34.1 217.7 41.2 667.0
  Taxes payable 10.3 67.9 0.4 13.7 0.0 69.2 0.0 154.0
  Accrued expenses CF 313.3 32.8 56.5 15.9 73.3 9.2 387.0
  Other current liabilities 230.2 116.5 0.0 0.0 0.0 3.9 0.0 0.0
  Total current liabilities 465.7 957.4 116.4 172.0 62.4 644.3 61.6 1 299.0
  Long-term debt 152.6 497.4 307.5 188.0 66.7 307.9 196.2 1 014.0
  Deferred taxes 50.0 0.0 50.3 84.5 CF 0.0 0.0 0.0
  Investment tax credit 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
  Minority interest 265.7 CF 0.0 0.0 CF 0.0
 Other liabilities 76.3 2 689.1 5.6 158.4 51.3 1 179.8 0.0 2 637.0
Equity
  Preferred stock – redeemable 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
  Preferred stock – non-redeemable 0.0 14.1 0.0 5.8 0.0 0.0 0.0 7.0
Total preferred stock 0.0 14.1 0.0 5.8 0.0 0.0 0.0 7.0
  Common stock 36.0 113.9 0.3 97.7 3.0 0.0 0.5 85.0
  Capital surplus 55.0 1 886.3 331.4 13.5 178.5 1 194.5 303.8 NA
  Retained earnings 1 535.9 (988.6) 137.6 256.6 126.9 (983.7) (39.8) NA
  Less: treasury stock 17.7 59.7 21.1 64.5 13.4 0.0 0.0 0.0
Common equity 1 609.3 951.9 448.2 303.3 295.0 210.8 264.6 1 559.0
TOTAL EQUITY 1 609.3 66.0 448.2 309.1 295.0 210.8 264.6 1 566.0
TOTAL LIABILITIES & EQUITY 2 619.5 5 109.9 928.0 912.0 475.3 2 342.8 522.3 6 580.0
Note: All US$mn.

C-140 Case 10 • Nucor Corporation and the US steel industry
Exhibit 13   Comparative ratios – SIC 3312
Bethlhm  
Stl 
Dec-96
Birm. 
Steel
Jun-96
Carpntr  
Tch
Jun-96
Chaparr 
Stl
May-96
Inland 
Stl
Dec-96
Ipsco 
Inc.
Dec-96
Nucor 
Corp.
Dec-96
Steel 
Dynam
Dec-96
USX-US  
Stl
Dec-96
Weirton
Dec-96
Liquidity
Current ratio 1.55 2.82 1.89 3.19 0.66 2.98 1.78 2.56 1.10 2.14
Quick ratio 0.47 1.02 0.87 1.12 0.35 1.92 0.85 1.46 0.46 0.98
Working capital per share 4.75 7.40 9.18 4.76 –218 099.97 9.48 4.13 2.01 1.52 7.31
Cash flow per share –0.36 1.14 5.74 2.49 115 499.99 2.76 4.90 0.35 6.68 0.32
Activity
Inventory turnover 4.22 3.95 4.78 4.31 11.33 4.17 8.54 5.06 9.62 4.99
Receivables turnover 13.64 7.48 6.76 12.01 10.27 8.18 12.67 15.51 10.97 9.08
Total asset turnover 0.87 0.99 0.99 1.29 1.02 0.62 1.48 0.60 1.00 1.06
Average collection per (days) 26.00 48.00 53.00 30.00 35.00 44.00 28.00 23.00 33.00 40.00
Days to sell inventory 85.00 91.00 75.00 84.00 32.00 86.00 42.00 71.00 37.00 72.00
Operating cycle (days) 112.00 139.00 129.00 114.00 67.00 130.00 71.00 94.00 70.00 112.00
Performance
Sales/net PP&E 1.93 1.53 2.06 2.84 1.75 1.07 2.04 0.74 2.57 2.27
Sales/stockholder equity 4.84 1.86 2.80 2.06 11.37 1.02 2.27 0.95 4.18 8.25
Profitability
Oper. margin before depr (%) 8.66 7.73 17.44 16.61 7.78 15.78 15.62 14.89 10.86 4.24
Oper. margin after depr. (%) 2.92 3.56 13.36 11.76 2.58 13.39 10.62 7.21 6.40 0.05
Pretax profit margin (%) –8.03 –0.28 11.00 10.82 –0.53 15.13 10.63 –1.01 5.61 –4.00
Net profit margin (%) –6.60 –0.26 6.95 6.91 –0.38 10.35 6.80 –1.01 4.20 –3.22
Return on assets (%) –6.86 –0.23 6.42 8.83 –1.49 5.93 9.47 –0.49 3.84 –3.42
Return on equity (%) –36.84 –0.49 19.31 14.23 –16.56 10.53 15.42 –0.97 16.23 –29.83
Return on investment (%) –23.96 –0.29 11.78 11.61 –6.73 7.08 12.24 –0.56 9.57 –7.43
Return on average assets (%) –6.49 –0.26 6.72 8.88 –1.49 6.37 10.10 –0.61 3.86 –3.40
Return on average equity (%) –32.23 –0.48 20.78 14.86 –15.31 11.01 16.59 –1.56 17.47 –25.59
Return on average invest. (%) –21.59 –0.32 12.26 11.78 –5.95 7.62 13.28 –0.69 10.17 –7.29
Leverage
Interest coverage before tax –5.23 0.87 5.92 7.57 0.75 6.27 52.35 0.89 4.78 –0.22
Interest coverage after tax –4.12 0.88 4.11 5.19 0.82 4.60 33.87 0.89 3.84 0.02
Long-term debt/common eq. (%) 52.25 68.61 61.99 22.61 146.06 48.73 9.48 74.15 65.04 288.89
Long-term debt/shrhldr eq. (%) 51.49 68.61 60.83 22.61 146.06 48.73 9.48 74.15 64.75 256.97
Total debt/invested cap. (%) 37.36 40.69 43.05 21.86 113.38 32.89 7.56 45.00 41.79 71.99
Total debt/total assets (%) 10.70 33.14 23.47 16.63 25.10 27.57 5.85 39.70 16.79 33.12
Total assets/common equity 5.37 2.07 3.01 1.61 11.11 1.77 1.63 1.97 4.22 8.72
Dividends
Dividend payout (%) 0.00 –524.80 37.10 13.88 0.00 15.62 11.31 0.00 33.60 0.00
Dividend yield (%) 0.00 2.42 4.13 1.37 NA 1.26 0.63 0.00 3.19 0.00
Note: All ratios.  Source: Compustat.

Case 10 • Nucor Corporation and the US steel industry C-141
Exhibit 13   Comparative ratios – SIC 3312
Bethlhm  
Stl 
Dec-96
Birm. 
Steel
Jun-96
Carpntr  
Tch
Jun-96
Chaparr 
Stl
May-96
Inland 
Stl
Dec-96
Ipsco 
Inc.
Dec-96
Nucor 
Corp.
Dec-96
Steel 
Dynam
Dec-96
USX-US  
Stl
Dec-96
Weirton
Dec-96
Liquidity
Current ratio 1.55 2.82 1.89 3.19 0.66 2.98 1.78 2.56 1.10 2.14
Quick ratio 0.47 1.02 0.87 1.12 0.35 1.92 0.85 1.46 0.46 0.98
Working capital per share 4.75 7.40 9.18 4.76 –218 099.97 9.48 4.13 2.01 1.52 7.31
Cash flow per share –0.36 1.14 5.74 2.49 115 499.99 2.76 4.90 0.35 6.68 0.32
Activity
Inventory turnover 4.22 3.95 4.78 4.31 11.33 4.17 8.54 5.06 9.62 4.99
Receivables turnover 13.64 7.48 6.76 12.01 10.27 8.18 12.67 15.51 10.97 9.08
Total asset turnover 0.87 0.99 0.99 1.29 1.02 0.62 1.48 0.60 1.00 1.06
Average collection per (days) 26.00 48.00 53.00 30.00 35.00 44.00 28.00 23.00 33.00 40.00
Days to sell inventory 85.00 91.00 75.00 84.00 32.00 86.00 42.00 71.00 37.00 72.00
Operating cycle (days) 112.00 139.00 129.00 114.00 67.00 130.00 71.00 94.00 70.00 112.00
Performance
Sales/net PP&E 1.93 1.53 2.06 2.84 1.75 1.07 2.04 0.74 2.57 2.27
Sales/stockholder equity 4.84 1.86 2.80 2.06 11.37 1.02 2.27 0.95 4.18 8.25
Profitability
Oper. margin before depr (%) 8.66 7.73 17.44 16.61 7.78 15.78 15.62 14.89 10.86 4.24
Oper. margin after depr. (%) 2.92 3.56 13.36 11.76 2.58 13.39 10.62 7.21 6.40 0.05
Pretax profit margin (%) –8.03 –0.28 11.00 10.82 –0.53 15.13 10.63 –1.01 5.61 –4.00
Net profit margin (%) –6.60 –0.26 6.95 6.91 –0.38 10.35 6.80 –1.01 4.20 –3.22
Return on assets (%) –6.86 –0.23 6.42 8.83 –1.49 5.93 9.47 –0.49 3.84 –3.42
Return on equity (%) –36.84 –0.49 19.31 14.23 –16.56 10.53 15.42 –0.97 16.23 –29.83
Return on investment (%) –23.96 –0.29 11.78 11.61 –6.73 7.08 12.24 –0.56 9.57 –7.43
Return on average assets (%) –6.49 –0.26 6.72 8.88 –1.49 6.37 10.10 –0.61 3.86 –3.40
Return on average equity (%) –32.23 –0.48 20.78 14.86 –15.31 11.01 16.59 –1.56 17.47 –25.59
Return on average invest. (%) –21.59 –0.32 12.26 11.78 –5.95 7.62 13.28 –0.69 10.17 –7.29
Leverage
Interest coverage before tax –5.23 0.87 5.92 7.57 0.75 6.27 52.35 0.89 4.78 –0.22
Interest coverage after tax –4.12 0.88 4.11 5.19 0.82 4.60 33.87 0.89 3.84 0.02
Long-term debt/common eq. (%) 52.25 68.61 61.99 22.61 146.06 48.73 9.48 74.15 65.04 288.89
Long-term debt/shrhldr eq. (%) 51.49 68.61 60.83 22.61 146.06 48.73 9.48 74.15 64.75 256.97
Total debt/invested cap. (%) 37.36 40.69 43.05 21.86 113.38 32.89 7.56 45.00 41.79 71.99
Total debt/total assets (%) 10.70 33.14 23.47 16.63 25.10 27.57 5.85 39.70 16.79 33.12
Total assets/common equity 5.37 2.07 3.01 1.61 11.11 1.77 1.63 1.97 4.22 8.72
Dividends
Dividend payout (%) 0.00 –524.80 37.10 13.88 0.00 15.62 11.31 0.00 33.60 0.00
Dividend yield (%) 0.00 2.42 4.13 1.37 NA 1.26 0.63 0.00 3.19 0.00
Note: All ratios.  Source: Compustat.
Exhibit 14   Steel companies (SIC 3312) sorted by sales
Company name SIC 1996 Sales 1996 Assets
Broken Hill Proprietary – ADR 3312 $15 260.90 $28 113.50
British Steel PLC – ADR 3312 $11 882.00 $12 939.60
Pohang Iron & Steel Co – ADR 3312 $11 140.60 $18 967.60
USX-US Steel Group 3312 $6 547.00 $6 580.00
Bethlehem Steel Corp 3312 $4 679.00 $5 109.90
LTV Corp 3312 $4 134.50 $5 410.50
Allegheny 
T
eledyne Inc 3312 $3 815.60 $2 606.40
Nucor Corp 3312 $3 647.03 $2 619.53
National Steel Corp – CL B 3312 $2 954.03 $2 547.06
Inland Steel Co 3312 $2 397.30 $2 342.80
AK Steel Holding Corp 3312 $2 301.80 $2 650.80
Armco Inc 3312 $1 724.00 $1 867.80
Weirton Steel Corp 3312 $1 383.30 $1 300.62
Rouge Steel Co – CL A 3312 $1 307.40 $681.95
WHX Corp 3312 $1 232.70 $1 718.78
T
exas Industries Inc 3312 $985.67 $847.92
Lukens Inc 3312 $970.32 $888.75
Grupo IMSA SA DE CV – ADS 3312 $953.00 $1 404.00
Algoma Steel Inc 3312 $896.47 $983.47
Quanex Corp 3312 $895.71 $718.21
Carpenter 
T
echnology 3312 $865.32 $911.97
Birmingham Steel Corp 3312 $832.49 $927.99
Oregon Steel Mills Inc 3312 $772.82 $913.36
Republic Engnrd Steels Inc 3312 $746.17 $640.58
Geneva Stl Co – CL A 3312 $712.66 $657.39
Highvld Stl & Vanadium – ADR 3312 $695.36 $957.28
Northwestern Stl & 
Wire 3312 $661.07 $442.52
Tubos de Acero de Mex – ADR 3312 $645.16 $1 027.85
Titan International Inc 3312 $634.55 $558.59
Florida Steel Corp 3312 $628.40 $554.90
J & L Specialty Steel 3312 $628.02 $771.93
Chaparral Steel Company 3312 $607.66 $475.34
Ipsco Inc 3312 $587.66 $1 025.00
T
alley Industries Inc 3312 $502.70 $280.39
NS Group Inc 3312 $409.38 $300.03
Laclede Steel Co 3312 $335.38 $331.11
Keystone Cons Industries Inc 3312 $331.18 $302.37
Huntco Inc – CL A 3312 $264.09 $222.44
Steel Dynamics Inc 3312 $252.62 $522.29
Roanoke Electric Steel Corp 3312 $246.29 $167.02
Grupo Simec-Spon ADR 3312 $214.64 $509.72
Bayou Steel Corp – CL A 3312 $204.43 $199.27
New Jersey Steel Corp 3312 $145.21 $151.37
China Pacific Inc 3312 $123.50 $114.33
Kentucky Electric Steel Inc 3312 $98.32 $78.43
Steel of West 
Virginia 3312 $95.33 $79.30
UNVL Stainless & Alloy Prods 3312 $60.26 $42.10
Consolidated Stainless Inc 3312 $50.82 $51.25
Stelax Industries Ltd 3312 $0.73 $16.76

C-142 Case 10 • Nucor Corporation and the US steel industry
Nucor’s  strategic  intent  is  clearly  known  by 
employees, customers and its competitors. Each year, 
the  business  review  of  the  annual  report  gives  this 
succinct description of its scope of operations: ‘Nucor 
Corporation’s  business  is  the  manufacture  of  steel 
products.’ The annual letter to shareholders gives this 
picture of the company:
Your  management  believes  that  Nucor  is  among 
the  nation’s  lowest  cost  steel  producers.  Nucor 
has  operated  profitably  for  every  quarter  since 
1966. Nucor’s steel products are competitive with 
those of foreign imports. Nucor has a strong sense 
of  loyalty  and  responsibility  to  its  employees. 
Nucor  has  not  closed  a  single  facility,  and  has 
maintained  stability  in  its  work  force  for  many 
years  ...  Productivity  is  high  and  labor  relations 
are good.3
As with the mission, goals at Nucor are equally 
streamlined. Iverson has noted that in some compa-
nies  planning  systems  are  as  much ritual  as  reality, 
resulting  in  plans  and  budgets  that  are  inappropri-
ate and unrealistic.4 Nucor has both long- and short-
range  goals.  However,  they  are  handled  differently 
than at many firms. Short-term plans focus on bud-
get  and  production  for  the  current  and  next  fiscal 
year. The plans are zero-based – created from actu-
al needs and estimates for specific projects – not an 
updated  copy  of  a  prior  year’s  budget.  Long-range 
plans are a combination of the plans of different divi-
sions and plant – a bottom-up approach to planning. 
The  long-range  plans  are  seen  as  guides  –  not  gos-
pel.  The  plans  incorporate  relative  goals  instead  of 
specific milestones that the firm expects managers to 
achieve. Division and plant managers set their target 
goals knowing that they will be rewarded for meet-
ing them, but not punished if for unexpected reasons 
they are not met.
Similarly, even plans for specific projects are min-
imalist. For example, the company handles new mill 
construction largely internally. Many aspects of the 
plant  design  are  done ‘on  the  fly’ to save time.  The 
company does not create finely detailed construction 
plans for new plants. Instead, it uses this experience 
as  a  guide  for  starting  construction.  It  then  fills  in 
the details as construction proceeds.5 This approach 
allows Nucor to construct plants both faster and at 
less cost than their competitors. The Hickman, Arkan-
sas mill was completed six months ahead of schedule, 
going from groundbreaking to first commercial ship-
ment in a mere 16 months.
By  1995,  Nucor  had  become  the  fourth-largest 
domestic steel producer. CEO John Correnti targets 
annual growth at between 15 and 18 per cent – sub-
stantially above the 1–2 per cent rate of growth for 
the  industry.  Given  Nucor’s  size  and  the  industry’s 
maturity,  growth  for  Nucor  requires  taking  mar-
ket share away from the integrated producers. Most 
experts agree that Nucor is well positioned to achieve 
such growth and sustain profitability, given its indus-
try-leading  cost  structure.  Steel  industry  analysts 
attribute  Nucor’s  ability  to  grow  in  a  constricting 
market to the firm’s aggressive style of management, 
its innovative and revolutionary technologies, and a 
Exhibit 15   Nucor annual sales, 1986–97
0
1986
1988
1990
1992
1994
1996
1997
1 000
2 000
3 000
4 000
5 000
Millions of dollars

Case 10 • Nucor Corporation and the US steel industry C-143
solid understanding of the dynamics and cost-drivers 
of the steel industry.
Nucor can  trace its low-cost  position to  a com-
bination  of  three  factors:  technological  innovation, 
continuous process refinement and a strong corporate 
culture. Investments in any of the three alone is insuf-
ficient; the three elements must work together for the 
firm to be productive and successful.
Technological innovation at Nucor
Historically,  the  main  distinction  between  minimills 
and integrated producers has been the range of prod-
ucts offered. While minimill technology is less capital-
intensive,  the  production  process  is  also  limited  to 
commodity steel products: bars, angles and structural 
steel  beams.  Integrated  producers  largely  retreated 
from these commodity products and concentrated on 
sheet steel, which was presumably safe from encroach-
ment by the minis. Strategically, though, Nucor more 
closely resembles the integrated producers versus other 
minimills in terms of product offerings. Innovative use 
of technology is key to this strategy.
A  prime  example  of Nucor’s  innovation was its 
foray into sheet steel. By the mid-1980s, Iverson had 
anticipated  the  coming shake-out  among  minimills; 
the  lure  of  easy  pickings  from  dinosaurs  like  Beth-
lehem Steel had drawn many firms into the minimill 
business, resulting in over-supply. Integrated mills pro-
duce steel sheet by starting with 10-inch-thick slabs of 
steel and repeatedly processing the slab through roll-
ers to reduce thickness and increase width. Multiple 
rolling machines result in a production line hundreds 
of metres long. Conventional wisdom said that it was 
impossible  to  produce  the  10-inch-thick  steel  slabs 
needed  to  roll  sheet  steel  in  a  minimill;  their  small 
electric  arc  furnaces  simply  did  not  have  the  same 
capability  as  the  blast  furnace  used  by  an  integrat-
ed  mill.  Nucor  carefully  researched  emerging  tech-
nology.  Rather  than  develop  a  proprietary  system, 
they licensed and modified a new German caster and 
began a US$270 million experiment. This new plant 
– in Crawfordsville, Indiana – started up in 1987. The 
process was very different from making sheet steel in 
an integrated plant. Nucor’s system involves the high-
ly controlled continuous pouring of molten steel into 
a narrow mould and on to a conveyor belt to form a 
continuous two-inch-thick ribbon of semi-solid steel 
–  pouring  steel  much  in  the  same  manner  as  frost-
ing an endless cake using a pastry tube. The process 
requires sophisticated computer technology and mon-
itoring to ensure constant quality and to avert costly 
and  dangerous  spills.  This  precisely  sized  ribbon of 
steel  is  then  rolled  to  the  specific  thickness  using  a 
few smaller-sized rolling machines. This results in a 
much smaller and less expensive plant than a tradi-
tional mill for the production of sheet steel.
The technical challenges of producing steel using 
this  method  are  the  basic  requirements  of  entry 
into  the  minimill  market.  Profitability,  however,  is 
achieved through efficiency. Labour costs constitute a 
large portion of the cost of steel. Integrated producers 
can take up to four to five man-hours per ton to pro-
duce sheet steel, with three hours/ton on a productiv-
ity  benchmark.  In  comparison,  Nucor’s  Crawfords-
ville plant took only 45 man-minutes per ton. Such 
efficiency gave Nucor a US$50–75 cost advantage per 
ton, a savings of nearly 25 per cent compared to their 
competitors.  By  1996,  Nucor  had  production  time 
down to 36 minutes per ton with additional savings 
expected. A second sheet  plant was added  in  1992, 
and  capacity was expanded  at both  plants in 1994. 
Production capacity was 1 million tons in 1989, and 
3.8 million tons in 1995.
Not  content  with  the  sheet  steel  market,  Nucor 
chose to enter a new strategic segment in 1995: spe-
ciality steel. The Crawfordsville plant was modified to 
produce thin slab stainless steel – another ‘impossible’ 
feat for a minimill. Through experimentation, it was 
able to produce  two-inch-thick  stainless  steel  slabs. 
It shipped 16  000 tons in 1995, 50  000 tons in 1996, 
and expects to hit a production capacity of 200 000 
tons annually. Coincidentally, perhaps, its projected 
capacity mirrors the volume of stainless sheet import-
ed to the United States – about 10 per cent of stainless 
steel demand in the United States.
Another example of technological innovation was 
Nucor’s entry into the fastener steel segment. Fasten-
ers include hardware such as hex and structural bolts 
and  socket  cap  screws,  which  are  used  extensively 
in  an  array  of  applications,  including  construction, 
machine tools, farm implements and military applica-
tions. Dozens of American fastener plants shuttered 
their doors in the 1980s, and foreign firms captured 
virtually all of this business segment. After a year of 

C-144 Case 10 • Nucor Corporation and the US steel industry
studying the fastener market and available technolo-
gy, Nucor built a new fastener plant in Saint Joe, Indi-
ana. Productivity was substantially higher than that 
at comparable US plants, and a second fastener plant 
came on-line in 1995. The fastener plants receive most 
of their  steel from the Nucor Steel division. With  a 
production capacity of 115 000 tons – up substantial-
ly from 50 000 tons in 1991 – Nucor has the capacity 
to supply nearly 20 per cent of this market.
A final example of technological innovation con-
cerns upstream diversification. Scrap steel is a critical 
input for minimills. Quality differences in scrap types 
coupled  with  insufficient  supply  have  led  to  large 
fluctuations  in  scrap  costs.  Frank  Stephens,  a  min-
ing engineer, had developed a technology to improve 
the efficiency of steel making through the use of iron 
carbide. Stephens had tried – unsuccessfully – to sell 
this process to US Steel, National Steel and Armco, 
among others.6 In comparison, to Nucor, iron carbide 
appeared to be an opportunity to reduce its reliance 
on the increasingly volatile scrap steel market. After 
speaking with the inventor of the process and touring 
an iron carbide pilot plant in Australia, Nucor made 
preliminary plans to construct an iron carbide pilot 
plant.7 The location selected – Trinidad – would pro-
vide the large quantities of low-cost natural gas need-
ed for iron carbide production. Nucor estimated that 
establishing the pilot plant would require US$60  mil-
lion. However, as the process was unproven, Nucor 
would,  in  essence,  be  making  a  gamble  that  would 
yield an industry-revolutionising process or be invest-
ing US$60 million in a plant that would be virtual-
ly  worthless.  To  Nucor,  the  investment  constituted 
a measured  risk;  while  the  investment  to determine 
the feasibility was significant, if the process failed it 
would not cripple the firm. In  1994,  Nucor opened 
the iron carbide pilot plant at a cost of US$100 mil-
lion  –  almost  double  expectations.  At  the  end  of 
1995, the plant was operating at only 60 per cent of 
capacity. Still, Nucor was betting big on this oppor-
tunity. Nucor estimates that the use of iron carbide 
would allow them to reduce their steel-making costs 
by US$50 per ton –  a  20  per  cent reduction.  Addi-
tionally, Nucor is working on a joint venture with US 
Steel to manufacture steel directly from iron carbide, 
which could revolutionise the steel industry.
Process refinement at Nucor
Much of the business press focuses on the high-profile 
quantum advances made at Nucor, such as the creation 
of flat-rolled steel in an electric arc furnace and the 
use of iron carbide as a substitute for scrap. However, 
an emphasis on continuous innovation is felt through-
out the organisation and is equally important. A man-
ager from Nucor’s Crawfordsville mill observed that 
most of the innovation comes not from management, 
but from equipment  operators  and  line  supervisors. 
The job of management, says the manager, is to make 
sure the innovations can be implemented.8 For exam-
ple, workers discovered that they could fine-tune sur-
face characteristics of their galvanised steel (a benefit 
valued by many customers) simply by making small 
adjustments to the air pressure of a coating process. 
Changes  such  as  these  do  not  require  management 
review or approval. Instead, equipment operators and 
line supervisors are authorised to innovate and imple-
ment processes that improve production. Such inno-
vation is routine enough at Nucor that management 
does  not  track  individual  improvements.  Rather, 
Nucor tracks innovation by looking at the end result 
– reductions in the amount of labour required to pro-
duce each ton of steel.
Exhibit 16  Nucor’s principal manufacturing locations, 1997
Location Size (ft2) Products
Blytheville–Hickman, Arkansas   2 880 000 Steel shapes, flat-rolled steel
Norfolk–Stanton, Nebraska   2 28 000 Steel shapes, joists, deck
Brigham City–Plymouth, Utah   1 760 000 Steel shapes, joists
Darlington–Florence, South Carolina   1 610 000 Steel shapes, joists, deck
Grapeland–Jewett, Texas   1 500 000 Steel shapes, joists, deck
Crawfordsville, Indiana   1 410 000 Flat-rolled steel
Berkeley, South Carolina   1 300 000 Flat-rolled steel

Case 10 • Nucor Corporation and the US steel industry C-145
Employee  innovation  is  driven  by  two  factors. 
First,  the  company’s  bonus  system  means  that  any 
substantial improvements to efficiency will contribute 
to both  the  plant’s performance  and  individual  pay 
cheques.  Second,  the  corporate  culture  emphasises 
how experiments – even failed ones – keep Nucor as 
the  perennial  benchmark  for  industry  productivity. 
Experiments are conducted both at the time of mill 
start-up and on an ongoing basis. Typical of most mill 
start-ups, the start-up of Nucor’s Hickman plant was 
fraught with problems. The high rate of the produc-
tion line resulted in ‘breakouts’ – bad pours – of the 
‘ribbon’ of steel for thin-slap casting. Though initial-
ly occurring at the rate of several per day, breakouts 
have been declining since the plant became operation-
al. The high rates of production still result in two to 
five breakouts per week and Nucor continues to make 
modifications to the equipment to reduce this level.
Focusing  on  clean-steel  practices,  the  melt-shop 
people are developing mould powders that can han-
dle the high-speed, thin-slab casting. Mould powders 
insulate,  lubricate,  aid  uniform  heat  transfer,  and 
absorb inclusions, all of which makes for cleaner steel. 
Unfortunately, no existing mould powders can handle 
hot steel at the rate Nucor could potentially produce 
it: 200 inches a minute. To reduce inclusions (impuri-
ties in the steel), Nucor is working to standardise all 
operating practices in the two furnaces and two ladle 
furnaces.
The Nucor philosophy towards innovation is that 
attempts  at  improvement  will  be  accompanied  by 
failures. Tony Kurley, a Nucor plant manager, recalls 
Nucor chairman Ken Iverson’s expectation that suc-
cess is making the correct decision 60 per cent of the 
time.  What’s  important  isn’t  the  mistakes  that  are 
made, says Iverson, but the ability to learn from the 
20 per cent that are truly mistakes and the 20 per cent 
that are sub-optimal decisions.9
This willingness to modify on the fly and ‘shoot 
from  the  hip’,  as  one  melt-shop  supervisor  puts  it, 
makes  Nucor  an  exciting  place  to  work.  The  lean, 
flexible  workforce  is  continually  trying  new  things, 
doing different jobs. Employees continue to engage in 
risk taking because the company rewards success and 
does not punish for failures. The result is that employ-
ees, from top managers to hourly personnel, are will-
ing to take risks to achieve innovation and take own-
ership in their jobs.
At  Nucor,  the  tolerance  levels  for  failure  are 
apparently  high.  In  the  1970s,  a  Nucor  plant  man-
ager was considering the replacement of the electric 
arc furnace in the plant with an induction furnace. At 
Nucor, the plant manager has the authority to select 
the type of furnaces used in his plant. There was no 
clearly right  or wrong  answer. A  discussion  yielded 
strong arguments in favour of the switch from some 
plant  managers  and  equally  enthusiastic  arguments 
against  the  switch  from  others.  The  plant  manager 
elected to make the switch at a cost to Nucor of US$10 
million.  From  the  start,  the  new  furnaces  failed  to 
live up to expectations and resulted in repeated shut-
downs. Discussion shifted to the pluses and minuses 
of removing the furnace and within a year the furnace 
was removed. When the manager told Iverson of his 
Exhibit 17   Nucor annual worker productivity, 1990–97
0
200
400
600
800
1000
1200
1400
1600
1990
1991
1992
1993
1994
1995
1996
1997
Tons/employee/year

C-146 Case 10 • Nucor Corporation and the US steel industry
decision, Iverson supported him, saying he had made 
the right decision – there was no sense in leaving the 
reminder of a bad decision laying around.10
Despite  the  price  tag  on  this  particular  learn-
ing  experience,  management  was  unfazed.  Iverson’s 
comment on this failure was that the true problem is 
people not taking  risks. Nucor has  a saying:  ‘Don’t 
study an idea to death in a dozen committee meetings; 
try it out and make it work.’
Through  incremental  advances,  employees  are 
continually  able  to  streamline  and  refine  the  steel-
making process. The data suggests that Nucor employ-
ees have not come close to exhausting these enhance-
ments.  Productivity,  as  measured  in  tons  produced 
per employee, doubled from 1990 to 1995 (626 tons/
worker and 1269 tons/worker, respectively) and con-
tinues to climb. In 1997, productivity exceeded 1400 
tons/worker. How is Nucor able to realise such pro-
ductivity gains in this mature industry? The following 
examples highlight incremental innovations.
Preventive maintenance
Preventive  maintenance  is  a  crucial  but  time-
consuming  task  at  a  minimill.  At  Nucor-Yamato,  a 
joint  venture  between  Nucor  and  Yamato  Kogyo, 
a  Japanese  steel  producer,  the  plant  had  week-long 
shutdowns three times a year. During these periods, 
outside  contractors  would  strip,  service  and replace 
worn machinery. The outages could involve as many 
as 800 contractor personnel – a difficult task to man-
age. Further exacerbating the situation was the level 
of skill and low level of productivity of some contrac-
tor personnel. Aside  from the challenges of hunting 
down missing contractors, the plant (and employees) 
suffered  from  the  three  weeks  without  production. 
The  company  addressed  both  of  these  concerns  by 
eliminating  the  week-long  shutdowns,  instead  tack-
ling  specific  areas  of  the  mill  in  focused,  24-hour 
shutdowns.  This  new  process  has  several  advan-
tages, including spreading the maintenance costs over 
a wider window and being able to use a smaller in-
house  staff  that  operates  continually.  Some  mainte-
nance jobs are large enough to still require multiple-
day shutdowns, but the number of outside contractors 
has been reduced from 800 to 150. Through this pro-
gram, downtime at the plant has fallen from 10 per 
cent to near 1 per cent. Some improvements are less 
dramatic, but significant nonetheless. A young engi-
neer at a Nucor plant was concerned that too much 
was being spent to lubricate and maintain a series of 
supporting screws under a rolling line. He had a bet-
ter idea. The screws, part of the original manufactur-
er’s design, were replaced with metal shims, achiev-
ing an annual savings of over US$1 million.
Reduced melt times
At the Crawfordsville plant, workers made a series of 
small changes, such as replacing an exhaust pipe and 
tinkering  with  the  chemistry  of  the  melt.  By  doing 
so, they reduced the melt time from 72 minutes to 65 
minutes. While this may seem a small improvement, 
it meant that an additional 25 tons of steel could be 
poured in a single shift.
Revitalisation of outdated equipment
When  Nucor  bought  a  casting  line  from  a  German 
supplier, an obsolete reversing mill, which is used to 
reduce  the  thickness  of  steel,  was  thrown  in  as  an 
afterthought to sweeten the deal. The capacity of the 
reducing  mill  was  rated  as  325  000  tons  a  year  by 
the  supplier.  Nucor  employees  immediately  began 
fiddling  with  the  mill;  the  following  are among  the 
improvements and results:
•  Changing the way the steel was fed into the 
machine increased capacity from 360 to 1960 
feet per minute.
•  Changes reduced the time to thread the machine 
from five minutes to 20 seconds.
•  Nucor changed the type and grade of lubricating 
oil and installed a bigger motor.
With  these  changes,  Nucor  processed  650  000 
tons of steel during the first year the equipment was 
in operation – twice the machine’s capacity as rated 
by its manufacturer. Nucor anticipates that an addi-
tional 10 per cent increase can be achieved.11
New galvanising line
At one point, Nucor decided to install a galvanising 
line that coats finished steel to enhance its durability. 
Engineers from US$17.8-billion USX Corp. visited the 
plant before the foundation for the line had even been 
poured, and Nucor engineers  told them they would 
have the line running by year’s end. The USX visitors 
laughed because they had started building a similar 
line a year earlier and it still wasn’t operational. The 

Case 10 • Nucor Corporation and the US steel industry C-147
day  after  Christmas,  USX  ran  its  first  coil  through 
its new galvanising line. Twelve hours later, Nucor’s 
US$25 million galvanising line was operational. No 
other firm had constructed such a line for less than 
US$48 million.12
Continuous production
In most minimills,  the  conversion of scrap to a  fin-
ished product is a discontinuous process. Scrap is con-
verted to ingots, for instance, which are then stock-
piled for further conversion. When building their new 
Hickman  plant  in  the  early  1990s,  Nucor  tried  an 
experiment: continuous production. All steps of the 
steel-making  process  are  coordinated,  from  picking 
up the raw scrap, to melting it, forming it and laying 
down a finished coil. Continuous production is both 
faster  (three  to  four  hours  from  inputs  to  finished 
product) and more efficient. The downside? This just-
in-time approach eliminates all slack or buffers in the 
process; problems at any point in the production line 
shut  the  entire  operation  down.  How  well  has  this 
new  process  worked?  As  with  other  Nucor  plants, 
virtually none  of the employees had ever worked in 
a  steel  mill  before.  Still,  plant  performance  within 
one year of start-up was competitive with more estab-
lished  mills:  0.66  man-hours  per  ton,  and  a  91 per 
cent yield (percentage of scrap converted to finished 
product, a measure of efficiency). In late July 1993, 
the Hickman plant shipped 8804 tons, setting a new 
Nucor record for the most tons shipped from a single 
plant in a day.13
Culture at Nucor
A key ingredient in any effective corporate culture is 
people. It is not surprising that many organisations, 
especially  manufacturing  firms,  have  dysfunctional 
cultures  given  the  fear  and  distrust  experienced  by 
many  workers,  frequent  layoffs  and  an  ‘us  versus 
them’  mentality.  Executives  of  Bethlehem  Steel,  for 
example,  constructed  a  golf  course  using  corporate 
funds, then built a second and third course for mid-
dle managers and employees, respectively. Ken Iver-
son  questioned  how  a  company  with  a  culture  so 
dysfunctional as to require the construction of three 
golf courses to maintain the hierarchical distinction 
between  executives,  managers  and  line  employees 
could ever expect to improve its operations.14
Nucor differs dramatically from its competitors. 
At  Nucor,  ‘us  versus  them’  clearly  implies  manage-
ment  and  workers  united  against  competitors.  One 
melt-shop  supervisor  described  a  sense  of  personal 
responsibility  not only  for his  own  job but also  for 
the firm. He described his position at Nucor as being 
much like running his own company – a typical com-
ment  given  the  entrepreneurial  environment  Nucor 
has  created.  Decentralised  authority  and  a  sense  of 
individual responsibility are a key part of that struc-
ture. John  Correnti  explains  that  he  does  not  want 
to micro-manage the firm’s operations. Doing so, he 
feels, would result in employees placing blame when 
things  go  wrong  instead  of  taking  responsibility 
and  finding  solutions.  This,  Correnti  feels,  results 
in line personnel having a realistic ability to control  
their own job environment, increase productivity and 
increase their pay.15
Still, Nucor is anything but a ‘workers’ paradise’. 
The standards for employee productivity are extreme-
ly high,  and  there are  a number  of painful  remind-
ers  of  this  emphasis.  For  example,  the  steelworker 
who is 15 minutes late loses his production bonus for 
the  day  –  as  much  as  half  of  the  day’s  pay.  Thirty 
minutes late and the bonus for the entire week is for-
feited. Workers are not paid for sicknesses less than 
three days, or for production downtime due to bro-
ken machinery. However, by most measures, Nucor is 
the employer of choice. There is extreme competition 
for new positions. The Darlington plant has routinely 
received 1000 applications from a single job posting 
in the newspaper. Similarly, the new plant in Jewett, 
Texas (population 435), received 2000 applications. 
Employee turnover rates are among the lowest in the 
industry.  For  example,  the  Crawfordsville,  Indiana, 
plant  lost  a  total  of  four  employees  between  1988 
and 1994: two for drug use and two for poor perfor-
mance. Nucor is a non-union shop with much of the 
opposition to unions coming from Nucor employees 
who  feel  that  union  rules  would  hurt  productivity 
and  subsequently  their  pay  cheques.  According  to 
company folklore, there has been one labour dispute 
outside the mill gates,  and plant supervisors  had to 
protect union pamphleteers from angry employees!
How does  Nucor  achieve  such  levels of motiva-
tion and dedication? Iverson suggests that corporate 
America  has  confused  the  ideas  of  motivation  and 

C-148 Case 10 • Nucor Corporation and the US steel industry
manipulation.  Manipulation  stipulates  a  one-sided 
relationship wherein management convinces employ-
ees to do things in the interest of management. Moti-
vation involves getting employees to do things that are 
in the best interest of both parties. In the long term, 
Iverson  says,  motivation  yields  a  strong  company 
whereas manipulation destroys a company. With this 
in mind, Nucor has identified the following elements 
as critical to effective employee motivation:
1  Everyone must know what is expected of them, 
and goals should not be set too low.
2  Everyone must understand the rewards, which 
must be clearly delineated and not subjective.
3  Everyone must know where to go to get help. 
The company must have a system that clearly 
tells the employee who to talk to when confused 
or upset.
4  Employees must have real voices. They must 
participate in defining the goals, determining the 
working conditions and establishing production 
processes.
5  The company must provide a feedback system 
so that employees always know how they, their 
group and the company are doing.16
The  approach  appears  to  work.  A  long-time 
Nucor employee recalls when the Darlington, South 
Carolina, plant could produce 30 tons of steel a day. 
The  same  plant  now  produces  100  tons  of  steel  an 
hour. The worker says that, given the can-do attitude 
of employees and the focus on constant improvement, 
the ‘sky is the limit’ for additional improvements.17
While Nucor is a merit-oriented company, it also 
makes it clear that there are no  ‘classes’ of employ-
ees. Top managers receive the same benefits as steel-
makers  on  everything  from  vacation  time  to  health 
insurance. There are no preferred parking spaces, and 
the ‘executive dining room’ is the delicatessen across 
the  street.  Incidentally,  the  corporate  headquarters 
is located in a dowdy strip mall in Charlotte, North 
Carolina. Not surprisingly, there is no corporate jet 
or executive retreat in  the  Caymans.  Officers  travel 
in  coach  class  on  business  trips,  and  the  organisa-
tion is rife with legends of corporate austerity – such 
as Iverson travelling via subway when on business in 
New York City (true, incidentally). This emphasis on 
egalitarianism  is  an  integral  part  of  the  Nucor  cul-
ture. Iverson, wanting to eliminate even the smallest 
distinctions between personnel, ordered everyone to 
wear  the  same  colour  hardhat.  In  many  plants,  the 
colour  of  your  hardhat  is  a  highly  visible  signal  of 
your level in the company hierarchy. Even at Nucor, 
some  managers  thought  that  their  authority  rested 
not in their expertise and management ability, but in 
the  colour  of  their  hat.  This  goal  of  egalitarianism 
has not been completely without problems. When it 
was brought to Iverson’s attention that workers need-
ed to be able to quickly identify maintenance person-
nel, Iverson admitted his mistake and at Nucor plants 
everyone  wears  green  hardhats  except  maintenance 
personnel who wear yellow so that they can be eas-
ily spotted.18
This approach appears transferable and the moti-
vational effects are contagious. Iverson recalls when 
Nucor  purchased  a  plant  and  immediately  sold  the 
limousine  and  eliminated  executive  parking  spaces 
in favour of a first-come, first-served system. Iverson 
greeted  employees  on  their  way  into  the  plant  and 
recalls  one  employee  who  parked  in  what  was  the 
boss’s reserved spot and commented that the simple 
changes  in the  parking  system made him  feel  much 
better about the company.19
Compensation and bonus system
Leadership  by  example  can  only  induce  so  much 
behaviour; one of the more visible aspects of Nucor’s 
culture  is  its  compensation  system,  particularly  the 
prominent bonus system. ‘Gonna make some money 
today?’ is a common greeting on the plant floor, and 
discussion  of  company  financials  is  as  common  in 
the  lunchroom  as basketball  scores.  The bonus sys-
tem is highly structured, consisting of no special or 
discretionary bonuses. The company is divided based 
on  production  teams  of  25–50  individuals  who  are 
responsible for a complete task (such as a cold rolled 
steel fabrication line). The group includes everyone on 
that line, from scrap handlers  to furnace operators, 
mould and roller operators, and even finish packag-
ers. Managers get together and, based on the equip-
ment being used, set a standard for production. This 
standard is known to everyone in advance and doesn’t 
change unless the company makes a significant invest-
ment  in  capital  equipment.  With  the  standard  in 
mind, employees make whatever changes they see fit 
to increase production. A bonus is paid for all produc-

Case 10 • Nucor Corporation and the US steel industry C-149
tion over the standard and there is no limit as to how 
much bonus can be paid. The only qualifier is that the 
production must be good – that is, of sufficient qual-
ity for sale. No bonus is paid for bad production. At 
the end of the week, all employees on a particular line 
get the same production bonus, which is issued along 
with their weekly cheques.20
With bonuses, Nucor employees typically earn as 
much as their unionised counterparts in the integrat-
ed plants. Weekly bonuses have, in recent years, aver-
aged  100–200  per cent of base  wages.  Typical  pro-
duction workers earn US$8 to US$9 in base pay plus 
an additional US$16 per hour in production bonuses 
and averaged US$60 000 in 1996, making them the 
highest-paid employees in the industry. Since Nucor 
locates its plants in rural locations, employee salaries 
are well above the norm for any specific area, making 
Nucor jobs highly desirable.
Nucor  also  offers  several  other  benefits  to  help 
motivate and retain employees. In the 1980s, it shift-
ed to a workweek of four 12-hour days. Workers take 
four days off and then resume another intensive shift 
–  a  practice  borrowed  from  the  oil  industry.  While 
this  practice  results  in  a  lot  of  expensive  overtime 
– Crawfordsville alone paid out an extra half a mil-
lion dollars in 1995 due to the compressed workweek 
– management feels that the ensuing morale and pro-
ductivity gains pay for themselves. The company has 
also disbursed special US$500 bonuses (four times in 
the last 20 years) in exceptionally good years. They 
also provide four years worth of college tuition sup-
port  (up  to  US$2000/year)  for  each  child  of  each 
employee – excluding only the children of corporate 
officers.
Job security
Listening to Nucor managers, it is difficult to deter-
mine which fact they are most proud of: 30 years of 
uninterrupted quarterly profits or 20 years since they 
have last had to lay off an employee. Nucor locates 
in rural areas and there are often few other employ-
ment opportunities, let alone other jobs at similar pay 
scales, so Nucor feels a strong responsibility for keep-
ing workers employed, even during economic down-
turns.
Popular impressions aside, Iverson is clear to note 
that Nucor does not have a no-layoff policy. He cau-
tions that Nucor will lay off employees as a last resort 
if the survival of the company is at stake.21 But dur-
ing prior downturns, the company has chosen to ride 
out  slowdowns  with  its  ‘Share  the  Pain’  program, 
which  involves  reduced  workweeks  and  plant  slow-
downs instead of layoffs. What is most unusual with 
the  program  is  that  the  brunt  of  poor  performance 
is  felt  most  heavily  at  upper  parts  of  the  organisa-
tion,  particularly  as  long-term  compensation  is  an 
integral  part of the  executive pay  system.  During  a 
period of reduced demand for steel, the plants reduce 
their operations. For line personnel and foremen, this 
reduces their income by about 20 per cent. For depart-
ment heads, who are covered by a bonus plan based 
on the profitability of their plant, slowdowns result in 
Exhibit 18  Nucor profitability vs industry, 1981–95
–6%
–4%
–2%
0%
2%
4%
6%
8%
1981
1983
1985
1987
1989
1991
1993
1995
Nucor Industry

C-150 Case 10 • Nucor Corporation and the US steel industry
a reduction of about one-third of their pay. Nucor’s 
top managers have their pay based largely on return 
on  shareholders’  equity  –  the  measure  most  impor-
tant to shareholders. This is hit the hardest and top 
managers see their pay decline the most – as much as 
two-thirds or three-quarters of their income is lost.22 
This  structure  serves  a  number  of  purposes.  First, 
the line personnel don’t feel that they are bearing the 
brunt of a downturn. Second, there is a great deal of 
motivation to further reduce the cost per ton so that 
Nucor can underprice  any other  producer and keep 
its mills active even  during  an economic  downturn. 
Lastly, while the shareholders may not be happy with 
a reduced ROI, they at least know that management 
has  an  incentive to improve  company  performance. 
As an example, Iverson notes that in 1961 – a good 
year  –  he  made  US$460 000  including  bonuses.  In 
1982, though, Nucor fell shy of its 8 per cent return 
on equity and Iverson earned only US$108 000.23
Summary
How  important  is  the  corporate  culture  to  Nucor’s 
success? Management is free to point out that their 
advantage  does  not  stem  from  proprietary  technol-
ogy. After all, most of their innovations – including 
thin-slab  casting  and  the  use  of  iron  carbide  –  are 
based on technology developed by other firms. While 
they  pioneered  the  modifications  to  make  thin-slab 
casting  possible,  numerous  other  minimills  are  hot 
on their heels in this product segment. Nucor’s plants 
are  open  to firms seeking to benchmark their oper-
ations,  including  other  steel  producers.  When  other 
firms tour a plant, they may see the same equipment 
as in their plant. Many comment on the culture of the 
plant. One visitor from an integrated producer com-
mented  that  at  his  plant  the  culture  is  adversarial, 
management versus employee, with no trust between 
the parties. ‘Us versus them’ refers to workers versus 
management and production. In contrast, at Nucor, 
workers  are  seen  striving  together  as  a  team,  help-
ing each other and working towards a common goal: 
the production of a high volume of low-cost, quality 
steel.24
Iverson explains  Nucor’s success as being  based 
on a combination of the technology used and the cul-
ture of the organisation. He is unsure if technology is 
20, or 30, or even 40 per cent – but he’s sure it is less 
than  half  of  the  formula  for  Nucor’s achievements. 
The  culture  that  Nucor  instills  is  focused  primar-
ily on  the  long-term health  of the  organisation.  For 
example, debt is avoided, start-up costs are not capi-
talised  but  rather  are  expensed  in  the  current  peri-
od, and depreciation and write-offs lean towards the 
detriment of short-term earnings. Iverson is adamant 
about not bowing to short-term pressures to manage 
earnings or spread dividends evenly over a quarterly 
basis.  He  refuses  to  do  it.  He  compares  companies 
that try endlessly to meet short-term projections at the 
expense of a long-term approach to dogs on a leash 
– trying to perform a trick to satisfy the stock mar-
ket.  He  admonishes short-term share  speculators to 
stay away from the company. He compares Nucor to 
an eagle and invites long-term investors to soar with 
the company.25
Notes
  1   J.  L.  McCar thy,  1996,  ‘Passing  the  torch  at  big  steel’,  Chief 
Executive, 111, p. 22.
  2   K. Iverson,  1993,  ‘Changing  the  rules  of  the game’,  Planning 
Review, 21(5), pp. 9–12.
  3   Nucor Corp. Annual Report 1996.
  4   K. Iverson, 1993, ‘Effective leaders stay competitive’, Executive 
Excellence, 10(4), pp. 18–19.
  5 
  G. McManus, 1992, ‘Scheduling a successful startup’, Iron Age 
New Steel, 8(7), pp. 14–18.
  6   S.  Carey  and  E.  Norton,  1995,  ‘Blast  from  the  past:  Once 
scorned, a man with an idea is wooed by the steel industry’, 
Wall Street Journal, 29 December, p. A1. 
  7   R.  S.  Ahlbrandt,  R.  J.  Fruehan  and  F.  Giarratani,  1996,  The 
Renaissance of American Steel (New York: Oxford University 
Press).
  8   T. Kuster, 1995, ‘How Nucor Crawfordsville works’, Iron Age New 
Steel, 11(12), pp. 36–52.
  9   B. Berry, 1993, ‘Hot band at 0.66 manhours per ton’, Iron Age 
New Steel, 1(1), pp. 20–6.
10   K. Iverson, 1998, Plain Talk: Lessons from a Business Maverick (New 
York: John Wiley & Sons). 
11   E.  O.  Welles,  1994,  ‘Bootstrapping  for  billions’,  Inc.,  16(9), 
pp. 78–86.
12   Ibid.
13   Berry, ‘Hot band at 0.66 manhours per ton’.
14   Iverson, Plain Talk.

Case 10 • Nucor Corporation and the US steel industry C-151
15   Ahlbrandt, Fruehan and Giarratani, The Renaissance of American 
Steel.
1 6  Iverson, ‘Changing the rules of the game’.
17   Ibid.
18   J.  Isenberg,  1992,  ‘Hot  steel  and  good  common  sense’, 
Management Review, 81(8), pp. 25–7.
19   Iverson, Plain Talk.
20   Iverson, ‘Changing the rules of the game’.
21   Iverson, Plain Talk.
22   Isenberg, ‘Hot steel and good common sense’.
23   Iverson, ‘Changing the rules of the game’.
24   B. Berry, 1996, ‘The importance of Nucor’, Iron Age New Steel, 
12(7), p. 2.
25   Iverson, Plain Talk.

C-152
Case 11
Philip Condit and the 
Boeing 777*: 
From design and development to 
production and sales
Isaac Cohen
San Jose State University
* This case was presented in the October 2000 meeting of the North American Case Research Association at San Antonio, Texas.  
© Isaac Cohen, 2000. The author is grateful to the San Jose State University College of Business for its support.
Following  his  promotion  to  Boeing  CEO  in  1988, 
Frank Shrontz looked for ways to stretch and upgrade 
the  Boeing  767  –  an  eight-year-old  wide-body twin 
jet – in order to meet Airbus competition. Airbus had 
just launched two new  300-seat wide-body models, 
the two-engine A330 and the four-engine A340. Boe-
ing  had  no  300-seat  jetliner  in  service,  nor  did  the 
company plan to develop such a jet.
To  find  out  whether  Boeing’s  customers  were 
interested in a double-decker 767, Philip Condit, Boe-
ing executive vice president and future CEO (1996), 
met with United Airlines vice president Jim Guyette. 
Guyette  rejected the idea outright, claiming that an 
upgraded 767 was no match for Airbus’s new-model 
transports. Instead, Guyette urged Boeing to develop 
a brand-new commercial jet, the most advanced air-
plane of its generation. Shrontz had heard similar sug-
gestions from other airline carriers. He reconsidered 
Boeing’s  options,  and  decided  to  abandon  the  767 
idea in favour of a new aircraft program. In Decem-
ber 1989, accordingly, he announced the 777 project 
and put Philip Condit in charge of its management. 
Boeing had launched the 777 in 1990, delivered the 
first jet in 1995, and by February 2001, 325 B-777s 
were flying in the services of the major international 
and US airlines.1
Condit faced a significant challenge in managing 
the 777 project. He wanted to create an airplane that 
was preferred by the airlines at a price that was truly 
competitive.  He  sought  to  attract  airline  custom-
ers as well as cut production costs, and he did so by 
introducing several innovations – both technological 
and  managerial  –  in  aircraft design,  manufacturing 
and assembly. He looked for ways to revitalise Boe-
ing’s  outmoded  engineering production system,  and 
to update Boeing’s manufacturing strategies. And to 
achieve these goals, Condit made continual efforts to 
spread the 777 program-innovations company wide.

Case 11 • Philip Condit and the Boeing 777 C-153
Looking back at the 777 program, this case focus-
es on Condit’s efforts. Was the 777 project success-
ful and was it cost-effective? Would the development 
of  the  777  allow  Boeing  to  diffuse  the  innovations 
in  airplane  design  and  production  beyond  the  777 
program? Would the development of the 777 permit 
Boeing  to revamp and  modernise  its  aircraft  manu-
facturing  system?  Would  the  making  and  selling  of 
the 777 enhance Boeing competitive position relative 
to Airbus, its only remaining rival?
The aircraft industry
Commercial aircraft manufacturing was an industry 
of enormous risks where failure was the norm, not the 
exception. The number of large commercial jet mak-
ers  had  been  reduced  from  four  in  the  early  1980s 
– Boeing, McDonnell Douglas, Airbus and Lockheed 
–  to  two  in  late  1990s,  turning  the  industry  into  a 
duopoly, and pitting the two survivors – Boeing and 
Airbus – one against the other. One reason why air-
craft manufacturers so often failed was the huge cost 
of product development. 
Developing  a  new  jetliner  required  an  up-front 
investment of up to US$15 billion (2001 dollars), a 
lead time of five to six years from launch to first deliv-
ery,  and  the  ability  to  sustain  a  negative  cash  flow 
throughout the development phase. Typically, to break 
even on an entirely new jetliner, aircraft manufactur-
ers needed to sell a minimum of 300 to 400 planes 
and at least 50 planes per year. Only a few commer-
cial airplane programs had ever made money.2
The price  of an aircraft  reflected  its  high  devel-
opment costs. New-model  prices  were based  on the 
average cost  of producing 300 to 400  planes, not  a 
single plane. Aircraft pricing embodied the principle 
of  learning  by  doing,  the  so-called  learning  curve3 
workers  steadily  improved  their  skills  during  the 
assembly process, and as a result, labour cost fell as 
the number of planes produced rose.
The high and increasing cost of product develop-
ment prompted aircraft manufacturers to utilise sub-
contracting  as  a  risk-sharing  strategy.  For  the  747, 
the 767 and the 777, the Boeing Company required 
subcontractors to share a substantial part of the air-
plane’s development costs. Airbus did the same with 
its  own  latest  models.  Risk-sharing  subcontractors 
performed detailed design work and assembled major 
subsections of the new plane while airframe integra-
tors (that is, aircraft manufacturers) designed the air-
craft, integrated its systems and equipment, assembled 
the entire plane, marketed it, and provided customer 
support for 20 to 30 years. Both the airframe integra-
tors and their subcontractors were supplied by thou-
sands  of  domestic  and  foreign  aircraft  components 
manufacturers.4
Neither Boeing, nor Airbus, nor any other post-
war  commercial  aircraft manufacturer  produced  jet 
engines. A risky and costly venture, engine building 
had  become  a  highly  specialised  business.  Aircraft 
manufacturers worked closely with engine makers – 
General Electric, Pratt and Whitney, and Rolls-Royce 
– to set engine performance standards. In most cases, 
new airplanes were offered with a choice of engines. 
Over  time,  the  technology  of  engine  building  had 
become so complex and demanding that it took lon-
ger to develop an engine than an aircraft. During the 
life  of  a  jetliner,  the  price  of  the  engines  and  their 
replacement parts was equal to the entire price of the 
airplane.5
A  new-model  aircraft  was  normally  designed 
around  an  engine,  not  the  other  way  around.  As 
engine performance improved, airframes were rede-
signed  to  exploit  the  engine’s  new  capabilities.  The 
most practical way to do so was to stretch the fuselage 
and add more seats in the cabin. Aircraft manufactur-
ers deliberately designed flexibility into the airplane 
so  that  future  engine  improvements  could  facilitate 
later stretching. Hence the importance of the ‘family 
concept’ in aircraft design, and hence the reason why 
aircraft manufacturers introduced families of planes 
made  up of derivative jetliners  built  around a basic 
model, not single, standardised models.6
The commercial aircraft industry, finally, gained 
from  technological  innovations  in  two  other  indus-
tries.  More  than  any  other  manufacturing  indus-
try, aircraft construction benefited from advances in 
material  applications  and  electronics.  The  develop-
ment of metallic and non-metallic composite materi-
als played a key role in improving airframe and engine 
performance. On the one hand, composite materials 
that combined light weight  and great strength were 
utilised by aircraft manufacturers; on the other, heat-
resisting alloys that could tolerate temperatures of up 

C-154 Case 11 • Philip Condit and the Boeing 777
to 3000  degrees were used by engine makers. Simi-
larly, advances in electronics revolutionised avionics. 
The increasing use of semiconductors by aircraft man-
ufacturers  facilitated  the  miniaturisation  of  cockpit 
instruments, and more important, it enhanced the use 
of computers for aircraft communication, navigation, 
instrumentation  and  testing.7  The  use  of  computers 
contributed, in addition, to the design, manufacture 
and assembly of new-model aircraft.
The Boeing Company
The history of the Boeing Company may be divided 
into two distinct  periods: the piston era and the jet 
age.  Throughout  the  piston  era,  Boeing  was  essen-
tially a military contractor producing fighter aircraft 
in the 1920s and 1930s, and bombers during the Sec-
ond World War. During the jet age, beginning in the 
1950s, Boeing had become the world’s largest manu-
facturer of commercial aircraft, deriving most of its 
revenues from selling jetliners.
Boeing’s first jet was the 707. The introduction of 
the 707 in 1958 represented a major breakthrough in 
the history of commercial aviation; it allowed Boeing 
to gain a critical technological lead over the Douglas 
Aircraft  Company,  its  closer  competitor.  To  benefit 
from  government  assistance  in  developing  the  707, 
Boeing produced the first jet in two versions: a mili-
tary tanker for the Air Force (k-135) and a commer-
cial  aircraft  for  the  airlines  (707-120).  The  compa-
ny, however, did not recoup its own investment until 
1964,  six  years  after  it  delivered  the  first  707,  and 
12  years  after  it  had  launched  the  program.  In  the 
end, the 707 was quite profitable, selling 25 per cent 
above its average cost.8 Boeing retained the essential 
design of the 707 for all its subsequent narrow-body 
single-aisle models (the 727, 737 and 757), introduc-
ing incremental design improvements, one at a time.9 
One reason why Boeing used shared design for future 
models was the constant pressure experienced by the 
company to move down the learning curve and reduce 
overall development costs.
Boeing introduced the 747 in 1970. The develop-
ment  of the  747 represented  another  breakthrough; 
the 747 wide-body design was one of a kind; it had no 
real competition anywhere in the industry. Boeing bet 
the entire company on the success of the 747, spend-
ing on the project almost as much as the company’s 
total net worth in 1965, the year the project started.10 
In the short run, the outcome was disastrous. As Boe-
ing began delivering its 747s, the company was strug-
gling  to  avoid  bankruptcy.  Cutbacks  in  orders  as  a 
result  of  a  deep  recession,  coupled  with  production 
inefficiencies  and  escalating  costs,  created  a  severe 
cash shortage that pushed the company to the brink. 
As  sales  dropped,  the  747’s  breakeven point  moved 
further and further into the future.
Yet, in the long run, the 747 program was a tri-
umph.  The  Jumbo  Jet  had  become  Boeing’s  most 
profitable  aircraft  and  the  industry’s  most  efficient 
jetliner. The new plane helped Boeing to solidify its 
position as the industry leader for years to come, leav-
ing McDonnell Douglas far behind, and forcing the 
Lockheed Corporation to exit the market. The new 
plane, furthermore, contributed to Boeing’s manufac-
turing strategy in two ways. First, as Boeing increased 
its reliance on outsourcing, six major subcontractors 
fabricated  70  per  cent  of  the  value  of  the  747  air-
plane,11  thereby  helping  Boeing  to  reduce  the  proj-
ect’s risks. Second, for the first time, Boeing applied 
the family concept in aircraft design to a wide-body 
jet, building the 747 with wings large enough to sup-
port  a  stretched  fuselage  with  bigger  engines,  and 
offering a variety of other modifications in the 747’s 
basic design. The 747-400 (1989) is a case in point. 
In 1997, Boeing sold the stretched and upgraded 747-
400 in three versions, a standard jet, a freighter, and 
a  ‘combi’ (a jetliner  whose  main  cabin  was  divided 
between passenger and cargo compartments).12
Boeing  developed  other  successful  models.  In 
1969, it introduced the 737, the company’s narrow-
body  flagship,  and  in  1982  it  put  into  service  two 
additional  jetliners,  the  757  (narrow-body)  and  the 
767  (wide-body).  By  the  early  1990s,  the  737,  757 
and  767  were  all  selling  profitably.  Following  the 
introduction of the 777 in 1995, Boeing’s families of 
planes included the 737 for short-range travel, the 757 
and  767  for  medium-range  travel,  and  the  747  and 
777 for medium- to long-range travel (Exhibit 1). 
In  addition  to  building  jetliners,  Boeing  also 
expanded  its  defence,  space  and  information  busi-
nesses. In 1997, the Boeing Company took a strategic 

Case 11 • Philip Condit and the Boeing 777 C-155
gamble, buying the McDonnell Douglas Company in 
a US$14 billion stock deal. As a result of the merger, 
Boeing had become  the  world’s largest manufactur-
er of  military  aircraft, NASA’s largest  supplier, and 
the Pentagon’s second-largest contractor (after Lock-
heed). Nevertheless, despite the growth in its defence 
and space businesses, Boeing still derived most of its 
revenues  from  selling  jetliners.  Commercial  aircraft 
revenues accounted for 59 per cent of Boeing’s US$49 
billion sales in 1997 and 63 per cent of its US$56 bil-
lion sales in 1998.13
Following  its  merger  with  McDonnell,  Boeing 
had one remaining rival: Airbus Industrie.14 In 1997, 
Airbus booked 45 per cent of the worldwide  orders 
for commercial jetliners15 and delivered close to one-
third of the worldwide industry output. In 2000, Air-
bus shipped nearly two-fifths of the worldwide indus-
try output (Exhibit 2).
Airbus’s  success  was  based  on  a  strategy  that 
combined cost leadership with technological leader-
ship. First, Airbus distinguished itself from Boeing by 
incorporating the most advanced technologies into its 
planes. Second, Airbus managed to cut costs by utilis-
ing a flexible, lean production manufacturing system 
that stood in a stark contrast to Boeing’s mass pro-
duction system.16
As  Airbus  prospered,  the  Boeing  Company  was 
struggling  with  rising  costs,  declining  productivity, 
delays in deliveries and production inefficiencies. Boe-
ing Commercial Aircraft Group lost US$1.8 billion in 
1997 and barely generated any profits in 1998.17 All 
through the 1990s, the company looked for ways to 
revitalise its outdated production manufacturing sys-
tem, on the one hand, and to introduce leading-edge 
technologies into its jetliners, on the other. The devel-
opment  and  production  of  the  777,  first  conceived 
of in 1989, was an early step undertaken by Boeing 
managers to address both problems. 
The 777 program
The 777 program was Boeing’s single largest project 
since  the  completion  of  the  747.  The  total  develop-
ment  cost  of  the  777  was  estimated  at  US$6.3  bil-
lion  and  the  total  number of employees assigned  to 
the project peaked at nearly 10 000. The 777’s twin-
engines were the largest and most powerful ever built 
(the diameter of the 777’s engine equalled the 737’s 
fuselage),  the  777’s  construction  required  132 000 
uniquely  engineered  parts  (compared  to  70 000  for 
Exhibit 2   Market share of shipments of commercial aircraft: Boeing, McDonnell Douglas and Airbus,  
  1992–2000 (%)
1992 1993 1994 1995 1996 1997 1998 1999 2000
Boeing 61 61 63 54 55 67 71 68 61
McDonnell Douglas 17 14   9 13 13
Airbus 22 25 28 33 32 33 29 32 39
Sources: Aerospace Facts and Figures, 1997–98, p. 34; Wall Street Journal, 3 December 1998 and 12 January 1999; The Boeing Company Annual Report 1997, p. 19; 
Data supplied by Mark Luginbill, Airbus Communication Director, 16 November 1998, 1 February 2000 and 20 March 2001.
Exhibit 1   Total number of commercial jetliners    
  delivered by the Boeing Company,  
  1958–2001
Model No. delivered First delivery
B-707   1 010 (retired) 1958
B-727   1 831 (retired) 1963
B-737   3 901 1967
B-747   1 264 1970
B-757   953 1982
B-767   825 1982
B-777   325 1995
B-717   49 2000
T
otal:   10 159
*  McDonnell Douglas commercial jetliners (the MD-11, MD-80 and MD-90) 
are excluded.
Sources: Boeing Commercial Airplane Group, Announced Orders and 
Deliveries as of 12/31/97; The Boeing Company Annual Report 1998, p. 35; 
‘Commercial airplanes: Order and delivery summary’, www.Boeing.com, 
20 March 2001.

C-156 Case 11 • Philip Condit and the Boeing 777
the 767), the 777’s seat capacity was identical to that 
of the  first  747 that  had  gone  into  service  in  1970, 
and its manufactured empty weight was 57 per cent 
greater than the 767’s. Building the 777 alongside the 
747 and 767 at its Everett plant near Seattle, Wash-
ington, Boeing enlarged the plant to cover an area of 
76 football fields.18
Boeing’s financial position in 1990 was unusually 
strong.  With a 21  per  cent  rate of return on share-
holder equity, a long-term debt of just 15 per cent of 
capitalisation  and  a cash  surplus  of US$3.6  billion, 
Boeing  could  gamble  comfortably.19  There  was  no 
need to bet the company on the new project, as had 
been the case with the 747, or to borrow heavily, as 
had been the case with the 767. Still, the decision to 
develop the 777 was definitely risky; a failure of the 
new jet might have triggered an irreversible decline of 
the  Boeing  Company and  threatened  its  future  sur-
vival.
The  decision  to  develop  the  777  was  based  on 
market  assessment  –  the  estimated  future  needs  of 
the airlines. During the 14-year period from 1991 to 
2005,  Boeing  market  analysts  forecasted  a  100  per 
cent increase in the number of passenger miles trav-
elled worldwide and a need for about 9000 new com-
mercial jets. Of the total value of the jetliners needed 
in 1991–2005, Boeing analysts forecasted a US$260 
billion  market  for  wide-body  jets  smaller  than  the 
747.  An  increasing  number  of  these  wide-body  jets 
were expected to be larger than the 767.20
A consumer-driven product
To manage the risk of developing a new jetliner, air-
craft manufacturers had first sought to obtain a min-
imum  number  of  firm  orders  from  interested  carri-
ers, and only then to commit to the project. Boeing 
CEO Frank Shrontz had expected to obtain 100 ini-
tial orders of the 777 before asking the Boeing board 
to  launch  the  project,  but  as  a  result  of  Boeing’s 
financial strength, on the one hand, and the increas-
ing competitiveness of Airbus, on the other, Schrontz 
decided to seek the board’s approval earlier. He did 
so after securing only one customer: United Airlines. 
On 12 October 1990, United had placed an order for 
34 of the 777s and an option for an additional 34 air-
craft, and two weeks later, Boeing’s board of direc-
tors approved the project.21
Negotiating the sale, Boeing and United drafted a 
handwritten agreement (signed by Philip Condit and 
Richard Albrecht, Boeing’s executive vice presidents, 
and  Jim  Guyette,  United’s  executive  vice  president) 
that granted United a larger role in designing the 777 
than  the  role played by any airline before. The two 
companies  pledged  to  cooperate  closely  in  develop-
ing  an  aircraft  with  the  ‘best  dispatch  reliability  in 
the industry’ and the ‘greatest customer appeal in the 
industry’.  ‘We  will  endeavor  to  do  it  right  the  first 
time with the highest degree of professionalism’ and 
with  ‘candor,  honesty,  and  respect’  [the  agreement 
read].  Asked  to  comment  on  the  agreement,  Philip 
Condit said: ‘We are going to listen to our customers 
and  understand  what  they  want.  Everybody  on  the 
program has that attitude.’22 Gordon McKinzie, Unit-
ed’s 777 program director, agreed: ‘In the past we’d 
get  brochures  on  a  new  airplane  and  its  options  … 
wait four years for delivery, and hope we’d get what 
we ordered. This time Boeing really listened to us.’23
Condit  invited  other  airline  carriers  to  partici-
pate in the design and development phase of the 777. 
Altogether,  eight  carriers  from  around  the  world 
(United,  Delta,  America,  British  Airways,  Qantas, 
Japan  Airlines,  All  Nippon  Airways  and  Japan  Air 
System)  sent  full-time  representatives  to  Seattle; 
British Airways alone assigned 75 people at one time. 
To facilitate interaction between its design engineers 
and representatives of the eight carriers, Boeing intro-
duced an initiative called ‘Working Together’. ‘If we 
have a problem,’ a British Airways production man-
ager explained, ‘we go to the source – design engineers 
on  the  IPT  [Integrated  Product  Teams],  not  service 
engineer(s). One of the frustrations on the  747  was 
that we rarely got to talk to the engineers who were 
doing the work.’24
‘We  have  definitely  influenced  the  design  of  the 
aircraft,’  a  United  777  manager  said,  mentioning 
changes in the design of the wing panels that made it 
easier for airline mechanics to access the slats (slats, 
like  flaps,  increased  lift  on  takeoffs  and  landings), 
and  new  features  in  the  cabin  that  made  the  plane 
more attractive to  passengers.25 Of the  1500  design 
features examined by representatives of the airlines, 
Boeing engineers modified 300. Among changes made 
by  Boeing  was  a  redesigned  overhead  bin  that  left 
more stand-up headroom for passengers (allowing a  

Case 11 • Philip Condit and the Boeing 777 C-157
six-foot-three  tall  passenger  to  walk  from  aisle  to 
aisle), ‘flattened’ side walls which provided the occu-
pant of the window seat with more room, overhead 
bin doors which opened down and made it possible 
for shorter  passengers to lift  baggage  into the over-
head  compartment,  a  redesigned  reading  lamp  that 
enabled  flight  attendants  to  replace  light  bulbs,  a 
task  formerly performed  by  mechanics,  and  a  com-
puterised flight deck management system that adjust-
ed  cabin  temperature,  controlled  the  volume  of  the 
public address system, and monitored food and drink 
inventories.26
More important were changes in the interior con-
figuration (layout plan) of the aircraft. To be able to 
reconfigure the plane quickly for different markets of 
varying  travel  ranges  and  passenger  loads,  Boeing’s 
customers  sought a  flexible plan  of the interior.  On 
a  standard  commercial  jet,  kitchen  galleys,  closets, 
lavatories  and  bars  were  all  removable  in  the  past 
but were limited to fixed positions where the interi-
or floor structure was reinforced to accommodate the 
‘wet’ load. On the 777, by contrast, such components 
as  galleys  and  lavatories  could  be  positioned  any-
where within several ‘flexible zones’ designed into the 
cabin by the joint efforts of Boeing engineers and rep-
resentatives of the  eight  airlines.  Similarly, the  flex-
ible design  of the 777’s  seat tracks made it possible 
for carriers to increase the number of seat combina-
tions as well as reconfigure the seating arrangement 
quickly.  Flexible configurations  resulted, in  turn, in 
significant cost savings; airlines no longer needed to 
take the aircraft out of service for an extended period 
of time in order to reconfigure the interior.27
The  airline  carriers  also  influenced  the  way  in 
which Boeing designed the 777 cockpit. During the 
program  definition  phase,  representatives  of  United 
Airlines,  British  Airways  and  Qantas  –  three  of 
Boeing’s clients whose fleets included a large number 
of 747-400s  – asked Boeing  engineers  to model the 
777  cockpit  on  the  747-400’s.  In  response  to  these 
requests, Boeing introduced a shared 747/777 cock-
pit design that enabled its airline customers to use a 
single pool of pilots for both aircraft types at a sig-
nificant cost savings.28
Additionally,  the  airline  carriers  urged  Boeing 
to increase its use of avionics for in-flight entertain-
ment. The 777, as a consequence, was equipped with 
a fully computerised  cabin.  Facing  each  seat on  the 
777, and placed on the back of the seat in front, was a 
combined computer and video monitor that featured 
movies,  video  programs  and  interactive  computer 
games. Passengers were also provided with a digital 
sound system comparable to the most advanced home 
stereo available, and a telephone. About 40 per cent 
of the 777’s total computer capacity was reserved for 
passengers in the cabin.29
The 777 was Boeing’s first fly by wire (FBW) air-
craft,  an  aircraft  controlled  by  a  pilot  transmitting 
commands  to  the  movable  surfaces  (rudder,  flaps, 
etc.) electrically, not mechanically. Boeing installed a 
state-of-the-art FBW system on the 777 partly to sat-
isfy its airline customers, and partly to challenge Air-
bus’s leadership in flight control technology, a posi-
tion Airbus had held since it introduced the world’s 
first FBW aircraft, the A-320, in 1988.
Lastly, Boeing customers were invited to contrib-
ute  to  the  design  of  the  777’s  engine.  Both  United 
Airlines  and  All  Nippon  Airlines  assigned  service 
engineers  to work  with  representatives of Pratt  and 
Whitney (P&W) on problems associated with engine 
maintenance.  P&W  held  three  specially  scheduled 
‘airline  conferences’.  At  each  conference,  some  40 
airline  representatives  clustered  around  a  full-scale 
mock-up  of  the  777  engine  and  showed  Pratt  and 
Whitney engineers gaps in the design, hard-to-reach 
points,  visible  but  inaccessible parts,  and  accessible 
but  invisible  components.  At  the  initial  conference, 
Pratt  and  Whitney  picked  up  150  airline  sugges-
tions,  at  the  second,  50,  and  at  the  third,  10  more 
suggestions.30
A globally manufactured product
Twelve international companies located in 10 countries, 
and 18 more US companies located in 12 states, were 
contracted  by  Boeing  to  help  manufacture  the  777. 
Together, they supplied structural components as well 
as systems and equipment. Among the foreign suppliers 
were  companies  based  in  Japan,  Britain,  Australia, 
Italy,  Korea,  Brazil,  Singapore  and  Ireland;  among 
the  major  US  subcontractors  were  the  Grumman 
Corporation,  Rockwell  (later  merged  with  Boeing), 
Honeywell,  United  Technologies,  Bendix  and  the 
Sunstrand  Corporation.  Of  all  foreign  participants, 
the  Japanese  played  the  largest  role.  A  consortium 

C-158 Case 11 • Philip Condit and the Boeing 777
made up of Fuji Heavy Industries, Kawasaki Heavy 
Industries  and  Mitsubishi  Heavy  Industries  had 
worked  with  Boeing  on  its  wide-body  models  since 
the early days of the 747. Together, the three Japanese 
subcontractors produced 20 per cent of the value of 
the 777’s airframe (up from 15 per cent of the 767’s). 
A group of 250 Japanese engineers had spent a year 
in  Seattle  working  on  the  777  alongside  Boeing 
engineers  before  most  of  its  members  went  back 
home to begin production. The fuselage was built in 
sections in Japan and then shipped to Boeing’s huge 
plant at Everett, Washington for assembly.31
Boeing  used  global  subcontracting  as  a  market-
ing tool as well. Sharing design work and production 
with overseas firms, Boeing required overseas carri-
ers  to  buy  the  new  aircraft.  Again,  Japan  is  a  case 
in  point.  In return  for  the  contract  signed  with  the 
Mitsubishi,  Fuji and  Kawasaki  consortium  –  which 
was  heavily  subsidised  by  the  Japanese  government 
– Boeing sold 46 of the 777 jetliners to three Japanese 
air carriers: All Nippon Airways, Japan Airlines and 
Japan Air System.32
A family of planes
From the  outset,  the  design  of the  777  was flexible 
enough to accommodate derivative jetliners. Because 
all derivatives of a given model shared maintenance, 
training and operating procedures, as well as replace-
ment parts and components, and because such deriv-
atives  enabled  carriers  to  serve  different  markets  at 
lower costs, Boeing’s clients were seeking a family of 
planes built around a basic model, not a single 777. 
Condit and his management team, accordingly, urged 
Boeing’s engineers to incorporate the maximum flex-
ibility into the design of the 777.
The 777’s design flexibility helped Boeing to man-
age  the  project’s  risks.  Offering  a  family  of  planes 
based  on  a  single  design  to  accommodate  future 
changes in customers’ preferences, Boeing spread the 
777  project’s  risks  among  a  number  of  models  all 
belonging to the same family.
The  key  to  the  777’s  design  efficiency  was  the 
wing.  The  777  wings,  exceptionally  long  and  thin, 
were strong enough to support vastly enlarged mod-
els. The first model to go into service, the 777-200, 
had a 209-foot-long fuselage, was designed to carry 
305 passengers in three class configurations, and had 
a  travel  range  of  5900  miles  in  its  original  version 
(1995), and up to 8900 miles in its extended version 
(1997).  The  second model to be introduced  (1998), 
the 777-300, had a stretched fuselage of 242 feet (10 
feet longer than the 747) was configured for 379 pas-
sengers (three classes), and flew to destinations of up 
to 6800 miles away. In the all-tourist class configura-
tion, the stretched  777-300 could carry  as many as 
550 passengers.33
Digital design 
The 777 was the first Boeing jetliner designed entirely 
by computers. Historically, Boeing had designed new 
planes  in  two  ways:  paper  drawings  and  full-size 
models  called  mock-ups.  Paper  drawings  were  two-
dimensional and therefore insufficient to account for 
the  complex  construction  of  the  three-dimensional 
airplane. Full-scale mock-ups served as a backup to 
drawings.
Boeing engineers used three classes of mock-ups. 
Made up of plywood or foam, class 1 mock-ups were 
used  to  construct  the  plane’s  large  components  in 
three dimensions,  refine the design of these  compo-
nents by carving into the wood or foam, and feed the 
results back into the drawings. Made partly of metal, 
class 2 mock-ups addressed more complex problems 
such  as  the  wiring  and  tubing  of  the  airframe,  and 
the design of the machine tools necessary to cut and 
shape the large components. Class 3 mock-ups gave 
the engineers one final opportunity to refine the mod-
el and thereby reduce the need to keep on changing 
the design during the actual assembly process or after 
delivery.34
Despite  the  engineers’  efforts,  many  parts  and 
components did not fit together on the final assembly 
line but rather ‘interfered’ with each other – that is, 
they overlapped in space. The problem was both per-
vasive and costly; Boeing engineers needed to rework 
and realign all overlapping parts in order to join them 
together. 
A  partial  solution  to  the  problem  was  provided 
by  the  computer.  In  the  last  quarter  of  the  20th 
century, computer-aided design was used successfully 
in  car manufacture, building construction, machine 
production and several other industries; its application 

Case 11 • Philip Condit and the Boeing 777 C-159
to  commercial  aircraft  manufacturing  came  later, 
both  in  the  United  States  and  in  Europe.  Speaking 
of the 777, Dick Johnson, Boeing chief engineer for 
digital  design,  noted  the  ‘tremendous  advantage’  of 
computer application:
With  mock-ups,  the  …  engineer  had  three 
opportunities  at  three  levels  of  detail  to  check 
his  parts,  and  nothing  in  between.  With  Catia 
[Computer  aided  three  dimensional,  interactive 
application] he can do it day in and day out over 
the whole development of the airplane.35
Catia  was  a  sophisticated  computer  program 
that Boeing bought from Dassault Aviation, a French 
fighter plane builder. IBM enhanced the program to 
improve  image  manipulation,  supplied  Boeing  with 
eight  of  its  largest  mainframe  computers,  and  con-
nected the mainframes  to 2200 computer terminals 
that Boeing distributed among its 777 design teams. 
The  software  program  showed  on  a  screen  exactly 
how  parts  and  components  fit  together  before  the 
actual manufacturing process took place.36
A digital design system, Catia had five distinctive 
advantages. First, it provided the engineers with 100 
per cent visualisation, allowing them to rotate, zoom 
and ‘interrogate’ parts geometrically in order to spot-
light interferences. Second, Catia assigned a numeri-
cal value to each drawing on the screen and thereby 
helped engineers to locate related drawings of parts 
and components, merge them together, and check for 
incompatibilities.  Third,  to  help Boeing’s  customers 
service  the  777,  the  digital  design  system  created  a 
computer-simulated  human – a Catia  figure  playing 
the role of the service mechanic – who climbed into 
the  three-dimensional  images  and  showed the  engi-
neers whether parts were serviceable and entry acces-
sible. Fourth, the use of Catia by all 777 design teams 
in  the  US,  Japan,  Europe  and  elsewhere  facilitated 
instantaneous  communication  between  Boeing  and 
its  subcontractors  and  ensured  the  frequent  updat-
ing of the design. And fifth, Catia provided the 777 
assembly  line  workers  with  graphics  that  enhanced 
the narrative work instructions they received, show-
ing explicitly on a screen how a given task should be 
performed.37
Design-build teams (DBT)
Teaming  was  another  feature  of  the  777  program. 
About 30 integrated-level teams at the top and more 
than  230  design-build  teams  at  the  bottom worked 
together  on the  777.38 All  team  members were con-
nected  by  Catia.  The  integrated-level  teams  were 
organised  around  large  sections  of  the  aircraft;  the 
DBTs  around  small  parts  and  components.  In  both 
cases, teams were cross-functional, as Philip Condit 
observed:
If  you  go  back  …  to  earlier  planes  that  Boeing 
built,  the  factory  was  on  the  bottom  floor, 
and  Engineering  was  on  the  upper  floor.  Both 
Manufacturing  and  Engineering  went  back  and 
forth.  When  there  was a  problem in  the  factory, 
the engineer went down and looked at it. …
With  ten  thousand  people  [working  on  the 
777],  that  turns  out  to  be  really  hard.  So  you 
start devising other tools to allow you to achieve 
that  –  the  design-build  team.  You  break  the 
airplane down and bring Manufacturing, Tooling, 
Planning, Engineering, Finance, and Materials all 
together [in small teams].39
Under  the  design-build  approach,  many  of  the 
design decisions were driven by manufacturing con-
cerns. As manufacturing specialists worked alongside 
engineers, engineers  were  less  likely to design  parts 
that were difficult to produce and needed to be rede-
signed.  Similarly,  under  the  design-build  approach, 
customers’ expectations as well as safety and weight 
considerations were all incorporated into the design 
of the aircraft; engineers no longer needed to ‘chain 
saw’40 structural components and systems in order to 
replace  parts  that did  not meet  customers’  expecta-
tions, were unsafe, or were too heavy.
The design of the 777’s wing provides an exam-
ple. The wing was divided  into two integration-lev-
el teams, the ‘leading edge’ (the forward part of the 
wing) and the ‘trailing edge’ (the back of the wing) 
team. Next, the trailing edge team was further divid-
ed  into  10  design-build  teams,  each  named  after  a 
piece  of  the  wing’s trailing  edge  (Exhibit  3).  Mem-
bership in these DBTs extended to two groups of out-
siders:  representatives  of  the  customer  airlines  and 

C-160 Case 11 • Philip Condit and the Boeing 777
engineers  employed  by  the  foreign  subcontractors. 
Made  up  of  up  to  20  members,  each  DBT  decided 
its own mix of insiders and outsiders, and each was 
led  by  a  team  leader.  Each  DBT  included  represen-
tatives  from  six  functional  disciplines:  engineering, 
manufacturing, material, customer support, finance, 
and quality assurance. The DBTs met twice a  week 
for two  hours  to  hear  reports  from  team  members, 
discuss immediate goals and plans, divide responsibil-
ities, set time lines, and take specific notes of all deci-
sions taken.41 Described by a Boeing official as ‘little 
companies’, the DBTs enjoyed a high degree of auton-
omy  from  management  supervision;  team  members 
designed their own tools, developed their own manu-
facturing plans, and wrote their own contracts with 
the  program  management,  specifying  deliverables, 
resources and schedules. John Monroe, a Boeing 777 
senior project manager, remarked:
The  team  is  totally  responsible.  We  give  them  a 
lump of money to go and do th[eir] job. They decide 
whether to hire a lot of inexpensive people or to 
trade  numbers  for  resources.  It’s  unprecedented. 
We have some $100 million plus activities led by 
non-managers.42
Exhibit 3   The 10 DBTs (‘little companies’) responsible  
  for the wing’s trailing edge
Flap Supports Team
Inboard Flap Team
Outboard Flap Team
Outboard Fixed Wing Team
Flaperon* Team
Aileron* Team
Inboard Fixed Wing and Gear Support Team
Main Landing Gear Doors Team
Spoilers** Team
Fairings*** Team
The Flaperon and Aileron were movable hinged sections of the trailing edge that 
helped the plane roll in flight. The Flaperon was used at high speed, the Aileron at 
low speed.
** The spoilers were the flat surfaces that lay on top of the trailing edge and 
extended during landing to slow down the plane.
*** The fairings were the smooth parts attached to the outline of the wing’s 
trailing edge. They helped reduce drag.
Source: Karl Sabbagh, 21st Century Jet: The Making and Marketing of the  
Boeing 777 (New York: Scribner, 1996), p. 73.
Employees’ empowerment and 
culture
An  additional  aspect  of  the  777  program  was  the 
empowering  of assembly line  workers. Boeing man-
agers  encouraged  factory  workers  at  all  levels  to 
speak  up,  offer  suggestions  and  participate  in  deci-
sion  making.  Boeing  managers  also  paid  attention 
to a  variety  of ‘human relations’ problems  faced  by 
workers, problems ranging from childcare and park-
ing to occupational hazards and safety concerns.43
All employees entering the 777 program – man-
agers, engineers, assembly line workers and others – 
were expected to attend a special orientation session 
devoted to the themes of teamwork and quality con-
trol. Once a quarter, the entire ‘777 team’ of up to 
10 000 employees met off-site to hear briefings on the 
aircraft status. Dressed casually, the employees were 
urged  to  raise  questions,  voice  complaints  and  pro-
pose  improvements.  Under  the  777  program,  man-
agers met frequently to discuss ways to promote com-
munication  with  workers.  Managers,  for  example, 
‘fire  fought’  problems  by  bringing  workers together 
and  empowering  them  to  offer  solutions.  In  a  typi-
cal ‘fire-fight’ session, Boeing 777 project managers 
learned from assembly line workers how to improve 
the process of wiring and tubing the airframe’s inte-
rior:  ‘staffing’  fuselage  sections  with  wires,  ducts, 
tubes and insulation materials before joining the sec-
tions together was easier than installing the interior 
parts all at once in a pre-assembled fuselage.44
Under  the  777  program,  in  addition,  Boeing 
assembly  line  workers  were  empowered  to  appeal 
management  decisions.  In  a  case  involving  middle 
managers,  a  group  of  Boeing  machinists  sought  to 
replace  a  non-retractable  jig (a large  device  used  to 
hold  parts)  with  a  retractable  one  in  order  to  ease 
and simplify their jobs. Otherwise they had to carry 
heavy  equipment  loads  up  and  down  stairs.  Again 
and again, their supervisors refused to implement the 
change. When the machinists eventually approached 
a factory manager, he inspected the jig personally and 
immediately ordered the change.45
Under the 777 program, work on the shop floor 
was ruled  by the  ‘Bar Chart’. A large display panel 
placed  at different work areas, the Bar Chart listed 
the name of each worker, his or her daily job descrip-

Case 11 • Philip Condit and the Boeing 777 C-161
tion, and the time available to complete specific tasks. 
Boeing had utilised the Bar Chart system as a ‘man-
agement visibility system’ in the past, but only under 
the 777 program was the system fully computerised. 
The  chart  showed  whether  assembly  line  workers 
were meeting or missing their production goals. Boe-
ing industrial engineers estimated the time it took to 
complete a given task and fed the information back to 
the system’s computer. Workers ran a scanner across 
their ID badges and supplied the computer with the 
data necessary to log their job progress. Each employ-
ee  ‘sold’ his/her completed  job to an inspector, and 
no job was declared acceptable unless ‘bought’ by an 
inspector.46
Leadership and management style 
The team in charge of the 777 program was led by a 
group of five vice presidents, headed by Philip Con-
dit, a gifted engineer who was described by one Wall 
Street analyst as ‘a cross between a grizzly bear and 
a teddy bear. Good people skills, but furious in the 
marketplace.’47 Each  of  the  five  vice  presidents  rose 
through the ranks, and each had 25–30 years’ experi-
ence with Boeing. All were men.48
During  the  777  design  phase,  the  five  VPs  met 
regularly every  Tuesday  morning  in  a  small  confer-
ence  room  at  Boeing’s  headquarters  in  Seattle  in 
what  was  called  the  ‘Muffin  Meeting’.  There  were 
no agendas drafted, no minutes drawn, no overhead 
projectors used and no votes taken. The home-made 
muffins,  served  during  the  meeting,  symbolised  the 
informal tone  of the forum. Few people outside  the 
circle of five had ever attended these weekly sessions. 
Acting as an informal chair, Condit led a freewheel-
ing discussion of the 777 project, asking each VP to 
say anything he had on his mind.49
The  weekly  session  reflected  Boeing’s  sweeping 
new approach to management. Traditionally, Boeing 
had  been  a  highly  structured  company  governed 
by  engineers.  Its  culture  was  secretive,  formal  and 
stiff. Managers seldom interacted, sharing was rare, 
divisions kept to themselves, and engineers competed 
with  each  other.  Under  the  777  program,  Boeing 
made serious efforts to abandon its secretive manage-
ment  style.  Condit  firmly  believed  that  open  com-
munication among top executives, middle managers 
and  assembly  line  workers  was  indispensable  for 
improving morale and raising productivity. He urged 
employees to talk  to each other  and  share informa-
tion, and he used a variety of management tools to do 
so: information sheets, orientation sessions, question 
and answer sessions, leadership meetings, regular man-
agers’ meetings and ‘all team’ meetings. To empower 
shop floor workers as well as middle managers, Condit 
introduced a three-way performance review procedure 
whereby managers were evaluated by their supervisors, 
their peers and their subordinates.50 Most important, 
Condit made teamwork the hallmark of the 777 pro-
ject.  In  an  address  entitled  ‘Working  Together:  The 
777 Story’ and delivered in December 1992 to mem-
bers  of  the  Royal  Aeronautics  Society  in  London,51 
Condit summed up his team approach:
[T]eam building is … very difficult to do well but 
when it works the results are dramatic. Teaming 
fosters  the  excitement  of  a  shared  endeavor  and 
creates  an  atmosphere  that  stimulates  creativity 
and problem solving. 
But building team[s] … is hard work. It doesn’t 
come  naturally.  Most  of  us  are  taught  from  an 
early  age  to  compete  and  excel  as  individuals. 
Performance in school and performance on the job 
are usually  measured  by individual  achievement. 
Sharing your ideas with others, or helping others 
to enhance their performance, is often viewed as 
contrary to one’s self interest.
This  individualistic  mentality  has  its  place, 
but  …  it  is  no  longer  the  most  useful  attitude 
for  a  workplace  to  possess  in  today’s  world.  To 
create a high performance organization, you need 
employees  who can  work together  in  a way that 
promotes continual learning and the free flow of 
ideas and information.
The results of the 777 
project
The 777 entered revenue service in June 1995. Since 
many  of  the  features  incorporated  into  the  777’s  
design  reflected  suggestions  made  by  the  airline 
carriers,  the  pilots,  mechanics  and flight  attendants 
were  quite  enthusiastic  about  the  new  jet.  Three 
achievements  of  the  program  –  in  airplane  interior, 
aircraft design and aircraft manufacturing – stood out.

C-162 Case 11 • Philip Condit and the Boeing 777
Configuration flexibility
The 777 offered carriers enhanced configuration flex-
ibility.  A typical configuration change took  only 72 
hours on the 777 compared to three weeks in com-
peting aircraft. In 1992, the Industrial Design Society 
of America granted Boeing its Excellence Award for 
building the 777 passenger cabin, honouring an air-
plane interior for the first time.52
Digital design
The  original  goal  of  the  program  was  to  reduce 
‘change, error, and rework’ by 50 per cent, but engi-
neers building the first three 777s managed to reduce 
such modification by 60 per cent to 90 per cent. Catia 
helped engineers to identify more than 10 000 inter-
ferences that  would have  otherwise  remained  unde-
tected until assembly, or until after delivery. The first 
777 was only 0.023 inch short of perfect alignment, 
compared  to  as  much  as  0.5  inch  on  previous  pro-
grams.53  Assembly  line  workers  confirmed  the  ben-
eficial effects of the digital design system. ‘The parts 
snap together like Lego blocks,’ said one mechanic.54 
Reducing  the  need  for  reengineering,  replanning, 
retooling and retrofitting, Boeing’s innovative efforts 
were recognised yet again. In 1993, the Smithsonian 
Institution honoured the Boeing 777 division with its 
Annual  Computerworld Award for the manufactur-
ing category.55
Empowerment
Boeing 777 assembly line workers expressed a high 
level of job satisfaction under the new program. ‘It’s a 
whole new world,’ a 14-year Boeing veteran mechanic 
said. ‘I even like going to work. It’s bubbly. It’s clean. 
Everyone has confidence.’56 ‘We never used to speak 
up,’  said  another  employee,  ‘didn’t  dare.  Now  fac-
tory workers are treated better and are encouraged to 
offer ideas.’57 Although the Bar Chart system required 
Boeing 777 mechanics to work harder and faster as 
they moved down the learning curve, their principal 
union organisation, the International  Association of 
Machinists, was pleased with Boeing’s new approach 
to labour–management relations. A union spokesman 
reported that under the 777 program, managers were 
more likely to treat problems as opportunities from 
which to learn, rather than as mistakes for which to 
lay  blame.  Under  the  777  program,  the  union  rep-
resentative  added,  managers  were  more  respectful 
of  workers’  rights  under  the  collective  bargaining 
agreement.58
Unresolved problems and lessons 
learned
Notwithstanding Boeing’s success with the 777 pro-
ject, the cost of the program was very high. Boeing 
did not publish figures pertaining to the total cost of 
Catia. But a company official reported that under the 
777 program, the 3D digital design process required 
60 per cent more engineering resources than the older, 
2D drawing-based design process. One reason for the 
high cost of using digital design was slow computing 
tools:  Catia’s  response  time  often  lasted  minutes. 
Another was the need to update the design software 
repeatedly.  Boeing  revised  Catia’s  design  software 
four  times  between  1990  and  1996,  making  the 
system easier to learn and use. Still, Catia continued 
to experience frequent software problems. Moreover, 
several  of  Boeing’s outside  suppliers  were unable to 
utilise  Catia’s  digital  data  in  their  manufacturing 
process.59
Boeing  faced  training  problems  as  well.  One 
challenging  problem,  according  to  Ron  Ostrowski, 
director of 777 engineering, was ‘to convert people’s 
thinking from 2D to 3D. It took more time than we 
thought  it  would.  I  came  from  a  paper  world  and 
now I am managing a digital program.’60 Converting 
people’s  thinking  required  what  another  manager 
called  an  ‘unending  communication’  coupled  with 
training  and  retraining.  Under  the  777  program, 
Ostrowski recalled, ‘engineers had to learn to interact. 
Some couldn’t, and they left. The young ones caught 
on’ and stayed.61
Learning  to  work  together  was  a  challenge  to 
managers,  too.  Some  managers  were  reluctant  to 
embrace Condit’s open management style, fearing a 
decline  in  their  authority.  Others  were  reluctant  to 
share  their  mistakes  with  their  superiors,  fearing 
reprisals. Some other managers, realising that the new 
approach would end many managerial jobs, resisted 
change when they could, and did not pursue it whole-
heartedly when they  could not. Even top  executives 
were  sometimes  uncomfortable  with  Boeing’s  open 
management style, believing that sharing information 

Case 11 • Philip Condit and the Boeing 777 C-163
with employees was likely to help Boeing’s competi-
tors obtain confidential 777 data.62
Teamwork  was  another  problem  area.  Working 
under pressure, some team members did not function 
well within teams and had to be moved. Others took 
advantage  of  their  new-born  freedom  to  offer  sug-
gestions, but were disillusioned and frustrated when 
management either ignored these suggestions or did 
not act upon them.  Managers  experienced  different 
team-related  problems.  In  several  cases,  managers 
kept on meeting with their team members repeatedly 
until they arrived at a solution desired by their bosses. 
They  were unwilling to challenge  senior executives, 
nor  did  they  trust  Boeing’s  new  approach  to  team-
ing. In other cases, managers distrusted the new digi-
tal technology. One engineering manager instructed 
his team members to draft paper drawings alongside 
Catia’s  digital  designs.  When  Catia  experienced  a 
problem, he followed the drawing, ignoring the com-
puterised design, and causing unnecessary and costly 
delays in his team’s part of the project.63
Extending the 777 revolution
Boeing’s learning pains played a key role in the com-
pany’s  decision  not  to  implement  the  777  program 
company wide. Boeing officials recognised the impor-
tance  of  teamwork  and  Catia  in  reducing  change, 
error and rework, but they also realised that teaming 
required frequent training, continuous reinforcement 
and ongoing monitoring, and that the use of Catia was 
still too expensive, though its cost was going down. 
(In 1997, Catia’s ‘penalty’ was down to 10 per cent.) 
Three of Boeing’s derivative programs – the 737 Next 
Generation, the 757-300 and the 767-400 – had the 
option  of  implementing  the  777’s  program  innova-
tions, and only one, the 737, did so, adopting a modi-
fied version of the 777’s cross-functional teams.64
Yet  the  777’s  culture  was  spreading  in  other 
ways. Senior executives took broader roles as the 777 
entered  service,  and  their  impact  was  felt  through 
the  company.  Larry  Olson,  director  of  information 
systems  for the  747/767/777 division,  was a  former 
777 manager who believed that Boeing 777 employees 
‘won’t tolerate going back to the old ways’. He expected 
to fill new positions on Boeing’s next program – the 
747X – with former 777 employees in their forties.65 
Philip  Condit,  Boeing  CEO,  implemented  several 
of his own 777  innovations,  intensifying  the  use of 
meetings among Boeing’s  managers, and promoting 
the free flow of ideas throughout the company. Under 
Condit’s leadership, all mid-level managers assigned 
to  Boeing  Commercial  Airplane  Group,  about  60 
people,  met  once  a  week  to  discuss  costs,  revenues 
and production schedules, product by product. By the 
end of the  meeting  – which  sometimes  ran  into  the 
evening – each manager had to draft a detailed plan of 
action dealing with problems in his/her department.66 
Under Condit’s leadership, more importantly, Boeing 
developed  a  new  ‘vision’  that  grew  out  of  the  777 
project.  Articulating  the  company’s  vision  for  the 
next  two  decades  (1996–2016),  Condit  singled  out 
‘Customer  satisfaction’,  ‘Team  leadership’  and  ‘A 
participatory  workplace’  as  Boeing’s  core  corporate 
values.67
Conclusion: Boeing, Airbus 
and the 777
Looking back at the 777 program 11 years after the 
launch  and  six  years  after  first  delivery,  it  is  now 
(2001) clear that Boeing produced the most success-
ful  commercial jetliner  of its  kind.  Airbus launched 
the A330 and A340 in 1987, and McDonnell Douglas 
Exhibit 4 Total number of MD11,  A330,  A340 and 777 airplanes delivered during 1996–2000
1996 1997 1998 1999 2000
McDonnell Douglas/Boeing MD11 15 12 12 8 4
Airbus A330 10 14 23 44 43
Airbus A340 28 33 34 20 19
Boeing 777 32 59 74 83 55
Sources: For Airbus, Mark Luginbill, Airbus Communication Director, 1 February 2000 and 20 March 2001. For Boeing, The Boeing Company Annual Report 
1997, p. 35, 1998, p. 35; ‘Commercial airplanes: Order and delivery summary’, www.Boeing.com, 2 February 2000 and 2 February 2001.

C-164 Case 11 • Philip Condit and the Boeing 777
launched a new 300-seat wide-body jet in  the  mid-
1980s, the three-engine MD11. Coming late to mar-
ket, the Boeing 777 soon outsold both models. The 
777 had entered service  in 1995, and within a year 
Boeing  delivered  more  than  twice  as  many  777s  as 
the number of MD11s delivered by McDonnell Doug-
las. In 1997, 1998 and 1999, Boeing delivered a larger 
number of 777s than the combined number of A330s 
and A340s delivered by Airbus, and in 2000 the 777 
outsold each of its two Airbus competitors (Exhibit 
4). A survey of nearly 6000 European airline passen-
gers who had flown both the 777 and the A330/A340 
found that the 777 was preferred by more than three 
out of four passengers.68 In the end, a key element in 
the 777’s triumph was its popularity with the travel-
ling public.
Appendix A: 
Selected features of 
the 777
Aerodynamic efficiency
Aircraft  operating  efficiency  depended,  in  part,  on 
aerodynamics: the smoother the surface of the plane 
and  the  more  aerodynamic  the  shape  of  the  plane, 
the less power was needed to overcome drag during 
flight. To reduce aerodynamic drag, Boeing engineers 
sought  to  discover  the  optimal  shape  of  the  plane’s 
major  components  –  namely,  the  wings,  fuselage, 
nose,  tails  and  nacelles  (engine-protective  contain-
ers). Speaking of the 777’s ‘airfoil’, the shape of the 
wing, Alan Mulally, the 777’s director of engineering 
(he later succeeded  Condit  as  the  project  manager), 
explained:
The 777 airfoil is a significant advance in airfoil 
design  over  …  past  airplanes  …  We  arrived  at 
this shape by extensive analysis in wind tunnel … 
[W]e learned new things by testing the airfoil at 
… near flight conditions as far as temperature … 
pressures, and air distribution are concerned. And 
…  we’ve  ended  up  with  an  airfoil  that  is  a  new 
standard at maximizing lift versus drag.69
The  777’s  advanced  wing  enhanced  its  ability 
to climb quickly and cruise at high altitudes. It also 
enabled the airplane to carry full passenger payloads 
out of many high-elevation airfields served by Boeing 
customers. Boeing engineers estimated that the design 
of the 777 lowered its aerodynamic drag by 5–10 per 
cent compared to other advanced jetliners.70
A service-ready aircraft
A two-engine plane needed special permission from 
the Federal Aviation Administration (FAA) to fly long 
over-water routes. Ordinarily, the FAA first certified 
a twin-jet for one hour of flight away from an airport, 
then two hours, and only after two years in service, 
three hours across water anywhere in the world. For 
the 767, Boeing attained the three hours certification, 
known as ETOPS (extended range twin-engine oper-
ations) approval,  after two years in service.  For the 
777,  Boeing  customers  sought  to  obtain  an  ETOPS 
approval right away, from day one of revenue oper-
ations. Boeing 777 customers also expected the new 
jet to deliver a high level of schedule reliability from 
the start. (Boeing 767 customers experienced frequent 
mechanical and computer problems as the 767 entered 
service in 1982.71)
To  receive  an  early  ETOPS  approval,  as  well 
as  minimise  service  disruptions,  Boeing  engineers 
made  special  efforts  to  produce  a  ‘service-ready’ 
plane. Using advanced computer technology, Boeing 
tested  the  777  twice  as  much  as  the  767, improved 
and streamlined  the  testing procedure, and checked 
all  systems  under  simulated  flight  conditions  in  a 
new US$370 million high-tech lab called Integrated 
Aircraft System Laboratory. The Boeing Company, in 
addition, conducted flight tests for an extended period 
of time, using United pilots as test pilots. Following 
a  long  validation  process  that  included  taking  off, 
flying and landing on one engine, the FAA certified 
the 777 in May 1995.72
The 777 proved highly reliable. During the first 
three  months  of its revenue service,  United  Airlines 
experienced  a  schedule  reliability  of  98  per  cent,  a 
level the  767  took  18  months  to  reach.  British  Air-
ways’ first 777 was in service five days after delivery, 
a company record for a new aircraft. The next three 
777s to join British Airways fleet went into service a 
day after they arrived at Heathrow.73

Case 11 • Philip Condit and the Boeing 777 C-165
The use of composite materials
Advanced  composite  materials  accounted  for  9  per 
cent of the 777’s total weight; the comparable figure 
for Boeing’s other jetliners was 3 per cent. Improved 
Alcoa  aluminum  alloys  that  saved  weight  and 
reduced corrosion and fatigue were used for the con-
struction  of  the  777’s  upper  wing  skin;  other  non-
metallic composites were used for the 777’s rudder, 
fines and the tails. To help reduce corrosion around 
the  lavatories and galleys,  Boeing pioneered the  use 
of  composite  materials  for  the  construction  of  the 
floor  beam  structure.  Boeing  made  a  larger  use  of 
titanium alloys on the 777 than on any previous air-
craft. Substituting steel with titanium cut weight by 
half, and space by one quarter; titanium was also 40 
per cent less dense than steel, yet of equal strength. 
The use of heat-resisting titanium in the 777’s engine 
nacelle saved Boeing 180 pounds per engine, or 360 
pounds  per  plane;  the  use  of  titanium  rather  than 
steel for building the 777’s landing gear saved Boeing 
600 pounds per plane. Although titanium was more 
expensive than  steel  or  aluminum,  the  choice  of its 
application was driven by economics: for each pound 
of empty weight Boeing engineers squeezed out of the 
777, Boeing airline customers saved hundreds of dol-
lars worth of fuel during the lifetime of the plane.74
Appendix B:  The 
777’s choice of 
engines
Pratt  and  Whitney  (P&W),  General  Electric  (GE) 
and Rolls-Royce (RR) had all developed the 777 jet 
engine, each offering its own make. Boeing required 
an  engine  that  was  more  powerful,  more  efficient 
and  quieter  than  any  jet  engine  in  existence;  the 
777 engine was designed to generate close to 80 000 
pounds of thrust (the forward force produced by the 
gases escaping backward from the engine) or 40 per 
cent more power than the 767’s.75
All  three  engine  makers  had  been  selected  by 
Boeing airline customers (Exhibit 5). United Airlines 
chose  the  Pratt  &  Whitney  engine.  Partly  because 
P&W supplied engines to United 747 and 767 fleets, 
and  also  because  the  design  of  the  777  engine  was 
an  extension  of  the  747’s  and  767’s  design,  United 
management  sought  to  retain  P&W  as  its  primary 
engine supplier.76 British Airways, on the other hand, 
selected the GE engine. A major consideration in Brit-
ish Airways’ choice was aircraft efficiency: fuel con-
sumption of the GE engine was 5 per cent lower than 
that  of  the  two  competing  engines.  Other  carriers 
selected the RR engine for their reasons pertaining to 
their own needs and interests.
Exhibit 5   The choice of engines: Boeing 777’s  
 largest customers
Air France  GE
All Nippon Airways  P&W
American Airlines  RR
British Airways  GE
Cathay Pacific Airways  RR
Continental Airlines  GE
Delta Airlines  RR
International Lease Finance Corp.  GE
Japan Air System  P&W
Japan Airlines  P&W
Korea Airlines  P&W
Malaysia Airlines  RR
Saudi Airlines  GE
Singapore Airlines  RR
Thai Airways International  RR
United Airlines  P&W
Source: Boeing Commercial Airplane Group, 777 Announced Order and 
Delivery Summary … as of 9/30/99.
Notes
  1   Eugene Rodgers, 1991, Flying High: The Story of Boeing (New York: 
Atlantic Monthly Press, 1996), pp. 423–15; Michael Dornheim, 
‘777 twinjet will grow to replace 747-200’, Aviation Week and 
Space Technology, 3 June, p. 43.
  2 
  ‘Commercial airplanes: Order and delivery, summary’, 2 February 
2000, www.Boeing.com/commercial/ orders/index.html.
  3   J. P. Donlon, 1994, ‘Boeing’s big bet’ (an interview with CEO 
Frank Shrontz), Chief Executive, November/December, p. 42; 
Michael Dertouzos, Richard Lester and Robert Solow, 1990, 
Made in America: Regaining the Productive Edge (New York: Harper 
Perennial), p. 203.
  4   John Newhouse, 1982, The  Sporty Game  (New York: Alfred 
Knopf ), p. 21, but see also pp. 10–20.
  5   David C. Mowery and Nathan Rosenberg, 1982, ‘The commercial 
aircraft  industry’,  in  Richard  R .  Nelson  (ed.),  Government 

C-166 Case 11 • Philip Condit and the Boeing 777
and Technological Progress: A Cross Industry Analysis (New York: 
Pergamon Press), p. 116; Dertouzos  et. al, Made in America, 
p. 200.
  6   Dertouzos, et. al, Made in America, p. 203.
  7   Newhouse, Sporty Game, p. 188; Mowery and Rosenberg, ‘The 
commercial aircraft industry’, pp. 124–5.
  8   Mowery and Rosenberg, ‘The  commercial  aircraft  industry’, 
pp. 102–3, 126–8.
  9   John B. Rae, 1968, Climb to Greatness: The American Aircraft Industry, 
1920–1960 (Cambridge, MA: MIT Press), pp. 206–7; Rodgers, 
Flying High, pp. 197–8.
10   Frank  Spadaro,  1992,  ‘A  transatlantic  perspective’,  Design 
Quarterly, Winter, p. 23.
11   Rodgers, Flying High, p. 279; Newhouse, Sporty Game, Ch. 7.
12   M. S. Hochmuth, 1974, ‘Aerospace’, in Raymond Vernon (ed.), 
Big Business and the State (Cambridge: Harvard University Press), 
p. 149.
13   Boeing  Commercial  Airplane  Group,  Announced  Orders  and 
Deliveries as of 12/31/97, Section A1.
14   The Boeing Company Annual Report 1998, p. 76.
15   Formed  in  1970  by  several  European  aerospace  firms,  the 
Airbus Consortium had received generous assistance from the 
French, British, German and Spanish governments for a period 
of over two decades. In 1992, Airbus had signed an agreement 
with Boeing that limited the amount of government funds each 
aircraft manufacturer could receive, and in 1995, at long last, 
Airbus  had  become  profitable.  ‘Airbus  25  years  old’,  1997, 
Le Figaro, October (reprinted in English by Airbus Industrie); 
Rodgers, Flying High, Ch. 12; Business Week, 30 December 1996, 
p. 40.
16   Charles Goldsmith, 1998, ‘Re-engineering, after trailing Boeing 
for years, Airbus aims for 50 percent of the market’, Wall Street 
Journal, 16 March.
17   ‘Hubris  at  Airbus,  Boeing  rebuild’,  1998,  The Economist, 
28 November.
Exhibit 6   Selected financial data (dollars in millions except per share data)
Operation 2000 1999 1998 1997 1996
Sales and revenues
Commercial airplanes 31 171 38 475 36 998 27 479 19 916
Defense and space* 20 236 19 015 19 879 18 125 14 934
Other 758 771 612 746 603
Accounting differences (844) (304) (1 335) (550)
Total 51 321 57 993 56 154 45 800 35 453
Net earnings (loss) 2 128 2 309 1 120 (178) 1818
Earnings (loss) per share 2.48 2.52 1.16 (0.18) 1.88
Cash dividends 504 537 564 557 480
Per share 0.59 0.56 0.56 0.56 0.55
Other income (interest) 386 585 283 428 388
Research and development 1 441 1 341 1 895 1 924 1 633
Capital expenditure 932 1 236 1 665 1 391 971
Depreciation 1 159 1 330 1 386 1 266 1 132
Employee salaries and wages 11 614 11 019 12 074 11 287 9 225
Year-end workforce 198 000 197 000 231 000 238 000 211 000
Financial position at 31 December
Total assets 42 028 36 147 37 024 38 293 37 880
Working capital (2 425) 2 056 2 836 5 111 7 783
Plant and equipment 8 814 8 245 8 589 8 391 8 266
Cash and short-term investments 1 010 3 454 2 462 5 149 6 352
Total debt 8 799 6 732 6 972 6 854 7 489
Customers and commercial financing   
assets 6 959 6 004 5 711 4 600 3 888
Shareholders’ equity 11 020 11 462 12 316 12 953 13 502
Per share 13.18 13.16 13.13 13.31 13.96
Contractual backlog
Commercial airplanes 89 780 72 972 86 057 93 788 86 151
Defense and space*   30 820 26 276   26 839   27 852   28 022
Total 120 600 99 248 112 896 121 640 114 173
* Including Information.  Source: The Boeing Company Annual Report 2000, pp. 8, 98.
A special note: For additonal financial data, as reported in the company’s annual reports and other financial documents, see Boeing’s website at www.Boeing.com.

Case 11 • Philip Condit and the Boeing 777 C-167
18   The Boeing Company Annual Report 1997, p. 19; The Boeing 
Company Annual Report 1998, p. 51.
19   Donlon, ‘Boeing’s big bet’,  p.  40;  John  Mintz, 1995,  ‘Betting 
it all on 777’, Washington Post, 26 March 26; James Woolsey, 
1991, ‘777: A program of new concepts’, Air Transport World, April, 
p. 62; Jeremy Main, 1992, ’Corporate performance: Betting on 
the 21st century jet’, Fortune, 20 April, p. 104; James Woolsey, 
1991,  ‘Crossing  new  transpor t  frontiers’,  Air Transport World, 
March, p. 21; James Woolsey, 1994, ‘777: Boeing’s new large 
twinjet’, Air Transport World, April, p. 23; Michael Dornheim, 1991, 
‘Computerized design system allows Boeing to skip building 777 
mockup’, Aviation Week and Space Technology, 3 June, p. 51; Richard 
O’Lone, 1992, ‘Final assembly of 777 nears’, Aviation Week and 
Space Technology, 2 October, p. 48.
20   Rodgers, Flying High, p. 42.
21   Air Transport World, March 1991, p. 20; Fortune, 20 April 1992, 
pp. 102–3.
22   Rodgers, Flying High, pp. 416, 420–4.
23   Richard O’Lone and James McKenna, 1990, ‘Quality assurance 
role was factor in United’s 777 launch order’, Aviation Week and 
Space Technology, 29 October, pp. 28–9; Air Transport World, March 
1991, p. 20.
24   Quoted in the Washington Post, 25 March 1995.
25   Quoted  in  Bill  Sweetman,  1996,  ‘As  smooth  as  silk:  777 
customers applaud the aircraft’s first 12 months in service’ Air 
Transport World, August, p. 71, but see also Air Transport World, 
April 1994, pp. 24, 27.
26   Quoted in Fortune, 20 April 1992, p. 112.
27   Rodgers, Flying High, p. 426; Design Quarterly, Winter 1992, p. 22; 
Polly Lane, 1995, ‘Boeing used 777 to make production changes’, 
Seattle Times, 7 May.
28   Design Quarterly, Winter 1992, p. 22; The Boeing Company, 1998, 
Backgrounder: Pace Setting Design Value-Added Features Boost Boeing 
777 Family, 15 May.
29   Boeing, 1998, Backgrounder, 15 May; Sabbagh, 21st Century Jet, 
p. 49.
30   Karl Sabbagh, 1996, 21st Century Jet: The Making and Marketing of 
the Boeing 777 (New York: Scribner), pp. 264, 266.
31   Sabbagh, 21st Century Jet, pp. 131–2.
32   Air Transport World, April 1994, p. 23; Fortune, 20 April 1992, 
p. 116.
33   Washington Post, 26 March 1995; Boeing Commercial Airplane 
Group, 777 Announced Order and  Delivery Summary . . .  as of 
9/30/99.
34   Rodgers, Flying High, pp. 420–6; Air Transport World, April 1994, 
pp. 27, 31; ‘Leading families of passenger jet airplanes’, Boeing 
Commercial Airplane Group, 1998.
35   Sabbagh, 21st Century Jet, p. 58.
36   Quoted in Sabbagh, 21st Century Jet, p. 63.
37   Aviation Week and Space Technology, 3 June 1991, p. 50, 12 October 
1992, p. 49; Sabbagh, 21st Century Jet, p. 62.
38   George Taninecz, 1995, ‘Blue sky meets blue sky’, Industry Week, 
18 December, pp. 49–52; Paul Proctor, 1992, ‘Boeing rolls out 
777 to tentative market’, Aviation Week and Space Technology, 
12 October, p. 49.
39   Aviation Week and Space Technology, 11 April 1994, p.  37, and 
3 June 1991, p. 35.
40   Quoted in Sabbagh, 21st Century Jet, pp. 68–9.
41   This was the phrase used by Boeing project managers working 
on the 777. See Sabbagh, 21st Century Jet, Ch. 4.
42   Fortune, 20 April 1992, p. 116; Sabbagh, 21st Century Jet, pp. 69–
73; Wolf L. Glende, 1997, ‘The Boeing 777: A look back’, The 
Boeing Company, p. 4.
43   Quoted in Air Transport World, August 1996, p. 78.
44   Richard  O’Lone,  1992,  ‘777  revolutionizes  Boeing  aircraft 
development process’, Aviation Week and Space Technology, 3 June 
1992, p. 34.
45   O. Casey Corr, 1993, ‘Boeing’s future on the line: Company’s 
betting its fortunes not just on a new jet, but on a new way of 
making jets’, Seattle Times, 29 August; Polly Lane, 1995, ‘Boeing 
used  777  to  make  production  changes,  meet  desires  of  its 
customers’, Seattle Times, 7 May 1995; Aviation Week and Space 
Technology, 3 June 1991, p. 34.
46   Seattle 
Times, 29 August 1993.
47   Seattle Times, 7 May 1995 and 29 August 1993.
48   Quoted in Rodgers, Flying High, pp. 419–20.
49   Sabbagh, 21st Century Jet, p. 33.
50   Ibid., p. 99.
51   Dori Jones Young, 1994, ‘When the going gets tough, Boeing 
gets touchy-feely’, Business Week, 17 January 1994, pp. 65–7; 
Fortune, 20 April 1992, p. 117.
52   Reprinted by The Boeing Company, Executive Communications, 
1992.
53   Boeing, 1998, Backgrounder, 15 May.
54   Industry Week, 18 December 1995, pp. 50–1; Air Transport World, 
April 1994, p. 24.
55   Aviation Week and Space Technology, 11 April 1994, p. 37.
56   Boeing, Backgrounder, ‘Computing & design/build process help 
develop the 777’, undated.
57   Seattle 
Times, 29 August 1993.
58   Seattle Times, 7 May 1995.
59   Seattle Times, 29 August 1993.
60   Glende, ‘The Boeing 777: A look back’, p. 10; Air Transport World, 
August 1996, p. 78.
61   Air 
Transport World, April 1994, p. 23.
62   Washington Post, 26 March 1995.
63   Seattle Times, 7 May 1995; Rodgers, Flying High, p. 441.
64   Ibid., pp. 441–2.
65   Glende, ‘The Boeing 777: A look back’, p. 10.
66   Air Transport World, August 1996, p. 78.
67   ‘A new kind of Boeing’, 2000, The Economist, 22 January, p. 63.
68   ‘Vision 2016’, 1997, The Boeing Company.
69   ‘Study: Passengers voice overwhelming preference for Boeing 
777’, 23 November 1999, www.Boeing.com.
70   Quoted in Sabbagh, 21st Century Jet, pp. 46–7.
71   Boeing,  1998,  Backgrounder,  25  May;  Michael  Dornmeim, 
1991, ‘777 twinjet will grow to replace 747-200’, Aviation Week 
and Space Technology, 3 June, p. 43; Sabbagh, 21st Century Jet,  
pp. 286–7.
72   Air Transport World, April 1994, p. 27; Fortune, 20  April 1992, 
p. 117; Sabbagh, 21st Century Jet, pp. 139–40.
73   Industry Week, 18 December 1995, p. 52; Aviation 
Week and Space 
Technology, 11 April 1994, p. 39; Seattle Times, 7 May 1995; Boeing, 
1998, Backgrounder, 15 May; Sabbagh, 21st Century Jet, Ch. 24.
74   Industry Week, 18 December  1995, p.  52; Air Transport World, 
August 1996, p. 71.
75   Steven Ashley, 1993, ‘Boeing 777 gets a boost from titanium’, 
Mechanical Engineering, July, pp. 61, 64–5; Aviation Week and Space 
Technology, 3 June 1991, p. 49; Boeing, 1998, Backgrounder, 15 
May; Air Transport World, March 1991, pp. 23–4.
76   Boeing, 1998, Backgrounder, 15 May.

C-168
Case 12
Resene Paints
Stephen Bowden
Waikato Management School
This  really is  a fantastic  company  to be  part  of. 
Every day presents new opportunities to build on 
the great legacy we have. 
Nick Nightingale, general manager, Resene Paints
As  Nick  Nightingale,  general  manager  of  Resene 
Paints,  walked  along  a  corridor  between  his  office 
and  the  manufacturing  plant,  he  looked  at  the  can 
of  Stipplecote  cement-based  paint  that  sat  in  a  dis-
play case.  Stipplecote  was  the  original  product  that 
his grandfather, Ted Nightingale, had developed and 
based the company on in 1946. In 55 years, Resene 
had  grown  into  an  integrated  manufacturer  and 
retailer  of  a  wide  array  of  high-quality  paints  and 
surface coatings.  Resene  operated  four  manufactur-
ing plants in New Zealand, one in Australia and one 
in  Fiji.  In  addition,  a  chain  of  54  company-owned 
ColorShops  and  19  franchised  outlets  provided  the 
retail arm of Resene in New Zealand. A total of 600 
employees  worked for Resene  generating  over  $100 
million in group annual revenue and healthy profits. 
(All figures are in New Zealand dollars unless other-
wise  stated.)  Resene  had cultivated a  stellar  reputa-
tion for innovation throughout its history – especially 
from  water-based  paints,  colour  development  and 
environmental awareness. 
Still, despite the enormous pride that Nick felt in 
the  company’s  achievements  over  the  last  55  years, 
he  knew  that  Resene  faced  many  challenges  in  the 
future.  Resene  competed  against  large  multination-
als in an industry facing rising research costs. Could 
Resene continue to be such an innovator, or did it need 
to change in some way? While dominant in the New 
Zealand  commercial  market,  overall  Resene  trailed 
the market share of major competitor Dulux. Interna-
tionally, Resene had a small presence in a number of 
countries,  including  Australia,  Fiji,  Bangladesh  and 
China.  But  where  should  Resene  focus  its  efforts  – 
what range of products and markets should it be in 
and how should it structure the company to best take 
advantage of that identity?
Resene Paints
A history of innovation and growth
Ted Nightingale, a builder with no chemical or tech-
nical training, developed Stipplecote, a paint for con-
crete,  simply  because  no  such  paint  existed.  (www.
resene.co.nz/pdf/nostalgia.pdf  offers  a  more  com-
plete history.) In 1951, Ted also developed New Zea-
land’s first water-based paint under the brand name 
Resene  and  formed  the  Stipplecote  Product  Com-
pany in 1952. Ted developed water-based paint after 
he heard that the resin he was familiar with through 
Stipplecote, PVA, could be used to make other paints. 
In an experimental way, with very limited resources, 
Ted  was  able  to  solve  the  problem and  develop the 
water-based  paint.  In  many  ways,  it  was  a  process 
that would be repeated again and again over the his-
tory of Resene as the company continued to innovate 
in terms of both paint types and colours. After con-
siderable  effort,  demand  for  the  company’s  water-
based paints grew strongly. The growth necessitated 

Case 12 • Resene Paints C-169
expansion  and  resulted  in  moves  from  the  original 
Kaiwharawhara factory to Seaview in 1967 and then 
to  the  current  site  in  Naenae  in  1992.  In  1977  the 
company changed its name from Stipplecote Products 
to the present Resene Paints Ltd.
Paint and protective coatings had long been pro-
duced for a wide range of purposes. Nick Nightingale 
viewed Resene as selling to five different markets. 
First,  there’s  a  commercial  market  consisting  of 
tradespeople,  architects  and  specifiers.  While 
painters apply the paint, the decision on the paint 
to be applied is often made by others. Particularly 
on larger jobs an architect, an interior decorator 
or  even  a  project  manager  specifies  the  paint  to 
be  used.  The  second  market  is  the  retail  market 
and  consists  of  do-it-yourself  (DIY)  consumers 
who paint their own houses and make occasional 
purchases of paint. The combined commercial and 
retail markets are referred to as the architectural 
and  decorative  coatings  market.  Third,  is  the 
specialty  finishes  market,  which  mainly  involves 
textured  coatings.  The  textured  coatings  are 
basically  a  construction  product.  Fourth,  there’s 
a protective coatings market that includes marine 
products as well as industrial coatings and  some 
architectural  products  like  anti-graffiti  systems. 
Finally, there’s the automotive market for paints.
While Resene began as a  manufacturer of basic 
paints  for buildings  and houses,  focused  mainly on 
water-based  paints,  the  company  had  widened  its 
range  of  paints  and  coatings  considerably  since  to 
offer an extensive range of products for each market. 
Resene  moved  into  solvent-based  paints  and  had  a 
specialised plant in Upper Hutt. Resene also operated 
two  acquired  subsidiaries  based  in  New  Zealand. 
Altex Coatings, with manufacturing facilities both in 
Tauranga and Australia, was a manufacturer of pro-
tective  coatings  for  industrial  and  marine  surfaces. 
Resene Automotive & Performance Coatings, located 
in Auckland, manufactured its own brand of automo-
tive, furniture and industrial paints and a range of car 
care products  for the New Zealand  market. Resene 
Automotive was also the distributor in New Zealand 
for the world’s leading brand in automotive refinish 
paint – DuPont car paints. In addition, Resene oper-
ated two international subsidiaries. Resene Ltd (Aus-
tralia)  focused  on  manufacturing  marine  coatings 
as well as a full range of industrial and architectural 
coatings from its factory on the Gold Coast. Resene 
Paints  Fiji  Limited,  in  Suva,  manufactured  a  full 
range of architectural, industrial and marine paints, 
as well as furniture lacquers for the commercial and 
retail customer. Outside of the paint industry, Resene 
owned the Cellier Le Brun Ltd wine-maker in Blen-
heim.
At  the  same  time  that  Resene  had  been  going 
from strength to strength, however, other paint com-
panies  had  disappeared.  In  the  1970s  a  large  num-
ber of small independent paint manufacturers exist-
ed – probably 30 or 40 – but the industry was now 
dominated by the largest three firms: Orica, Resene 
and Wattyl. Both Orica and Wattyl were large Aus-
tralian companies for whom the New Zealand paint 
market represented a small part of their operations. 
Orica, formerly ICI Australia, operated in New Zea-
land through brands including Dulux, British Paints 
and  Levenes.  Wattyl  distributed  both  Wattyl  and 
Taubmans  branded  paints  in  New  Zealand.  Resene 
was the only paint company still doing research and 
development in New Zealand and as a group manu-
factured the most paint in New Zealand.
The Nightingale family
Resene was a very successful privately owned, family 
business that was still headed by the Nightingale fam-
ily that founded the business. A significant difference 
from competitors that stemmed from the ownership 
by  the  Nightingale  family  was  management  tenure. 
Resene had been headed by only two people during 
its history – the founder Ted Nightingale and his son 
Tony. By contrast to the almost 30-year average ten-
ure  at  Resene,  their  competitors  often  viewed  New 
Zealand as a training ground and turned over senior 
management on a two-year cycle.
When Ted Nightingale ran the company, he was 
the  innovator  as  well  as  the  marketer  and  manager 
and everything else. In the succession plan that was 
implemented  with  Ted’s  retirement,  Ted’s  son  Tony 
became  managing  director, while  the  recently  hired 
technical director, Colin Gooch, was given consider-
able autonomy for the technical issues. Tony focused 
more  on  the  marketing  and  managerial  issues, 
although he always debated other issues with Colin. 

C-170 Case 12 • Resene Paints
Given the importance of technical  issues within the 
company, one legacy of the succession was that Tony 
and Colin were forced to work together and agree on 
how to proceed. 
Resene  was  gradually  moving  through  the  next 
stage in the succession of the company. Tony was still 
the  managing  director, although  illness  had  limited 
his involvement over the last few years. Two-and-a-
half years ago, Nick became general manager, direct-
ly  under  his  father,  with  all  other  senior  managers 
reporting  to  Nick.  Of  greater  concern,  however, 
Colin Gooch was set to retire in five years’ time and 
no obvious successor to Colin was yet apparent. 
Top management
Nick had been involved in jobs around the company 
since his youth. He was the first person to staff one 
of their stores on a Saturday. After completing a com-
merce degree at Victoria University, Nick spent a few 
years overseas before returning to New Zealand and 
the family business. He had worked on the sales side 
since his return as a regional sales manager prior to 
becoming general manager. Reporting to Nick were 
all the functional managers (see Exhibit 1). In addi-
tion, the heads of each of the subsidiary  companies 
throughout New Zealand, Australia and Fiji – except 
Altex, which reported directly to Tony – were respon-
sible to Nick. According to Nick, 
The  subsidiary  companies  operate  as  separate 
companies  and  we  don’t  really  like  to  tell  them 
what  to  do.  We  do  a  little  R&D  work  here  in 
Naenae for our Australian and Fijian subsidiaries, 
but  it’s  limited  due  to  product  differences.  We 
have just switched a major resin supplier for our 
Australian subsidiary to the same supplier that we 
use in New Zealand. That switch has led to cost 
savings, quality improvement, and meant that our 
knowledge base about that resin could be utilised 
in  Australia.’  Resene  Automotive  and  Altex, 
serving different markets with different products, 
were treated as stand-alone business units.
‘We  require  our  managers  to have a  strong  ori-
entation to quality at Resene. Frankly, without that 
orientation  you just would  not last  here,’  said Nick 
Nightingale.  Often,  the  orientation  to  quality  came 
at  a  cost  in  terms  of  materials  used.  For  example, 
Resene  had  increased  the  weight  of  card  they  used 
as the backing on a colour chart for metallic paints. 
This had increased the cost of producing those colour 
Exhibit 1   Resene organisational chart*
* Subsidiaries not included.
Production 
Manager
Retail 
Development
Manager
Logistics & 
Purchasing Manager
Marketing
Manager
IT
Manager
Sales
Manager
Finance
Division
Financial
Accountant
General Manager
Plant 1
Manager
Plant 2
Manager
Purchasing Purchasing
Production 
Planning
Credit
Control
Southern
Regional
Manager
Northern
Regional
Manager
R&D
Team
Quality
Control
Technical
Services
Colour
Controller
Technical
Director

Case 12 • Resene Paints C-171
charts by 20 cents per card, or 9 per cent, but Nick 
felt that the card held up better, looked more attrac-
tive and better supported the quality proposition. The 
higher  cost  structure  associated  with  better-quality 
ingredients  certainly  led  to  arguments  through  the 
years.  ‘Periodically  Tony  asks  me  to  look  at  the 
cost of producing the paint to see if we can get that 
down,’ recalled Colin. ‘Eventually, I would agree to 
take a look, but I tended to forget and nothing much 
changed.  I  can  honestly  say  there  has  never  been  a 
decision to reduce quality over the last 30 years – only 
to increase it.’
There was a belief among management, however, 
that consumers – even professional painters – did not 
always recognise the quality of Resene paints. Colin 
Gooch noted that ‘we have always sought standards 
for the paint that go far beyond either industry norms 
or  even  customer  expectations’.  However, the  qual-
ity had at least been recognised by the New Zealand 
Consumer  Institute,  identifying  Resene  as  standing 
out above all other brands of interior acrylic paints.1 
Colin  believed  that,  ‘over  time,  painters  will  notice 
that  they  are  having  less  come-backs  [repairs]  on 
Resene paints’.
The  board  of  directors  for  Resene  consisted  of 
Tony Nightingale, Lindsay Lewer the finance director, 
Colin Gooch and Wellington lawyer, Adrian Elling-
ham.  At  present,  particularly  since  the  board  was 
heavily weighted towards active employees, meetings 
of the board were not highly formalised, nor regular. 
Important  decisions  involved  consultation  between 
Nick and Tony. Nick argued that, ‘we bring in specif-
ic expertise as necessary – either within the company 
or, occasionally, through consultants. But I do see the 
board evolving into a more formalised role with addi-
tional members added such as the manager of Altex 
Coatings,  myself  and  perhaps  my brother  [who did 
not work for the company].’
One  task  that  management  at  Resene  had  pur-
sued  during  2001  was  the  development  of  a  vision 
for  the  company.  Two  alternatives  had  been  under 
discussion  among  the  management  team:  Resene 
will  be  an  innovative  supplier  of  paint  solutions  to 
the retail and commercial marketplace or Resene will 
be a world leader in the provision of paint products, 
colour and their technologies. We will be driven by our 
successful, world-class New Zealand team which will 
celebrate our success. In mid-September, the manage-
ment team chose to go with To be acknowledged as 
the leading provider of innovative paint solutions and 
technologies.
Human resources
A  significant  proportion  of  employees  had  worked 
for Resene for many years. When Resene did recruit 
new staff, employees of other paint companies were 
generally avoided. For example, the sales force had, 
in  recent times,  recruited only four  employees  from 
competitors. According to Nick, this was because the 
philosophy of competitors tended to be more towards 
making sales, even at the expense of profits. Resene 
preferred  to  recruit  from  other  industries  –  people 
who had an understanding of selling a quality prod-
uct for a profit. Hiring technical staff, in particular, 
was  very  difficult.  Resene  had  recently  had  to  hire 
two scientists from India to obtain suitably qualified 
and trained staff. In general, technical recruits from 
competitors were more accustomed to a sterile envi-
ronment  with  well-resourced  labs,  but  less  orienta-
tion towards creativity.
Product range
At its most basic level there were two types of paint – 
water-based and solvent-based. The difference referred 
to the type of solvent used in the paint for thinning 
– water or a petroleum derivative. While Resene pio-
neered water-based paints in New Zealand, as noted, 
Resene later began producing solvent-based paints as 
well. These were produced in their Upper Hutt plant 
– separately from the main plant in Naenae. Solvent-
based paints could have certain properties that made 
them desirable over water-based paints – particularly 
for high-gloss products. However, water-based paints 
were not considered  dangerous goods because there 
was not the  fire danger  of a petroleum-based prod-
uct.  Water-based  paints  also  cleaned  up  easier, had 
less dangerous fumes and were generally more envi-
ronmentally  friendly.  Because  of  these  advantages, 
water-based  paints  dominated  production  in  Aus-
tralasia. As such, paint companies were always look-
ing  to  develop  water-based  versions  of  paints  that 
had previously only been available as oil-based. One 

C-172 Case 12 • Resene Paints
recent example was where Resene had pioneered the 
first truly water-based enamel in the world.
Within these two types of paint, Resene produced 
literally hundreds of product types, and thousands of 
specific SKUs for use on the huge variety of surfaces 
that paint could be applied to. The product range of 
Resene included primers, sealers, undercoats and top-
coats for wood, steel, concrete, plaster or any other 
building material. The wide product range was sup-
ported by advice on the appropriate product for any 
surface.  Resene  produced  award-winning  specifica-
tion  manuals  to aid  this,  but  also  worked  at a  per-
sonal level with clients on specific problems. Both the 
decorative and protective functions of paint could be 
compromised  –  no  matter  how  good  the  paint  was 
– if the paint was not able to bond with the surface it 
was applied to.
Manufacturing
The actual manufacturing of paint involved the mix-
ing  together  of  the  basic  ingredients  of  pigment, 
binder,  solvents  and  additives.  At  Resene,  like  the 
vast majority of paint manufacturers in Australasia, 
paint  was produced  in  batches.  Industry-wide  these 
batches  varied  from  200  litres  to  20 000  litres  at  a 
time. Resene produced in batches ranging from 200 
litres to 10 000 litres. The technology for batch man-
ufacturing was not capital-intensive – particularly for 
the production of less complex paint. The technology 
for continuous production of particular lines of paint 
did exist, but was only economic for the most popular 
lines of the largest manufacturers. In 2001, no con-
tinuous  manufacturing  was  done  in  New  Zealand. 
As  well  as demand constraints,  the  type  of product 
could limit the size of batch production. Resene had 
a product called Zylone Sheen which, if produced in 
too large a batch, turned into a jelly-like substance.
The  manufacturing  facility  at Naenae  had  been 
expanded in 2001. An additional 8 per cent capacity 
had been built, aiding the manufacture of industrial 
tinters and streamlining the manufacturing process. 
One  outcome  of  the  expansion  was  that  less  stock 
needed to be carried, as the plant had greater capac-
ity to produce paint as needed. Resene had the space 
on  their  present  site  to  be  able  to  double  capacity. 
Dulux had recently invested $4 million on upgrading 
its plant in Gracefield, Lower Hutt. The introduction 
of robot technology enabled increased production, in 
addition to improvements in waste treatment, for the 
two factories  on  site.  Dulux  claimed  to produce 12 
million litres of paint per year at the site and want-
ed to grow – taking market share from competitors. 
Wattyl, on the other hand, had been rationalising its 
manufacturing,  reducing  from  three  sites  to  one  in 
New Zealand.
Raw materials
Resene used approximately 1000 raw materials in the 
manufacture of its paints and coatings. For each raw 
material,  there were many suppliers  globally.  While 
there was variation in the exact type of product and 
the quality of products, there was usually a choice of 
quality suppliers for each important chemical. Colin 
Gooch noted:
For  the  vast  majority  of  raw  materials  we  pur-
chase there would be at least 10 suppliers. As an 
example,  there  are  many  suppliers  of  titanium 
dioxide around the world, including DuPont, the 
company  who  developed  the  chemical,  but  also 
many  others  who  produce  just  as  high  quality 
titanium  dioxide.  Quite  often,  those  suppliers 
who did not develop particular raw materials will 
charge lower prices – because they did not have the 
development costs of the innovator. This can create 
something  of  a  dilemma  for  paint  companies. 
Employees involved in purchasing, whose job it is 
to  obtain  required  supplies  at  the  best  cost  they 
can,  would  often  prefer  to  purchase  from  these 
lower-priced imitators. However, we have always 
placed  a  premium  on  maintaining  relationships 
with innovating suppliers like DuPont so that we 
can be kept abreast of the latest innovations. Our 
competitors don’t have technical people involved in 
purchasing so tend to go for the cheaper option.
Colin Gooch felt that he saw more samples of new 
products than potentially any competing paint com-
pany.  ‘Suppliers  know  that  if  they  have  something 
“magic”,  then  we  will  be  interested,’  Gooch  noted. 
Suppliers had expressed to Resene the view that there 
has been an increasing trend among other paint com-
panies towards  price as the  dominant  concern.  The 
strong relationships of Resene had enabled it to be the 
first company in the world to adopt a number of new 

Case 12 • Resene Paints C-173
technologies. In return, Resene provided information 
back to the supply companies. This was aided by the 
fact that New Zealand was a good test market with 
sophisticated customers and harsh conditions. Gooch 
commented:
But the relationships are the key – principally the 
willingness to share. As an example, we obtained 
new pigment dispersion technology from DuPont 
that  was  the  best  available  –  which  DuPont  had 
up  until  that  point  refused  to release  to  anyone. 
However,  when  I  met  with  the  key  people  at 
DuPont  I  told  them  about  a  technology  that  we 
were  developing,  as  well  as  an  idea  for  how  the 
DuPont technology might be developed that were 
sufficiently valuable to DuPont that they agreed to 
allow us access.
For  one  technology,  Resene  had  commercially 
available  paint  incorporating  a  new  technology  for 
two months in New Zealand before paint manufac-
turers  in  the  United  States  were  even  aware  of  the 
technology.
Product development
Ideas for new products at Resene principally came from 
three sources: marketing, usually where Tony Night-
ingale had come up with some ‘wild’ idea; technical 
staff,  developing  a  new  product;  or  suppliers,  com-
ing up with a new material that allowed new paints 
to  be  developed.  New  developments  could  involve 
all three elements simultaneously. Colin Gooch had 
always enjoyed the  problem-solving  aspect  of R&D 
more than anything else, so even Tony’s ‘wild’ ideas 
had been treated as challenges by the technical staff. 
As Colin noted, ‘If they said to us make paint jump 
out of the can and on to the walls itself, then it was 
our job to try and get to the guts of the idea behind 
that to see what could be done.’
An  extremely  promising  recent  innovation  had 
been  the  joint  development  with  a  Norwegian  life-
sciences  company,  Polymer  Systems  Ltd,  of  ‘sphe-
romers’.  Spheromers  were  perfectly  spherical  parti-
cles that produced an extremely tough, cleanable and 
burnish-resistant surface. The dramatic performance 
improvements  for  low-sheen  paints  were  attracting 
significant international interest. The problems with 
prior low-sheen paints were the stimulus for Resene 
to try to find a technology to improve performance. 
That search led to contact with Polymer Systems, who 
were developing the technology, but unaware of the 
potential in paints. Resene developed the base tech-
nology for paints and will receive a share of the future 
sales of the spheromers to other paint companies.
There was no  such  thing  as a technician  – who 
ran  experiments  and  reported  back  results  to  more 
senior  colleagues  who  decided  what  experiments  to 
run – at Resene. All the scientists ran experiments for 
themselves.  ‘There  are  subtle  observations  that  are 
very difficult to record,’ observed Gooch. 
If  technicians  alone  observed  these,  then  key 
researchers would not hold valuable information. 
Instead, we strongly emphasise technical expertise 
at  the  micro-level  –  to  the  point  where  we  have 
been said to ‘build paint from the molecules up’. 
And  actually  we  take  pride  in  doing  just  that  – 
of  having  an  absolutely  thorough  understanding 
of all the constituent parts involved in developing 
a great paint. Importantly, one of the constituent 
parts is the surface that is to be painted. Therefore, 
we go to considerable lengths – far more than our 
competitors – to understand potential surfaces.
Colour
Resene has long had a strong reputation in the qual-
ity of its colours. Paint manufacturers typically had a 
very large number of colours available for purchase. 
However,  the  factory  production  of  paint  in  every 
colour  would  be  impractical.  Instead,  the  typical 
practice was to produce in the factory a base paint, 
often white, and add tinting pastes in-store, accord-
ing to preset formulas, to create the final paint colour. 
This whole process varied considerably across paint 
companies.  The  variation  was  in  part  because  tint-
ing pastes varied – not just in their colour, but also 
in their concentration. Resene was the first company 
in the world to produce multiple base paints from the 
factory that allowed less tinting paste to be used to 
create  final  colours.  Resene  produced  14  different 
coloured bases from the Naenae factory. 
While Resene had employed its basic colour sys-
tem for many years,  only in 2001 did  Dulux  adopt 

C-174 Case 12 • Resene Paints
something similar. The cost of changing a colour sys-
tem is enormous. Colin Gooch explained:
As an example, simply changing the concentration 
of  one  tinting  paste  without  altering  the  shade 
would require the production of probably 30 000 
pieces  of  paper  to  effect  the  change.  Our  blue 
tinting paste, for example, is used in approximately 
2500 colour formulas of the 10 000 total formulas 
that  Resene  has.  Each  of  those  2500  formulas 
would have to be changed because of the change in 
concentration. Any change to base paint or tinting 
paste will have a major effect on the colour system 
because  of  the  scope  of  colours  that  need  to  be 
able  to  be  produced  and  the  interdependence  of 
each aspect of the final paint colour. So it was a 
monumental undertaking when we changed from 
a system of one base colour to 14 base colours of 
paint. But it was less difficult for us to change than 
for our competitors because of our smaller size – 
particularly then.
Colin Gooch estimated:
Probably  85  per  cent  of  paint  manufacturers  in 
New  Zealand,  Australia,  the  United  States  and 
Scandinavia used colour systems involving tinting. 
Elsewhere in Europe, penetration rates would be 
more like 40 per cent, and even lower throughout 
Asia.  Really  what  drives  it  is  the  sophistication 
of  the  market  and  the  demand  for  colours  by 
customers.  It’s  just  very  difficult  to  compete 
with  a  limited  range  of  colours  in  more  colour-
sophisticated markets like New Zealand.
Customers chose paint based on colour to a sig-
nificant  extent.  Therefore,  customers  needed  to  be 
able to  see  colour  and  preferably  visualise  the  final 
look  of  any  colour  on  the  surface  they  wanted  to 
paint.  Two  critical  aspects  of  colour  visualisation 
that  paint  companies  used  were  colour  charts  and 
test pots. Resene has been a leader in many areas of 
colour  charts.  Resene  introduced  a  new  system  of 
colour that included strong colours for the first time 
in New Zealand in 1969. 
‘We  developed  the  British  Standards  Regis-
ter  system  of  colours  into  a  series  of  colour  charts 
that were the largest available internationally,’ noted 
Colin Gooch. The pressure for strong colours came 
from  a  number  of  prominent  Wellington  architects 
with whom Resene had close relationships. In  1976 
the ‘Total Colour Chart’ was launched, having been 
completely developed in-house,  and replacing  previ-
ous charts as the largest available. ‘We’ve continued 
to  develop  our  colour  ranges  and  even  developed  a 
fan deck colour chart that allows better isolation of 
particular colours on a chart,’ noted Nick.
Resene was also the first company in New Zea-
land to introduce a full range of test pots in 1975. Test 
pots enabled customers to try a small amount of paint 
on a particular surface before making their full pur-
chase of paint. Even though colour charts and newer 
computer programs (such as Resene’s recently intro-
duced  ‘Ezypaint’)  aided  colour  choice  enormously, 
there was no perfect system for taking into account 
effects  such  as  lighting,  in  any  given  space  without 
actually painting the surface. Hence, test pots contin-
ued to play a critical part in colour selection and were 
complementary  to  the  other  colour  selection  tools. 
Test  pots  were  introduced  as  a  promotional  device 
for architects and interior designers, but in 2001 they 
accounted for more than $1 million in sales per year.
Marketing
Resene has always placed great emphasis on the com-
mercial segment of the market and in 2001 continued 
to  dominate  the  commercial  segment  in  New  Zea-
land. Indeed, the primary phrase that is used in mar-
keting  is,  ‘Resene:  the  paint  the  professionals  use.’ 
Partly, this focus dates back to the origins of the com-
pany and the difficulties in selling to the retail market. 
But professionals, particularly architects and specifi-
ers, were also more discerning about the type of paint 
to be used. As noted, architects even encouraged the 
development of the strong colours that helped Resene 
to  distinguish  itself  from  competitors.  To  support 
the  commercial  segment,  Resene  employed  65  sales 
reps – almost twice as many as its nearest competitor, 
Dulux, with 35. 
Appealing  to  the  commercial  market  involved 
direct marketing, more than  mass advertising. Even 
with  a  concerted  effort  under  way  to  increase  its 
retail  profile,  Resene  spent  approximately  the  same 
amount on direct marketing as wider advertising in 
2001. ‘Since I’ve been general manager the database 
that we use to target our marketing has grown from 

Case 12 • Resene Paints C-175
2500 to 12 000,’ noted Nick Nightingale. ‘And that’s 
come  from  thorough  research  –  including  actively 
tracking  down  the  owners  of  buildings  throughout 
New Zealand. The database is itself segmented and 
each  person  targeted  specifically.’  Resene  produced 
a newsletter that featured new products and services 
as  well  as  case  studies  of  recent  projects  involving 
Resene paints. Resene also sent out calendars, coast-
ers and many other promotional items throughout the 
year. Additionally, Resene sponsored the Architecture 
Awards of the New Zealand Institute of Architects.
Resene traditionally advertised less than the other 
major  paint  companies  in  New  Zealand.  However, 
this situation was changing, as  shown in Exhibit 2. 
The trend of increasing advertising continued in 2001 
with expenditures up 20 per cent with the introduction 
of a new series of three television commercials. Resene 
advertising emphasised the brand generally – and the 
ColorShops in particular. The competition, especially 
Orica,  focused  on  particular  products  far  more  in 
their  advertising.  For  example,  $696 000  of  Orica’s 
total advertising expenditure was on Dulux Exterior 
and Wash & Wear paints alone. Nick explained:
For the retail segment of the market, the key for us 
is to get customers inside a ColorShop where those 
customers can then be directed to the appropriate 
Resene  product.  For  Orica  and  Wattyl,  who 
operate  through  independent  retailers,  they  try 
to  influence  a  particular  purchase  decision  prior 
to entering a store. The advertising of Orica and 
Wattyl  is  also  aimed  at  fighting  for  extra  shelf-
space from retailers. However, Orica and Wattyl 
do  benefit  from  the  advertising  of  the  retailers 
themselves.
Sales
A major difference between Resene and its two main 
competitors  was  that  Resene  owned  its  own  retail 
outlets.  In  2001,  Resene  operated  54  company-
owned  ColorShops  as  well  as  19  franchised  outlets 
(see Exhibit 3). The franchised outlets tended to oper-
ate in smaller towns, where demand may not justify a 
dedicated ColorShop. Nick noted: 
We  originally  opened  our  own  stores  because 
we  couldn’t  sell  through  independent  retailers 
because  the  larger  paint  companies  had  control 
of those channels. We tried using an agent in the 
1970s, but he wasn’t overly committed to moving 
our  paint,  it  seemed.  We’d  always  sold  direct 
from the factory, but those sales were limited, of 
course.  But  we  bought  a  hand-made  wallpaper 
manufacturing  operation  and  with  that  came  a 
store  in  Wellington  – so  we started  selling  paint 
through that. We were genuinely surprised at how 
much we could sell like that.
From  that  original  store  had  grown  the  whole 
chain.  As  such,  the  control  of  retail  distribution 
had become a central component of Resene’s overall 
approach.  That  approach  had  been  very  successful, 
with  double-digit  growth  in  retail  sales  throughout 
Exhibit 2   Advertising expenditures, 2000
TV
($000)
Press
($000)
Magazines
($000)
Total
($000)
% change
1999–2000
% change
1998–99
Paint companies
Benjamin Moore 1304 251 68 1623 33.9 12.3
Dulux 1295 17 87 1399 –41.8 20
Resene 1098 123 143 1364 31.2 12.4
Retailers
Mitre 10 4234 2381 138 6753 9.7 38.0
PlaceMakers 2074 1981 4055 4.5 –19.3
Benchmark 2544 640 3184 56.1 19.6
Guthrie Bowron 2739 193 2932 –18.6 62.1
Source: Marketing Magazine, April 2001, p. 23 (based on ratecard only, not actual expenditures).

C-176 Case 12 • Resene Paints
its  history.  Since  Nick  became  general  manager  in 
1999, nine new stores had been added.
In  addition  to  the  growth  of  the  ColorShops 
chain,  the  stores  themselves  had  been  gradually 
upgraded. A number of stores were relocated to better 
locations,  and  more  broadly,  significant  renovation 
had  occurred.  The  new-style  stores  were  larger, 
brighter and more sophisticated than their predeces-
sors. The latest ColorShops in Christchurch, Dunedin 
and  Palmerston  North  included  quiet  study  spaces, 
colour  libraries,  areas  for  children  and  plenty  of 
parking. Nick explained that, ‘in order to go after the 
retail  market  more  aggressively  we  realised  we  had 
to have a format that was consistent with the high-
quality  image  of  Resene.  Our  increased  advertising 
needs  to  work  in  concert  with  better  stores  and 
improved training – I’m determined to only promise 
what we can deliver.’ In the ColorShops themselves, 
Resene offered a full complement of paint, wallpaper 
and  accessories.  Most  of  the  merchandise  in  the 
ColorShops was sold under the Resene brand name, 
but there was also a limited amount of ‘ColorShop’ 
brand paint that was lower in price and quality, but 
also manufactured by Resene. Independent suppliers 
manufactured the wallpaper and accessories, such as 
brushes. 
Exhibit 3   New Zealand retail locations
Region ColorShops (55) Franchises (19)
Northland Whangarei Kaitaia 
Kerikeri 
Dargaville 
Kaikohe 
Wellsford 
Auckland Wairau Park  Ponsonby 
Takapuna  Devonport 
Birkenhead  Browns Bay 
Orewa 
Warkworth 
Mt Eden 
Newmarket 
Onehunga 
Parnell 
Henderson 
New Lynn 
Manukau City 
Howick 
Pukekohe 
Albany
Papakura 
Waikato Hamilton  Thames 
Cambridge  Gisborne 
T
e Awamutu 
Tauranga 
Mt Maunganui 
Whakatane 
Matamata 
Rotorua 
Taupo
Region ColorShops (55) Franchises (19)
Lower Central Napier  Dannevirke 
Hastings  Hawera 
New Plymouth  Stratford
Palmerston North 
Wanganui
Wellington Levin  Porirua
Masterton 
Paraparaumu 
Lower Hutt 
Upper Hutt 
Naenae 
Wellington City 
Wellington City 
Wellington City 
Kilbirnie 
Johnsonville 
Nelson/
Marlborough
Nelson 
Blenheim 
Stoke
Canterbury Christchurch 
Central 
New Brighton 
Hagley Park Sydenham
Papanui 
Shirley 
Timaru 
Riccarton
Otago/Southland Oamaru  Winton 
Dunedin  Alexandra 
Invercargill 
Queenstown 

Case 12 • Resene Paints C-177
Both trade and DIY customers were served in the 
ColorShops. Competitors Orica (through the Dulux 
brand) and Wattyl did operate trade stores through-
out New Zealand, numbering 20 and 12 respectively, 
and  these  were  open  to  the  public.  However,  given 
the  importance  of  their  other  distribution  channels 
through  independent  retailers  such  as  Placemakers, 
Mitre  10  and  Guthrie  Bowron,  DIY  sales  were  not 
targeted by either trade store chain. Benjamin Moore, 
a smaller operator, however, did distribute through a 
chain of 38 owner-operated retail outlets for its paint 
under the Benjamin Moore Colourworks banner. In 
addition  to  selling  under  their  own  brands,  all  the 
major paint  companies  manufactured  house  brands 
for specific stores. Resene sold a very small amount 
of paint through The Warehouse retail chain, using 
the  ‘NZ  Paints’  brand.  Dulux  manufactured  house 
brands  for  Mitre  10  and  Guthrie  Bowron,  while 
Wattyl manufactured for Placemakers and Carters.
Distribution  of  paint  and  other  supplies  to  the 
ColorShops  was  done  on  a  daily  basis.  However, 
information systems to track the movement of paint 
through  to  sale  were  limited.  There was no way  of 
knowing  exactly  how much  inventory  was  on  hand 
at any particular store until a manual stocktake was 
undertaken. Relatedly, the profitability of each store 
was not known with precision. Resene did purchase 
market share data from Neilson, which was broken 
Exhibit 4   Price comparison (acrylic exterior house paints – 4 litres)
White Price ($)
Benjamin Moore Benjamin Moore Moorglo 119 93
Orica British Paints 4 Seasons Gloss 65
British Paints Solarscreen Gloss 80
Dulux Weathershield 80
Levene Goldline 100% Acrylic Gloss 80
Resene Resene Enamycryl 87
Resene Hi Glo 87
Wattyl Taubmans All Weather Gloss 56
Wattyl Solagard 80
Others Damar House and Roof Gloss 55
Protec Master Stroke 300 55
Protective Paints Duralon Acrylic 61
House brands Guthrie Bowron Dimensions UVB 60
Hammer Hardware Acrylic High Gloss 40
ITM Supreme Acrylic Gloss 43
Kmart The Performer Acrylic Gloss 60
Mitre 10 Acrylic Gloss 45
The Warehouse NZ Paints 100% Acrylic Gloss 35
Brown Price ($)
Benjamin Moore Benjamin Moore Moorglo 119 93
Orica Dulux Weathershield 100
Levene Goldline 100% Acrylic Gloss 130
Resene Resene Enamacryl 103
Resene Hi Glo 103
Wattyl Wattyl Solagard 85
Others Damar House and Roof Gloss 71
Protective Paints Duralon Acrylic High Gloss 95
House brands Guthrie Bowron Dimensions UVB 80
Source: Consumer Institute of New Zealand, House Paint Test, 6 August 2001. Resene price includes standard 20 per cent ColorShop card discount. Although the 
table is accurate for the paint shown, house paint is largely purchased in 10-litre pales and tends to range in price from $100 to $150 approximately.

C-178 Case 12 • Resene Paints
down by region. From that research, Nick was able to 
track the company’s performance relative to competi-
tors on a monthly basis. In general, Resene’s weakest 
market was Auckland.
Discounting
Paint  companies  charge  different  prices  to  different 
customers and also offer a wide variety of discounts. 
For example, Resene had a loyalty card that entitled 
users to a 20 per cent discount. Resene had in excess 
of  100 000  cards  on  issue.  In  general,  trade  prices 
were approximately 25 per cent below general retail 
prices. While Resene was competitively priced in the 
retail segment, relative to other premium paints (see 
Exhibit 4), it was able to charge a 10–15 per cent pre-
mium over competitors in the trade segment.
The tradition of discounting in the industry and 
the  complexity  of  the  pricing  systems  created  chal-
lenges  for  paint  companies.  Often  the  emphasis  of 
sales  staff  was on sales  rather  than profits, and  the 
result  can  be  excessive  discounting.  Profitability  at 
Resene had been improving in part because the level 
of discounts was being more closely monitored. There 
are two primary reasons why a trade customer may 
be offered a discount – volume and visibility. Certain 
paint  projects  –  such  as  the  Museum  of  New  Zea-
land, Te Papa – were prestigious and gained publicity 
for the paint chosen. In those cases, paint companies 
had added incentive to supply the paint, which led to 
further discounts. Overall, the highest discounts were 
given  to  Plunket  and  the  IHC  –  charities  to  whom 
Resene sold basically at cost. In general, major con-
tractors received the second-highest level of discount, 
smaller contractors a lower discount, and occasional 
trade customers a lower discount still. 
Environmental choice
Resene explicitly promoted the environmental friend-
liness of its paint through its Environmental Choice 
range.  Environmental  Choice  New  Zealand  was  a 
program endorsed by the Ministry for the Environ-
ment  and  administered  by  International  Accredita-
tion New Zealand (IANZ). It was aimed at improv-
ing the quality of the environment by minimising the 
adverse environmental impacts generated by the pro-
duction,  distribution,  use  and  disposal  of  products. 
Resene  promoted  the  following  pledge  to  custom-
ers  regarding  its  environmentally  friendly  products: 
With no increase in price, Resene customers will enjoy 
safer,  less  hazardous  paints,  which  are  either  of  the 
same quality as before or higher. About 70 per cent of 
Resene’s paint products were Environmental Choice 
– far ahead of any other manufacturer. 
New Zealand subsidiaries
Altex  Coatings  was  a  paint  and  coatings  manufac-
turer  for  the  heavy  industrial  and  marine  markets, 
having been purchased as a going concern by Resene 
in 1989. Started over 45 years ago, Altex supplied a 
wide range of coatings to almost every major industry 
sector. Structures as diverse as petrochemical plants, 
commercial  ships,  electricity  pylons  –  and  even  the 
Auckland  Harbour  Bridge  –  had  been  supplied  by 
Altex.  Complementing  its  own  range  of  coatings, 
Altex  had  also  been  a  long-standing  licensee  for 
Devoe Coatings. More recently,  Altex had obtained 
the  licence  from  the  US  Paint  Corporation  to  pro-
duce its renowned ‘Awlgrip’ and ‘Awlcraft’ range of 
high-performance marine coatings. Altex had quickly 
established  a  strong  market  position  in  the  high-
performance  pleasure  marine  market.  When  Altex 
was acquired, Resene already held licences for some 
competing  technologies  from  Ameron  Coatings.  As 
such, the Altex business had to be kept separate from 
Resene. The stand-alone nature of Altex was partly a 
reflection of that history. However, Nick also believed 
that Altex operated better under a separate identity.
Resene had been in the automotive paint market 
since 1990, both manufacturing and distributing for 
DuPont  outside  of  Auckland.  In  Auckland,  a  com-
pany called Santano was the DuPont distributor, but 
in  1995, after encouragement from DuPont, Resene 
acquired Santano. Originally called Resene Santano, 
the subsidiary had changed its name to Resene Auto-
motive & Protective Coatings. The company’s busi-
ness was approximately evenly divided between man-
ufacturing its own paint range, and acting as a local 
distributor for other paint companies such as DuPont. 
The  market  for automotive paint involved  very  low 
volumes of paint. The painting of an entire car nor-
mally  required  a  half  to  one  litre  of  paint.  More-
over, since there was no car manufacturing industry 
in New Zealand, the market was completely reliant 
on repainting vehicles being repaired after accidents. 

Case 12 • Resene Paints C-179
Nevertheless, recent changes meant the business did 
contribute profits to the group in 2001.
Tony Nightingale decided in 1996 to purchase the 
wine company Cellier Le Brun principally because he 
had  a  long-standing  interest  in  wine.  Resene  used 
some of the wine produced for promotional purposes 
and the vineyard was painted with Resene paints. The 
name Cellier Le Brun had become synonymous with 
high-quality  methode  traditionelle  wines.  In  recent 
years,  the  Terrace  Road  label  had  also  been  devel-
oped  for  more  moderately  priced  table  wines  with 
some success.
International operations
Resene had a small presence in Australia. The previ-
ously separate Australian  manufacturing  operations 
of Resene and Altex Coatings had been consolidated 
down to one plant on the Gold Coast in Queensland. 
The  Australian  manufacturing  plant  was  comple-
mented by a small retail distribution network consist-
ing  of  four  Resene  ColorShops  and  14  independent 
stockists  (see  Exhibit  5).  Nick  noted,  ‘We  haven’t 
pushed trade sales in Australia because the competi-
tion has driven prices down to virtually below cost.’
In  Fiji, Resene  operated  one  small  plant,  as  did 
some  Australian  competitors.  (There  was  little  dif-
ference between paints that worked in Fiji and Aus-
tralia.)  The  Fijian  operation  produced  a  very  wide 
variety of paints and coatings in small volumes. The 
Fijian  market  had  shrunk  about  10  per  cent  after 
recent political turmoil. There was a market in Fiji for 
up-market paints, but that market was under threat if 
more affluent sections of the community left Fiji over 
the political problems.
Resene  was  investigating  export  opportunities 
to Thailand and Japan. In Japan, where prices were 
quite high, Resene could cover the cost of transpor-
tation and still be profitable. Nick commented, ‘Tra-
ditionally the emphasis has been on white, some off-
whites and perhaps beige. More recently, though, you 
can see European colour influences coming through 
in magazines which may signal future growth in the 
demand for stronger colours.’
The  principal  element  of  Resene’s  technology 
licensing  to date had been  a tinting technology sys-
tem.  Resene  had  supplied  this  technology  to  South 
Africa, Zimbabwe, the Dominican Republic, Malay-
sia, Indonesia and China. According to Nick:
Most international markets tend to have an ‘ICI-
type’  [orica-type]  player,  a  major  multinational 
paint  company  who  drip-fed  technology  into 
those markets after a lag-time from their primary 
markets. Our general approach has been to supply 
a  local  competitor  with  technology  that  allows 
them to compete better. In China, we’re providing 
Exhibit 5   Australian retail locations
State ColorShops (4) Stockists (15)
Queensland Woolloongabba, Brisbane Butcher’s Paint Barn, Townsville
Geebung, Brisbane Cairns Hardware, Atherton
Brisbane Cairns Hardware, Edmonton 
Cairns Hardware, Cairns
Cairns Hardware, Cairns 
Classic Paint Supplies, Cleveland, Brisbane 
Goodfellows Handy Hardware, Kallangur, Brisbane 
Innisfail Plumbing and Paint, Innisfail
Paint City Coolum, Coolum Beach 
Paint City Currimundi, Currimundi
Paint City Maroochydore, Maroochydore 
Paint City Noosa, Noosaville 
Goodfellows Handy Hardware, Kallangur, Brisbane 
New South Wales North Rocks, Sydney Taree Builders Bargain Centre, Taree South
Victoria Morgans Paint Spot, Moorabbin, Melbourne

C-180 Case 12 • Resene Paints
technology  to  a  major  Chinese  player  who  has 
been losing market share to multinationals ICI and 
Nippon. In Bangladesh, we’ve gone a step further, 
and have a 20% stake in Resene Bangladesh with 
a local partner. That was really the only way we 
could enter the market. The products manufactured 
are very basic, but it has the potential to provide 
an avenue into the massive Indian market.
The paint industry
In 2001, total sales in the Australasian architectural 
and decorative paint market slightly exceeded A$1 bil-
lion, with New Zealand representing approximately 
NZ$190 million. Both Australian and New Zealand 
markets have shown the same limited growth as other 
mature markets for a number of years, at about 1–2 
per cent per year. (Resene has been growing at around 
6 per cent recently.) The limited amount of residential 
and  commercial  property  construction  during 2001 
had  further  hindered  growth.  As  shown  in  Exhib-
its 6 and  7, based  on Orica’s own estimates, Dulux 
was  the  market  leader  in  both  Australia  and  New 
Zealand. Only 6 per cent of paint sold in Australasia 
was imported. 
The  primary  brands  in  Australia  were  identical 
to New Zealand with the exception of Resene itself 
– Dulux, Wattyl and Taubmans. However, while the 
Taubmans  brand  was  manufactured  by  Wattyl  in 
New  Zealand,  South  African  company  Barloworld 
owned  the  brand  in  Australia.  There  were  a  rela-
tively large number of independent paint stockists in 
Australia, who competed with the massive hardware 
chains  such  as  Mitre  10  and  BBC  Hardware.  The 
major brands in Australia – Dulux, Wattyl and Taub-
mans – all distributed through those large hardware 
chains. The independent paint retailers tried to differ-
entiate themselves from the big chains by greater cus-
tomer service. However, ultimately the customer was 
still buying the same paint they could get elsewhere – 
probably cheaper. In general, Australian paint shops 
were not as upscale as either ColorShops or Guthrie 
Bowron in New Zealand. 
Throughout Australasia 55 per cent of sales were 
to the trade and 45 per cent to the retail DIY market. 
The  majority  of retail  paint  sales  occurred  through 
independent hardware and decorating outlets. Chains 
dominated hardware and decorating retailing in both 
New  Zealand  and  Australia.  Some  of  those  chains 
were owned by single companies, such as Benchmark, 
Exhibit 6   New Zealand market shares
Source: Orica.
Others
18%
New Zealand Architectural &  
Decorative Coatings Market 
A$150mn (25mn litres)
Resene
23%
Wattyl/ 
Taubman
s
22%
Dulux/ 
Levenes
37%
Exhibit 7  Australian market shares
Source: Orica.
Others
19%
Australian Architectural &  
Decorative Coatings Market 
A$850mn (125mn litres)
Dulux (Orica)
35%
Wattyl
25%
Taubmans
(Barloworld)
21%

Case 12 • Resene Paints C-181
while  others  were  cooperatives  of  independently 
owned  stores,  such  as Mitre  10.  In  Australia,  paint 
was the highest-margin hardware product sold, gen-
erating gross margins of 35.5 per cent on average for 
retailers. Paint was also the single biggest category of 
sales for hardware stores – representing approximate-
ly 15 per cent of their retail sales in Australia.
The biggest of the hardware chains in both New 
Zealand and Australia was Mitre 10. Under the Mitre 
10 and True Value brand names, the group operated 
653  stores  in  Australia  and  205  in  New  Zealand. 
When Mitre 10 in Australia switched from Taubmans 
to Dulux for the supply of its house brand of paint, 
Taubmans lost 7 per cent of its total sales. In gener-
al, price cutting on paint was pervasive in Australia. 
‘Discounting, plus the cluttered appearance of most 
sales outlets, has encouraged consumers to view paint 
as a commodity.’2 One result was that tinting was not 
paid for by customers in Australia if done off a white 
base, whereas it was in New Zealand.
Competitors
Dulux  was  the  leading  paint  brand  of  the  Orica 
group. Orica was an Australian-headquartered com-
pany formerly known as ICI Australia before the par-
ent company ICI  (UK) sold its 64  per  cent stake in 
1998. A condition of the sale was that the ICI name 
be replaced, and so the name Orica was introduced. 
Orica  was  involved  in  mining  services  (explosives), 
chemicals,  agricultural  chemicals,  and  consumer 
products  such  as  paint  in  numerous  countries.  The 
paint  business  operated  only  in  Australia  and  New 
Zealand, primarily under the brand name Dulux. In 
June 2001, a new CEO was hired after  recent poor 
performance  by  the  group.  In  New  Zealand,  the 
Dulux name itself has been around since 1939.
The  principal  paint  business  for  Orica  was  in 
Australia, predominantly through the Dulux brand. 
R&D  was  centralised  in  Clayton,  Victoria  at  the 
A$12  million  technology  centre  for  the  Consumer 
Products division, opened in November 2000. Over-
all  within  Orica,  the  Consumer  Products  division 
generated  A$638  million  (17  per  cent)  of corporate 
sales and 21 per cent of the A$235 million corporate 
profits in 2000. The approach of the division was to 
emphasise  leading  brands,  established  technology, 
overlapping  customers,  and  overlapping  channels 
surrounding a customer focus. Dulux Trade operated 
69 Dulux Trade Centres throughout Australasia, had 
175 aligned depots and distributorships, and boasted 
a customer base of 40 000. Overall, as market lead-
er, Dulux sold 35 per cent of the paint purchased in 
Australasia  by  volume  and  38  per  cent  by  value  of 
what they estimated to be a A$1.1 billion total mar-
ket. Dulux believed its strategy for success was based 
around brands, technology, innovation, colour lead-
ership,  distribution  and  customer  satisfaction.  In 
unaided  brand  awareness  tests  in  Australia,  Dulux 
trailed  only  Telstra  and  McDonald’s  for  awareness, 
beating  Coca-Cola  and  far  outstripping  any  other 
paint brand.
Dulux operated three Australian manufacturing 
facilities  in  Queensland,  Western  Australia,  South 
Australia  plus  the  New  Zealand  operation  in  Wel-
lington. The Rocklea plant in Queensland had com-
pleted  a  A$17  million  upgrade  in  2000  that  incor-
porated two fully automated and six semi-automated 
robotic  filling  lines  and  the  implementation  of  flex-
ible  manufacturing  technology.  The  Rocklea  plant 
was the largest paint manufacturer in Australia, the 
upgrade increasing the capacity from 40 million litres 
per year to over 60 million.
Wattyl was also a multinational competitor head-
quartered  in  Australia.  Wattyl  was  solely  a  paint 
company  with  manufacturing  operations  in  Aus-
tralia,  New  Zealand,  the  United  States,  Thailand, 
Malaysia and Indonesia. Founded in Sydney in 1915, 
Wattyl became a public company in 1959. Since then, 
Wattyl’s development has been heavily influenced by 
acquisitions,  having  purchased  at  least  nine  other 
Australian  paint companies. Wattyl has had a pres-
ence  in  New  Zealand  since  1970,  when  it  acquired 
Solway Products. In 1989 that presence was expand-
ed greatly through the acquisition of Samson Gold-X. 
The Taubmans brand in New Zealand was acquired 
in 1995, establishing Wattyl as a major player in the 
market.  Outside  Australasia,  expansion  has  been 
driven  by  the  acquisition  of  companies  such  as  the 
Dimet Group (Asia) and Coronado Paint (USA).

C-182 Case 12 • Resene Paints
During  the  financial  year  to  30  June  2001, 
Wattyl had corporate revenues of A$528 million, but 
experienced losses of A$22 million. In March 2001, 
Wattyl’s  managing  director  resigned.  Subsequently, 
the  management  and  board  of  Wattyl  instigated  a 
major  strategic  review  of  operations.  While  Wattyl 
had faced a number of one-off costs such as bad debts 
in the United States and an Australian strike, it also 
believed that it had not re-invested sufficiently in plant 
in  recent times. While Wattyl was still profitable in 
both Australia and New Zealand, 2001 performance 
was  poor  in  both  the  Asian  and  US  markets.  As  a 
result,  Wattyl  wrote  down  its  investments  in  Asia 
and  the United  States  and  was looking  to exit  Asia 
completely.  In  seeking  to  remedy  the  situation  in 
Australia,  Wattyl has reduced the number of plants 
from  eight  to  three,  established  more  efficient 
warehousing, sold surplus properties, and introduced 
a major new premium interior wall paint.
Barloworld is a large South African conglomerate 
with  interests  including  cement,  lime,  laboratory 
equipment,  lasers  and  steel  tubes.  Barloworld  has 
paint manufacturing operations in South Africa, the 
United Kingdom and Australia under different brands. 
The Taubmans brand had been in Australia for over 
100  years;  however,  prior  to  its  sale  to  Barloworld 
in 1996, it had begun to flounder, benefiting Wattyl 
and Dulux. In 1992, Taubmans had market share of 
22 per cent, but that fell to 15 per cent by the time of 
the sale. The new ownership had turned that around 
and  the  combined  market  share  of  Taubmans  and 
Barloworld’s  other  Australian  brand,  Bristol  Paints, 
had risen from 23 per cent to 29 per cent since 1998, 
taking  over  the  number  two  spot  in  the  industry.3 
Nevertheless profits had been more difficult to come 
by  and  the  Taubmans/Bristol  group  made  losses 
in  2000  (see  Exhibit  8).  Speculation  existed  that 
Barloworld would look to exit Taubmans.
The  120-store  retail  arm  of  Bristol  Paints 
was  moving  towards  increased  franchising,  with  
company-owned  stores  converted  into  franchisees. 
The stores employed 500 staff throughout Australia 
and represented the largest chain of retail and trade 
stores for paint and wallpaper. In addition, six fran-
chised  Bristol decorator centres opened  in  China  in 
1999  and  a  further  four  in  2000.  The  entire  range 
sold in China was produced in Australia. As part of 
Barloworld,  both  Bristol  and  Taubmans  had  access 
to  the  Nova  Paint  Club.  The  Nova  Paint  Club  was 
a worldwide association of 15 paint companies that 
provided a framework for the exchange of technical 
information, technology and expertise across all their 
areas of operation.
Smaller  paint  companies  existed  in  both  Aus-
tralia and New Zealand. Benjamin Moore Pacific in 
New Zealand, for example, began as a joint venture 
between  Benjamin  Moore,  the  large  US  paint  com-
pany,  and  local  owners.  However, the  local  owners 
had subsequently taken full ownership and operated 
under  a  licensing  agreement  from  Benjamin  Moore 
(US).  As  noted,  Benjamin  Moore  did  have  a  retail 
presence  through  franchised  retail  outlets  around 
New  Zealand.  However,  the  number  of  Benjamin 
Moore  Colourworks  stores  had  been  diminishing 
as stores switched to competing retail chain Colour 
Plus. Colour Plus was associated with  Wattyl prod-
ucts, so the switching allegiance was cutting off the 
primary outlets that Benjamin Moore had. Retailers 
were believed to be switching in order to gain better 
brand support.
Most small paint companies did not have chains 
of stores associated with them, however. Often they 
were specialised firms that had a reputation in a par-
ticular product that allowed them to sell direct to the 
trade. In New Zealand, Rotorua-based Damar had an 
alliance with Amway that had resulted in the website 
Exhibit 8   Barloworld’s regional paint results
(A$mn)
Australia South Africa Other Africa Europe
1999 2000 1999 2000 1999 2000 1999 2000
Sales 192 218 216 220 9 17 19 21
Operating profit 0.8 (2.3) 12 12 0.2 1.2 1.8 2
Assets  104 109 102 101 5 7 9 9
Source: Barloworld Limited Annual Report 2000.

Case 12 • Resene Paints C-183
PaintDirect.  Damar  concentrated  more  on  the  low-
margin road-marking business. Other small competi-
tors tried  to sell  direct  or  through  any  independent 
retailers that will stock them.
The future
Throughout  its  first  55  years  in  existence,  Resene 
Paints had shown that it had the capabilities to com-
pete  effectively  in  New  Zealand  against  its  larger 
multinational competitors. Having traditionally been 
strong  in  the  commercial  market,  Resene  had,  in 
more recent years, made a concerted and successful 
push  at  the  retail  market  through  its  own  chain  of 
ColorShops. But within New Zealand the prospects 
for growth in its current markets were not limitless. 
Although  there  was  still  room  for  growth  in  the 
New Zealand market, longer-term growth prospects 
appeared  to  be  outside  New  Zealand.  Internation-
ally,  Resene  had  very  small  operations  in  Australia 
and Fiji. Clearly, Australia was a large opportunity, 
but  was  it  the  right  opportunity  for  Resene?  Were 
Asia  or  elsewhere  more  desirable  regions?  Should 
Resene itself even look to operate in other countries, 
or should it focus on developing technologies in New 
Zealand  to  be  licensed  overseas,  such  as  the  newly 
developed spheromer paint flatting agent? Or should 
Resene focus its resources on continuing to grow the 
New  Zealand  market  for  the  time  being?  As  Nick 
Nightingale  stepped  off  the  18th  green  at  Parapar-
aumu  Beach  Golf  Club,  having  shot  91  in  a  losing 
effort, he knew he couldn’t afford to be as wayward 
in his choice of markets.
Notes
  1  Consumer Institute of New  Zealand, 1998,  ‘Interior Acrylic 
Paints’, April.
  2  N. Shoebridge, 1997, ‘Taubmans, “with imagination”, tries to paint 
its way out of a corner’, Business Review Weekly, 10 November 
1997, p. 78.
  3  Barloworld Limited Annual Report 2000, p. 32.

C-184
Case 13
Sony Corporation: 
The vision of tomorrow
Kulwant Singh  Nitin Pangarkar
National University of Singapore  National University of Singapore
Loizos Heracleous  Abhinav Singh
National University of Singapore  National University of Singapore
At the advent of the 21st century, Sony Corporation 
was at a crucial juncture in its long and illustrious his-
tory. At the threshold of the much anticipated world 
of  total  digital  convergence,  the  electronics  maker 
turned  media  and  communications  giant  seemed  to 
have  it  all:  next-generation  Internet-aware  gadgets 
and  compelling  content  to  pump  through  them,  a 
vibrant culture of innovation resulting in cutting-edge 
research and development, and a world-class market-
ing acumen that had made Sony a global mega-brand. 
Despite having all the arms in its arsenal, some tough 
decisions  nevertheless  lay  ahead  for  the  company. 
Chief  among  them  were:  How to manage  the  com-
pany’s mix of diverse businesses to achieve inter-unit 
coordination and synergies? What paths, in terms of 
new product development, to take in the unexplored 
realm  of  total  digital  convergence?  And,  above  all, 
how to communicate and sell the new Sony identity 
to the customers, shareholders and employees?
Introduction: It’s a Sony
In  2002,  Japan-based  Sony  Corporation  was  the 
world’s largest consumer electronics company, a sig-
nificant player in the media industry and the fastest-
growing  computer  and  communication  equipment 
maker. The Sony brand was one of the world’s most 
recognisable  and  trusted  brands  –  thanks  to  half  a 
century of relentless innovation, bringing an array of 
trend-setting  electronics  products  into  the  market. 
Sony  ranked  21st  in  the  BusinessWeek/Interbrand 
list  of  the  World’s  100  Most  Valuable  Brands  with 
an  estimated value of US$14  billion1  –  and the  first 
among its industry peers.
In  1999,  for  the  third  year  in  a  row,  Sony  was 
recognised as one of the world’s 100 Best Managed 
Companies by Industry Week magazine.2 The Trini-
tron,  the  Walkman,  the  Betamax,  the  Camcorder, 
the Compact Disc, the MiniDisc, the venerable Play-
Station and the robot dog Aibo were some of the Sony 
innovations that had created all new markets of their 
own. It’s a Sony – the company’s tagline for its elec-
tronic  audio  and  video  products  –  was  a  stamp  of 
quality, cutting-edge technology and reliability.
The  company  also  had  a  strong  media  indus-
try  presence,  with  its  record  label  boasting  artists 
such  as  Michael  Jackson,  Bruce  Springsteen,  Jenni-
fer Lopez, Celine Dion and Mariah Carey. The film-
making  division  was  behind  blockbusters  such  as 
Spiderman,  Men  in  Black,  Air  Force  One,  Charlie’s 

Case 13 • Sony Corporation C-185
Angels,  Stuart  Little  and  many  hit  television  shows 
syndicated to various TV and cable channels around 
the world. The success of the PlayStation had made 
Sony the leader in the console gaming market. Sony 
was  also  the  world’s  fastest-growing  personal  com-
puter maker,3 albeit still ranking eighth in worldwide 
market share, with its VAIO brand of personal com-
puters and CLIÉ line of hand-helds fast threatening 
larger players such as HP-Compaq and Dell. Having 
also  a  presence  in  semiconductors,  electronic  com-
ponents,  mobile  phones  and  even  robots,  Sony  was 
well  positioned  to  compete  in  the  emerging  world 
of  total digital convergence  –  a  vision  of  the  future 
where multifunctional devices could seamlessly talk 
to  each  other,  and  multimedia  content  was  ubiqui-
tous  through  these  networks.  But  in  this  uncertain 
future  world of technology-driven digital  entertain-
ment,  Sony,  like  its  competitors,  wasn’t too sure  of 
what exactly constituted the winning formula.
Sony’s history:  The making 
of a dream
The two visionaries
Sony Corporation traced its roots to the Tokyo Tsu-
shin  Kogyo  (The  Tokyo  Telecommunications  Engi-
neering  Corporation),  or  Totsuko,  established  on 
7  May  1946  by  Masaru  Ibuka  –  a  gifted  engineer, 
and  Akio  Morita  –  a  marketing-savvy  innovator. 
Both Ibuka and Morita had honed their engineering 
skills while serving the government, developing mili-
tary equipment for the Second World War. After the 
war, they moved to war-damaged Tokyo and brought 
together a small team of trusted war-time engineers 
to start a company whose main aim was to create a 
stable work environment where engineers who had a 
deep and profound appreciation for technology could 
realize their societal mission and work to their hearts’ 
content.4 Seeking to help rebuild post-war Japan with 
its engineering know-how but lacking in capital and 
infrastructure, the company started out by repairing 
radio sets. Its first product was an electric rice cooker, 
followed  by  other  innovative  appliances  such  as  an 
electrically heated cushion and a good-quality record 
pick-up. In 1958, the company was renamed Sony – a 
term derived from the Latin word sonus, which was 
the root of words such as sound and sonic; and also 
from sonny which meant little son. Hence, Sony sig-
nified  a small group of young people who have the 
energy and passion toward unlimited creation.5 The 
fact  that this  name  was  much  simpler  to  remember 
and  more  marketable  to  an  international  consumer 
base than Totsuko, of course, helped.
The trailblazers – Sony’s famous 
products
In  1950,  Sony  produced  the  G-Type,  Japan’s  first 
tape recorder, followed by the P-Type – its portable 
version.  TR-55,  Japan’s  first  transistor  radio,  was 
launched in 1955, followed by the world’s first pocket 
transistor radio in 1957. In 1960, Sony launched the 
world’s first direct-view transistor television,  and in 
1963, the world’s first VCR. In 1968, the legendary 
Trinitron colour-TV set the industry standards of pic-
ture quality and design.
In  1975,  Sony  brought  the  theatre  home  by 
launching the Betamax – the world’s first home-VCR. 
In 1979,  Sony  launched  the Walkman – the  world’s 
first personal audio tape player – to a sceptical mar-
ket. But the product made history by starting a revo-
lution  of  personal  audio  products.  The  term  Walk-
man  has  even  been  included  in  the  Oxford  English 
Dictionary since 1986. In 1982, Sony pioneered the 
compact  disc,  in  association  with  Philips.  Apart 
from these innovations, Sony also launched the digi-
tal audio tape, the home-use Handycam video cam-
era, the mini-disc, flat-panel and high-definition TVs 
(HDTV), and digital cameras.
Sony also played a key role in the development of 
the digital versatile disc, or DVD. The market-leading 
PlayStation game console was launched  in  1994. In 
the late 1990s, Sony entered the computer market by 
launching  its  VAIO line of multimedia-capable PCs 
in 1996 and the CLIÉ series of handheld computers 
in 2000.
In  1999,  it  launched  the  world’s  first  entertain-
ment robot, the dog-like Aibo, which became a run-
away success. Sony engineers were also working on 
intelligent humanoid robots, following the success of 
Aibo.

C-186 Case 13 • Sony Corporation
Globalisation and diversification
While  Sony  was  launching  these  innovative  prod-
ucts, it was also expanding out of Japan to become a 
global player. Ibuka and Morita had earlier visited the 
United States and Europe in the early 1950s to study 
the latest technologies – for example, the transistor. 
There, they discovered a huge market for electronic 
products. During his visit to Philips in 1953, Morita 
thought, ‘Holland resembles Japan in many ways. If a 
company like Philips can succeed in the international 
market,  there’s  no  reason  why  Totsuko  can’t.’6  He 
thus directed Sony to start concentrating on exports 
to  the  international  market,  with  a  goal  of  earning 
at least half of its total revenues from overseas sales. 
This  was  followed  by  setting  up  overseas  offices  to 
supervise  marketing  and  sales activities. Sony’s first 
major overseas office, the Sony Corporation of Amer-
ica (SONAM), was established in New York City in 
February 1960  to do ‘business  with  Americans  like 
an  American  company’.7  With  a  capital  investment 
of US$500 000, the office was actually located in a 
small warehouse, employing six people. This was fol-
lowed by offices in Hong Kong and Zurich. A radio 
factory in Shannon, Ireland was Sony’s first overseas 
manufacturing facility. The Sony Technology Centre 
in San Diego, established in 1972, was the first con-
sumer electronics manufacturing facility opened by a 
Japanese company in the United States.
These  initial  establishments  were  followed  by 
Sony  opening  offices  and  plants  in  many countries. 
Sony leveraged on its vast pool of talented engineers 
to produce innovative audio  and  video  products,  as 
well  as  various  electronic  components.  Under  the 
leadership of Norio Ohga, who was Sony’s president 
from 1982  to 1995,  Sony’s view  of its business  was 
transformed  from  an  electronics  company  to  an 
entertainment company. Ohga took the bold step of 
establishing the music, pictures and gaming businesses 
to pioneer Sony’s foray into the content arena. Akio 
Morita  also  wanted  Sony  to  move  into  the  content 
business, so that it could have higher market power, 
believing  that  if  Sony  had  controlled  the  rights  to 
enough  movies,  its  Beta  video  format  would  not 
have lost out to Matsushita’s rival VHS format in the 
1970s. 
This foray into the content business was achieved 
by the acquisition of US-based CBS records in 1988 
and the Hollywood studio, Columbia Pictures (along 
with its television subsidiary Columbia Tristar Tele-
vision  Group)  in  1989.  Hence,  Sony  Music  Enter-
tainment (SME) and Sony Pictures Entertainment – 
two of the world’s largest content producers –  were 
formed. Ohga, being a visionary, was also instrumen-
tal  in  Sony’s  foray  into  the  game  business  in  1994. 
The PlayStation game console directly took on estab-
lished  players  such  as  Nintendo  and  Sega,  subse-
quently  dominating  the  market.  These  moves  were 
coupled  with  a  renewed  and  innovative  marketing 
strategy and product planning, projecting Sony’s new 
stylish, modern image. Nobuyuki Idei, who took over 
the helm from Ohga in 1995, continued the process of 
continuous reinvention at Sony, pushing the compa-
ny into the digital networks and convergence era, by 
launching personal and handheld computers, mobile 
phones  and  a  host  of  hybrid  devices  that  herald-
ed  the  integration  of  audio-visual  and  information- 
technology products. In 1996, Sony launched So-net, 
a  broadband  network  provision  service  in  Japan. 
Sony  had  also  diversified  into  the  financial  services 
business,  providing  banking  and  insurance  services 
in the Japanese market. Sony Bank, an Internet-based 
bank for middle-class Japanese investors, was opened 
in 2001.
A culture of innovation – the ‘Sony 
DNA’
Technical innovation and marketing superiority had 
been the two central pillars of the Sony establishment. 
These  pillars  were  put  in  place  by  the  company’s 
founders,  who,  through  their  complementary  skills 
and enthusiastic leadership, set the foundations of a 
true culture of innovation at Sony. Ibuka was a vision-
ary, adept at imagining applications of emerging tech-
nologies  to  everyday  life.  Leading  the  research  and 
new product development efforts, he was an inspiring 
leader, responsible for shaping much of Sony’s open-
minded  corporate  culture,  and  infusing  the  spirit 
of  innovation  in  Sony’s  employees.  To  complement  
Ibuka’s skills, Morita was a true marketing pioneer, 
and  was  instrumental  in  making  Sony  a  household 
name worldwide, by searching for new markets and 
growth opportunities.

Case 13 • Sony Corporation C-187
The modern corporate culture at Sony was artic-
ulated by the term Sony DNA, a metaphorical refer-
ence to the traits inherited from the two founders and 
other  leaders. The  meaning  of the term, and Sony’s 
raison  d’etre,  was  summarised  by  Kunitake  Ando, 
Sony’s president and chief operating officer, in 2002:
If Sony is going to be different from all the others, 
it  has  to  really  step  ahead.  It’s  the  difference 
between originality and a  copy machine. We are 
not like a Dell. We are trying always to come up 
with something new, to create innovative products. 
That’s basically Sony’s DNA. The path is not always 
smooth. But if you lose your mission, your DNA, 
you lose your reason for being. Sony’s reason for 
being has always been to create something new, to 
create more dreams, to make things fun.8
Sony described itself as follows, on its news and 
information website:
Sony is a company devoted to the CELEBRATION 
of  life.  We  create  things  for  every  kind  of 
IMAGINATION.  Products  that  stimulate  the 
SENSES and refresh the spirit. Ideas that always 
surprise  and  never  disappoint.  INNOVATIONS 
that  are  easy  to  love,  and  EFFORTLESS  to 
use,  things  that  are  not  essential,  yet  hard  to 
live  without.  We  are  not  here  to  be  logical.  Or 
predictable.  We’re  here  to  pursue  INFINITE 
possibilities. We allow the BRIGHTEST minds to 
interact freely, so the UNEXPECTED can emerge. 
We invite new THINKING so even more fantastic 
ideas  can  evolve.  CREATIVITY  is  our  essence. 
We take chances. We EXCEED expectations. We 
help dreamers DREAM.9
The making of a global brand
The  term  Sony  DNA  also  captured  Sony’s  extra-
ordinary  flair  for  the  design  and  marketing  of  its 
products.  Sony’s  successful  product  launches  were 
always accompanied by an elaborate marketing and 
positioning effort, and doing things differently often 
earned  it  handsome  premiums  for  its  products.  For 
example, one of its devices was a wireless access point 
that joined components in a local area network and 
provided  access  to  the  Internet.  Traditional  models 
of such devices were plain, flat and ugly plastic boxes 
with  thick  antennae  jutting  out.  But  Sony’s  version 
had a glassy, opaque surface, stood vertically and had 
cleverly concealed the antennae – giving the product 
a smart and very agreeable look.10
These  design  innovations  were  backed  by  zeal-
ous marketing efforts, resulting in the creation of sev-
eral successful sub-brands within the Sony umbrella 
such as Trinitron, Walkman,  WEGA, VAIO, which 
also strengthened the umbrella Sony brand. Sony also 
often relied on revitalising its mature brands to repo-
sition  them.  The  Walkman  brand  was  relaunched 
in  2000,  this  time  for the  mini-disc  format,  with  a 
tagline The Walkman Has Landed.  The launch  was 
supported  by  broadcast,  print  and  on-line  advertis-
ing, Internet and dealer events and promotions, and 
grassroots  public  relations  campaigns,  to  target  the 
Generation Y target market.11
As a result of these efforts, Sony had become one 
of the world’s greatest brands, rated the number one 
brand in the United States by the 2000 Harris poll,12 
and as the world’s 21st most valuable brand in 2002.13 
Norio Ohga, Sony’s chairman until 2003, said: 
In  April  of  every  year  a  large  number  of  new 
employees  join  the  company.  And  what I  always 
say to them is that we have many marvelous assets 
here. The most  valuable  asset  of all  are the  four 
letters, S, O, N, Y. I tell them, make sure the basis 
of  your  actions  is  increasing  the  value  of  these 
four  letters.  In  other  words,  when  you  consider 
doing something, you must consider whether your 
action will increase the value of SONY, or lower 
its value.14
Winds of change: Sony 
prepares for the future
The modern consumer electronics industry was cre-
ated  with  the  launch  of  the  VCR  in  the  1970s,  but 
had changed surprisingly  little  until the mid-1990s. 
Computers and mobile telephones had been launched, 
but they had become separate industries in their own 
right. During this time, the main players in the con-
sumer electronics industry had remained broadly the 
same – dominated by firms such as Sony, Philips and 
Matsushita (makers of Panasonic and JVC).15 Each of 

C-188 Case 13 • Sony Corporation
these analogue consumer electronic devices had their 
own  standards  and  market  leaders.  Hence,  market-
leading VCRs were made by different firms than the 
ones that made market-leading audio equipment. But 
in the mid-1990s, with the advent of a host of digi-
tal devices with mass market potential, this equation 
was  changing  quickly.  These  devices  were  made  by 
firms  outside  the  consumer  electronics  world,  and 
were  technically  similar  to  computers  –  heralding 
the  digital  convergence.  They  increasingly  incorpo-
rated features  of consumer  electronics  devices  –  for 
example, an MP3 personal stereo – but, being digi-
tal, were inherently different in their underlying tech-
nology  from  their  traditional  counterparts.  The  PC 
was fast becoming the home’s information and enter-
tainment hub in developed countries. This evolution 
of the computer industry towards the consumer elec-
tronics industry promised a profound and long-term 
impact on the traditional consumer electronics com-
panies. The message was clear – the wave of digital 
convergence was coming as the boundaries between 
the computer and other devices blurred, as virtually 
all media, from a movie to a telephone call, could be 
transmitted  and  processed  as  a  string  of  ones  and 
zeros.16 Consumer electronics companies could ignore 
this trend only at their own peril.
The  transformation  of  Sony  for  this  digital  age 
had  started  well  in  time,  when  Nobuyuki  Idei,  a 
young executive, was surprisingly appointed the CEO 
of  the  company  in  1995.  Norio  Ohga  had  actually 
bypassed about a dozen more senior managers to give 
Idei the job, a bold move highlighting the need for the 
company to reinvent itself at the end of the analogue 
age. Idei had his task cut out: to remake the company 
for the network age. He quickly announced his vision 
for Sony by coining the phrase ‘Digital Dream Kids’,17 
underlining  the  ambitions of a  company that had a 
new youthful zeal in the digital era. He summarised 
his vision by declaring, 
We  have  to  change  our  culture  from  the  manu-
facturing  industry  to  knowledge-based  global 
culture.  Kind  of  a  reinvention  of  the  business 
model itself.18
He knew that Sony had come a long way since the 
days of Ibuka and Morita and compared the old Sony 
to a prop plane that he was outfitting for jet propul-
sion, by transforming the company that made stand-
alone products shipped in boxes to one that produced 
an almost organic swarm of interconnected devices, 
services  and  experiences,  all  riding  on  the  blurred 
pulses  of  a  ubiquitous  wide-spectrum  network.19 
Investors  liked  Idei’s  convergence  idea,  and  Sony’s 
market value had  tripled by  1999, partly fuelled  by 
the Internet boom.
Restructuring and cost control
Idei’s appointment was immediately followed by sig-
nificant restructuring. He split the group’s unwieldy 
audio/video  products  company  and  created  a  new 
division  for  information  technology  products.  He 
also announced that the consumer electronics group 
would  restructure  to  become  less  dependent  on 
making television sets, video recorders and portable 
stereos, due to these products’ commoditisation and 
falling  margins,  and  concentrate  more  on  new  net-
working  opportunities.20  He  also  started  the  com-
pany’s  drive  to  convert  as  many  as  possible  of  its 
analogue products into digital, since manufacturing 
digital products was relatively cheaper and they also 
commanded higher margins.21
Traditionally, Sony was a high-cost producer – a 
drawback that it used to compensate for by extract-
ing higher premiums on its innovative products and 
designs. But its innovations  and designs were swift-
ly  being  replicated  by  cheap  electronics  producers 
at home (for  example,  Matsushita)  and  abroad  (for 
example, Samsung), pushing down industry margins. 
These low-cost producers had even captured a signifi-
cant  market  share  in  a  number  of markets  in  Asia, 
Latin America and Russia, by charging up to 40 per 
cent less than Sony’s prices. Cost control was hence 
Idei’s top agenda. To cut costs, he shut down 15 of its 
manufacturing centres worldwide, leaving Sony with 
55 plants by 2003, a workforce reduction of 17 000 
workers, 22 and a greater reliance on contract manu-
facturers such as Flextronics and Solectron. Much of 
the production was moved overseas to low-cost coun-
tries such as China, and 12 of the company’s Japanese 
plants were placed under a rationalised structure to 
further  control costs.23  Sony’s  loss-making  low-cost 
electronics subsidiary, Aiwa, as well as the music and 
movies businesses, were restructured to reduce costs. 
Three  of  the  group’s  publicly  traded  subsidiaries  – 

Case 13 • Sony Corporation C-189
Sony Music Entertainment (Japan), Sony Chemicals 
and Sony Precision Technology – were brought back 
into the group as wholly owned units, strengthening 
the balance sheet to provide the financial muscle for 
the company’s digital foray. In 2003, Sony announced 
that it would restructure its loss-making music busi-
ness,  Sony  Music  Entertainment,  by  slashing  1000 
jobs,  trimming  its  roster  of  artists  and  combining 
back  office  operations  to  cut  costs.24  In  2003,  Idei 
also announced that Sony would organise itself more 
like an American company.25
Focusing on core strengths
CEO Idei knew that Sony’s core strength lay in its abil-
ity to innovate and come up with revolutionary prod-
ucts. Throughout the change process, this was a trait 
that had to remain unchanged. It was clear that Sony 
did not expect its next breakthrough to come from a 
single new electronic device.26 The focus had shifted 
from stand-alone devices to networked ones, and the 
onus  was  on  Sony’s  engineers  to  realise  the  digital 
dream.  Kunitake  Ando,  Sony’s  president  and  chief 
operating  officer,  also  vowed  that  despite  emphasis 
on network-based content and services, Sony would 
not lose its focus on hardware.27 Sony R&D labs were 
continuously  working  on  next-generation  wonders 
such as paper-thin TV displays, high-definition video 
projectors  that turned  entire  walls  into  film  screens 
and digital chopsticks – a digital pointer that allowed 
a user to freely move a file or an image from a screen 
and transfer it to another device, just like a chopstick. 
Sony was blurring the lines between these gadgets by 
blending their features.
Game for change
One  of  the  most  important  strategic  decisions  that 
Sony made in the mid-1990s was to enter the video 
game market. Norio Ohga envisioned the importance 
of  the  video  game  consoles  in  Sony’s  digital  strat-
egy, and the PlayStation was launched worldwide in 
1995.  Ken  Kutaragi,  an  engineer  atypical  to  Sony’s 
culture of internal cooperation, was the champion of 
the PlayStation, developing the new console with his 
team of engineers in a relatively independent manner 
from  the  rest  of  the  company.  Owing  to  the  domi-
nant  position  of  Sega  and  Nintendo  in  the  console 
market,  game  developers  were  initially  reluctant  to 
support Sony’s new format. But Sony pushed forward 
with the PlayStation, eventually convincing the devel-
opers of the system’s superior design and capabilities. 
By 2000, the PlayStation had dominated the market 
to  become  the  world’s  largest-selling  game  console, 
with a 70 per cent market share and 80 million units 
sold.28  This  was  followed  by  the  famous  launch  of 
the console’s new avatar, the PlayStation 2, in 2000 
– when eager customers tumbled over one another to 
obtain the first machines.29 The PlayStation 2 offered 
a  substantial  jump  in  performance  and  versatility, 
with  new  features  such  as  Emotion  Engine  and 
Graphics Synthesizer making possible more complex 
effects such as facial expressions and clothes flutter-
ing in the wind. Over 10 million units were sold in the 
first year, and by 2003, PlayStation 2 accounted for 
about half of Sony’s total profits and could be found 
in 50 million homes.30 By then, Sega had exited the 
console business altogether to concentrate on gaming 
software, while Nintendo still held on by launching 
its  GameCube  system.  However,  Sony’s unexpected 
new rival was none other than Microsoft, which had 
launched the X-Box, its own gaming console in 2001. 
Despite a  US$500 million marketing campaign, the 
X-Box had sold only 10 million units by 2003, being 
a far second in console market share.
Sony had a strong business case to support its foray 
into  the  game  business,  although  its  move was  met 
with  scepticism  in  1994.  Goldman  Sachs  predicted 
the global sales of games to be US$17.5 billion and 
consoles  to  be  US$8.7  billion  in  2002,  the  former 
equalling  the  total  box  office  revenues  of  the  film 
industry and catching up even with the sales of music 
CDs31 (see Exhibit 1). Sales of games were expected 
to overtake music CD sales in Europe by 2005.32 A 
survey also found that 60 per cent of Americans played 
video games, and 61 per cent of these game-buffs were 
adults; 43 per cent were women and their average age 
was 28, implying that this form of entertainment was 
now mainstream.33  Similar  trends  were  observed  in 
Europe and Japan too. All this was happening while 
music and film companies were losing money and the 
global  economy was facing  a  slowdown.  Due  to  its 
recession-proof  nature  and  lucrative  prospects,  the 
gaming industry was the next big frontier for many 
entertainment companies.

C-190 Case 13 • Sony Corporation
However, a presence in the game console market 
had far more strategic implications for Sony, and was 
indeed  an  important  part  of  its  future  digital  game 
plan. The first, and probably less important, reason 
was that the gaming industry was not yet as competi-
tive  as  the  consumer-electronics  industry  and  there 
was potential for high margins through product dif-
ferentiation and margins on gaming software. More 
importantly, Sony’s vision for the game console was 
that it could be the next entertainment hub in homes 
of the future, equipped with multimedia capabilities 
and connected to other devices with a broadband net-
work.  It  would  then  allow players  to  compete  with 
other gamers on the network, and would be a gate-
way  to  a  host  of  multimedia  services  and  content. 
The console was thus a centrepiece of Sony’s  vision 
of digital convergence and a new way to distribute its 
content.
The  PlayStation  2  was  already  equipped  with 
some multimedia and network capabilities, with even 
more network awareness expected in future models. 
These consoles were thus akin to Trojan Horses,34 a 
new breed of consumer electronics products, doubling 
up as a television, home computer, game console and 
video recorder. The entry of software giant Microsoft 
into the game console market was a testimony to the 
device’s unlimited potential. An analyst commented, 
‘Games are the engine of the next big wave of com-
puting. Kutaragi is the dance master, and Sony is call-
ing the shots.’35
Computers hold the key
Concerned that Silicon Valley was invading its turf, 
Sony decided to mount its own assault on the com-
puter  industry.36  Idei  was  aware  that  an  ability  to 
make  information  technology  products  was  crucial 
to survival in the new era of digital competition, with 
the computer as its centrepiece. Being new to the busi-
ness, Sony failed to capitalise upon its powerful brand 
in its early attempts to enter the PC market through 
the  high-margin  notebook-PC  segment.  Collabor-
ating  with  Intel  and  former  marketers  from  Apple 
Computer,  Sony  launched  its  VAIO  (Video-Audio 
Integration  Operation)  line  of  multimedia-capable 
notebooks in 1996. Initial adoption was slow, as the 
users found the price too steep given the notebook’s 
features. But Sony decided to learn from the experi-
ence, saying that it needed PC expertise more than it 
needed the profit.37 Idei commented, ‘If you are not 
making computers, you can’t keep up.’38 Undaunted 
by its initial  failures, Sony continued to improve its 
line of computers, add new features and slash produc-
tion costs, also launching the CLIÉ range of handheld 
computers  in  2000.  Sony’s  persistence  finally  paid 
off, and by 2002, it was the fastest-growing major PC 
maker in the world, ranking eighth in overall market 
share.  Its  CLIÉ  handheld  computers  commanded  a 
Exhibit 1  The growing market for games
Source: ‘Console wars’, The Economist, 20 June 2002.
* Includes games for consoles, PCs and handhelds. Source: Goldman Sachs; Screen Digest; IFPI; Merrill Lynch.
0
2000 2001 2002 2003
Games software*
Global Sales, $bn
Cinema box-office receipts
DVD/video
CDs
10
20
30
40

Case 13 • Sony Corporation C-191
22 per cent market share, second only to Palm.39 An 
analyst described Sony’s ascent in the PC market:
They’re  borrowing  from  several  of  the  success 
strategies in the PC business. They have a bit of the 
operational  excellence  of  Dell,  some  of  the  gaga 
design  of  Apple  and  some  of  the  total  solutions 
idea from IBM – only targeted at the home retail 
market.40
Sony’s  latest  computer  models  offered  seamless 
interconnectivity with its other digital devices. Mark 
Hanson, Sony’s vice president in charge of marketing 
the VAIO line, concluded:
Our original intent was to figure out how the PC 
could help consumer-electronics usage, and (then) 
bridge them. And the technology is there where we 
can do what many can’t. We’re now better able to 
show why we got into the PC business.41
Content with the current content
On the content side, Sony avoided any extravagance 
during the mergers and acquisitions boom in the media 
industry in the late 1990s, which resulted in under-
performing conglomerates such as AOL Time Warner 
and Vivendi Universal. One possible reason was that 
Sony  still  remembered  the  difficulties  it faced  when 
its acquisition of movie and music businesses was on 
the  verge  of  failure  and  almost  brought  the  whole 
company down. Sony had finally recovered through 
extensive cost-cutting efforts, but the promised syn-
ergies were not realised. Moreover, the rationale for 
the merger wave was the convergence of content and 
distribution. In its dream of digital convergence, how-
ever, Sony saw its own networked devices as the dis-
tribution  channels  for  its  content.  Hence,  in  a  way, 
Sony already had what these media giants were trying 
to achieve, avoiding the merger wave of the late 1990s 
(and the woes that it eventually brought to the merg-
ing conglomerates) and could instead focus on devel-
oping its next-generation gadgets.
Sony’s  main  weakness  in  the  content  business 
was its absence in the American TV networks arena, 
which  were  the  strongholds  of  its  competitors  such 
as  AOL Time  Warner, Viacom  and  Disney.  Being  a 
Japanese  company,  Sony  was  not  allowed to set  up 
broadcast  networks  in  the  US,  while  the  difficul-
ties resulting from its acquisitions prevented it from 
creating  cable  networks  in  the  early  1990s.42  Real-
ising  that  it  was  rather  late  to  start  cable  channels 
in  the  fiercely competitive US  market,  Sony tried to 
make up for it by investing in satellite broadcasting in 
Japan (through a partnership with Rupert Murdoch’s 
News Corp) and many other countries outside the US 
and Europe. By globalising production, Sony exploit-
ed a shift in demand in international markets, where 
American programming was gradually being replaced 
by  locally  produced  programs  in  the  prime-time 
slots.43  By 1999,  Sony  had  set  up  production  facili-
ties and TV channels in most of the big countries in 
Latin America and Asia, and was making 4000 hours 
of foreign-language programs, as compared to 1700 
hours of English-language programs.44 This strategy 
worked in favour of Sony. By 2003, many of its local 
channels were performing extremely well – for exam-
ple, the Sony Entertainment Channel in India, which 
consistently scored top viewer ratings in a country of 
1 billion viewers.
Sony’s disciplined approach in the media business 
had begun to pay dividends. As a result of  its cost-
focused  operations,  its  TV  series  production  busi-
ness was posting healthy returns in 2003,45 while its 
movies business was the most profitable one in Holly-
wood in 2002, thanks to blockbusters such as Spider-
man.46 Only the music business was a concern, due to 
falling sales and widespread piracy. As of 2003, strin-
gent  cost-cutting  measures  were  under  way  to  turn 
the division around.47
The promise of broadband
One point where Sony was in consensus with its com-
petitors – whether in the media industry or consumer 
electronics  or  information  technology  –  was  that 
broadband was the next big wave making digital con-
vergence possible. And, like many of its competitors, 
Sony staked its future on broadband. This was also 
Sony’s chance to justify its costly acquisitions of con-
tent businesses a decade ago, by pushing its content 
to consumers through  broadband devices. Kunitake 
Ando said:
The  concept  that  consumer  electronics  devices 
can access all sorts of content while connected to 
a network is the biggest trend, and as broadband 

C-192 Case 13 • Sony Corporation
rolls  out and  becomes  more commonly  available 
–  which  will  happen  by  2005  –  companies  have 
to make  it happen  by introducing  more types  of 
products.48
Broadband  networks  were  next-generation  net-
works providing high-speed, high-bandwidth, access 
to  the  Internet,  hence  enabling  the  seamless  trans-
fer  of  multimedia-rich  content.  Thus,  broadband 
was  the  main  thread  running  through  the  trellis  of 
Sony’s  future  vision  of  connected  devices  with  rich 
content  flowing through  them.  Broadband  was  also 
the  technological  prerequisite  to  such  concepts  as  
on-line  music  and  movie  distribution,  multi-player 
gaming and other interactive services. Kunitake Ando 
believed  that  in  2002,  Sony  was  better  positioned 
than  any  other  company  to  make  the  transition  to 
the broadband world.49 Its seasoned executives knew 
how to design consumer products that were both sexy 
and  functional;  it  had  a  proven  global  distribution 
system and was in constant touch with consumers; it 
had a deep understanding of both networking techno-
logy and successful information technology products. 
Ando  also  believed  that  Sony  had  finally found  the 
synergy between the hardware and the content sides 
of its business, a point where the other convergence-
seeking conglomerates were struggling.50
Strategic alliances
Sony believed that in the future world of networked 
entertainment,  size  mattered.  Although  it  avoided 
jumping on the merger bandwagon, it saw alliances 
as a valuable means of growth. The development of 
the  PlayStation  itself  was  aided  by  alliances  forged 
between  hardware  designers  and  creative  game-
software developers; so were other innovations such 
as  the  compact  disc,  a  result  of  an  alliance  with 
Philips.  Nobuyuki  Idei  outlined  the  importance  of 
alliances to Sony:
We also recognize that the broadband era requires 
more  resources  than  the  Sony  Group  alone  has. 
This is why we began several years ago to promote 
‘soft  alliances’  with  partners  sharing  the  same 
vision. Many companies have expressed an interest 
in  these soft alliances. I believe that this  kind of 
cooperation  with  partners  having  outstanding 
technology, content, telecommunication networks 
and other key resources is essential.51
He  also  revealed  that  Sony  was  more  interested  in 
forging  ‘soft  alliances’  than  the  riskier  strategies  of 
mergers and acquisitions:
The  opposite  of  soft  alliances  is  hard  alliances, 
which  include  mergers  and  acquisitions.  Since 
purchasing  the  Music  and  Pictures  businesses, 
more  than  ten  years  have  passed,  and  we  have 
experienced  many  cultural  differences  between 
hardware manufacturing and content businesses. 
This experience has taught us that in certain areas 
where hard alliances would have taken ten years 
to  succeed,  soft  alliances  can  be  created  more 
easily. Another  advantage  of soft  alliances  is the 
ability  to form  partnerships with  many  different 
companies.  We  aim  to  provide  an  open  and 
easy-to-access  environment  where  anybody  can 
participate  and we  are willing to  cooperate with 
companies  that  share  our  vision.  Soft  alliances 
offer many possibilities.52
Mobile phones were an integral element of Sony’s 
network strategy. But Sony had never really been suc-
cessful in capturing any substantial market share in 
the industry. To quickly overcome this shortcoming, 
Sony pooled resources with the Swedish phone maker, 
Ericsson,  to  launch  a  joint  venture  –  Sony Ericsson 
Mobile Communications (SEMC) in October 2001.
Ericsson was a major player in the mobile phone 
business, and had introduced several technical inno-
vations over the years. But it had witnessed its mar-
ket  share  fall  against  its  arch-rival  –  Finland-based 
Nokia.  Kunitake  Ando  summarised  the  motives  of 
the alliance:
As one of the originators of GSM, a transmission 
standard, Ericsson is known as a company with a 
high level of vanguard technology and is the best 
in the world when it comes to the technology used 
for  mobile  communication  base  stations.  Sony’s 
strength lies in its ability to create new products, 
particularly  in  the  crucial  product-planning 
and  design  stages.  By  uniting  this  strength  with 
Ericsson’s  excellent  telecommunications  tech-
nology  and  ability  to  set  standards,  SEMC  is 

Case 13 • Sony Corporation C-193
seeking to become a global market leader in mobile 
phones.53
Although  Sony Ericsson  was  still  making  losses 
as of 2003, Sony and Ericsson had both pledged more 
resources  into  the  venture.  Its  phones  were  highly 
regarded by technology enthusiasts and the youth for 
their  advanced  and  user-friendly  features,  and  the 
company predicted that its next-generation handsets 
could finally turn things around.54
Other  alliances  included  PressPlay,  an  on-line 
music  distribution  site  launched  by  Sony  Music  in 
partnership with Universal Music Group in 2001, and 
Sony’s alliance with Palm Corporation to use its oper-
ating system for the CLIÉ handheld. Sony planned to 
use the open-source Linux operating system for many 
of  its  other  devices,  including  the  CoCoon  set-top 
box.
These  alliances  provided  Sony  an  alternative  to 
Microsoft products, and thus helped to keep its licens-
ing costs down. Although Sony waited for broadband 
infrastructure to be widely available in order to realise 
the  hidden potential for its game consoles, it never-
theless struck another alliance with America Online 
(AOL) in 2001. The deal gave the PlayStation 2 users 
access to the web, email and other services operated 
by AOL, the world’s largest Internet service provider 
with  29  million  subscribers  at  the  time.55  A  special 
Internet  browser  was  also  developed  for  the  pur-
pose,  and  Sony designed  additional  equipment such 
as hard disk drives, mouse and keyboard to connect 
to  the  console.  This,  according  to  Sony,  was  just  a 
glimpse  of  things  to come in  the  broadband  world, 
and was ‘an important first step taking PlayStation 2 
into the online and broadband environment’, accord-
ing to Kaz Hirai, president of Sony Computer Enter-
tainment.56 Sony was also partnering with IBM and 
Toshiba  to  develop  the  next-generation  cell  micro-
processor technology, an extremely fast and network-
capable  multipurpose  chip  that  would  be  the  heart 
of future Sony devices, including the PlayStation 3.57 
Other alliances included a consortium of nine com-
panies – including Sony, Philips, Samsung, Sharp and 
Thomson – pushing for the adoption of their Blu-Ray 
DVD recording standard over a rival standard from 
NEC and Toshiba.58
At the crossroads: Sony in 
2002
The year 2002 was a crucial one in the history of Sony. 
It was believed that the broadband revolution was just 
about to take place and that the world could finally 
witness the company’s vision taking shape. The rise 
of China as a manufacturing powerhouse was having 
important  implications  for  manufacturing-based 
companies  such  as  Sony,  while  Korean  competitors 
such  as  Samsung  and  LG  were  fiercely  challenging 
Sony’s  innovations  in  consumer  electronics  with 
low-priced  products.  Growing  digital  piracy  was 
fast eroding the profits of music- and movie-making 
companies.  Finally,  a  global  economic  slowdown, 
apprehensions  of  terrorist  attacks  and  an  unstable 
geopolitical landscape were set to test Sony’s resilience 
as a global corporation.
Sony’s organisation
As a result of Nobuyuki Idei’s restructuring efforts, 
the  structure  of  Sony  Corporation  in  2002  was 
designed  with  cost-effectiveness  in  mind.  The  com-
pany  was  broadly  divided  into  six  business  areas, 
each further divided into smaller business units (see 
Exhibit 2).59 
1  Electronics Businesses consisted of audio, video, 
televisions, information and communications, 
semiconductors, components and other 
businesses.
2  Game Businesses consisted of game console and 
software businesses conducted mainly through 
Sony Computer Entertainment Inc.
3  Music Businesses consisted of Sony Music 
Entertainment Inc. (SMEI) and Sony Music 
Entertainment (Japan) Inc. (SMEJ).
4  Pictures Businesses consisted of motion picture 
and television businesses, conducted mainly 
through Sony Pictures Entertainment Inc. (SPE).
5  Financial Services Business consisted of Sony Life 
Insurance Co. Ltd, Sony Assurance Inc., Sony 
Financial International Inc. and Sony Bank Inc.
6  Other Businesses consisted of location-based 
entertainment businesses, Internet-related 
businesses (So-net), conducted by Sony 
Communication Network Corporation, 
advertising agency business and other businesses.

C-194 Case 13 • Sony Corporation
Sony’s performance in 2002
In  2000,  Sony  had  reported  losses  of  US$354  mil-
lion  in  one  six-month  period  –  shaking  investors’ 
confidence  in  its  broadband  vision.  Nobuyuki  Idei 
declared that grand talk of the long-term future could 
wait until Sony showed a better command of the pres-
ent.60 Idei then embarked on a bold restructuring ini-
tiative to cut costs in the electronics and content busi-
nesses. As a result, Sony posted an all-time-high net 
sales  figure  for  2001  of US$53 billion  –  3  per  cent 
above  the  previous  year.  But  the  operating  income 
of US$1.01 billion – 40 per cent below the previous 
year’s income – highlighted Sony’s eroding margins. 
Vindicating Sony’s foray into the game business, the 
game  division  strongly  boosted  Sony’s bottom  line, 
generating 53 per cent of the total operating income, 
despite comprising just 12 per cent of total sales (see 
Exhibit 3). Sales of the PlayStation 2, in the second 
year  since its launch,  had risen by 52 per cent. The 
profitability  of  the  game  business  was  safeguarded 
by a significant drop in manufacturing costs and an 
increase in the gross margins on software. Around 18 
million PlayStation 2 consoles and 122 million cop-
ies of game software were sold. The game division’s 
performance hence more than offset the losses made 
in the electronics business, which had suffered a 3 per 
cent decrease in sales due to a slump in global demand 
for semiconductors and components, reduced sales of 
consumer electronics, and losses made in the mobile 
phone  business  due  to  quality  issues.  Sony’s  VAIO 
computers, though, gained global market share faster 
than any other computer brand. Despite contraction 
of  the  global  music  industry,  an  increase  in  digital 
piracy and terrorist attacks in the US, increased sales 
in Japan contributed to sales growth of 5 per cent in 
the  music  business,  but  a  decrease  of  2  per  cent  in 
operating income.
The  pictures  business  recorded  a  15  per  cent 
increase in sales and a more than seven-fold increase 
in operating income, due to some blockbusters, strong 
DVD  sales,  successful  game  shows  and  structural 
reforms. The financial services business recorded a 7 
per cent increase in revenue and a 27 per cent increase 
in  operating  income,  as  Sony  grew  its  presence  in 
the  financial  industry.  The  other  business  segments 
recorded  a  6  per  cent  decrease  in  sales  and  overall 
losses due to losses in advertising business, location-
based entertainment businesses in Japan and the US, 
and at Sony Communication Networks Corporation 
(SCN).  (Appendix  A  shows  Sony’s  group  financial 
results by business segments.)
Exhibit 2   Sony’s organisational units in 2002
Source: Sony Corporation Annual Report 2002.
Games
Music
Pictures
Financial Services
Others
Electronics Audio, Video, Televisions, Information and Communications,
Semiconductors, Components, Other Businesses
Sony Computer Entertainment Inc.
(Playstation and associated software)
Sony Music Entertainment Inc.
Sony Music Entertainment (Japan) Inc.
Sony Pictures Entertainment Inc.
Columbia Tristar Television
Sony Life Assurance Co. Ltd., Sony Assurance Inc.,
Sony Finance International, Sony Bank
Sony Communication Network Corporation (So-net), advertising
and location-based entertainment

Case 13 • Sony Corporation C-195
‘Do you dream in Sony?’: 
Sony’s dream of the future
Nobuyuki  Idei  came  out  with  the  tagline  Do  you 
dream  in  Sony?  to  spur  innovation  inside  the  com-
pany and to prepare consumers  for things  to come. 
Sony  strongly  believed  that  its  clout  in  consumer 
electronics, combined with its media content, would 
allow  it  to  steer  digital  convergence  in  its  favour.61 
With  its  portfolio  of  1000  digitised  films,  33 000 
hours  of TV  programming and more than 500 000 
hours of songs, Sony was eagerly awaiting this con-
vergence, so that it could provide all this content to 
the consumers.62
If everything in the future went Sony’s way, the 
consumers could see a whole new world of rich con-
tent  delivered  anytime,  anywhere  through  broad-
band networks on a spectrum of devices that would 
be  hybrids  of  computers  and  consumer  electronics. 
Sony  identified  four  categories  of  gateway  products 
that  would  help  it  to  implement  its  future  strategy. 
The first would be an intelligent set-top box, called 
CoCoon, which could learn its users’ preferences and 
could record TV programs of their taste. The CoCoon 
would be connected to the DVD player, the TV and, 
of  course,  the  Internet.  Another  gateway  product 
would be the PlayStation 3, which, apart from being 
1000 times faster than its predecessor, would support 
movie-like  multi-player  network  games  and  could 
also be used to surf the multimedia-rich  Internet in 
3-D.  It  would  also  simultaneously  handle  various 
tasks – for example, recording a TV show while play-
ing a game. Next-generation VAIO notebooks, CLIÉ 
handhelds and Airboard portable wireless TV/Inter-
net  display  devices  would  serve  as  the  third  gate-
way  device,  equipped  with  intelligent  software  to 
learn their user’s preferences and communicate them 
to  other  Sony  devices  through  RoomLink  wireless 
links. The mobile phone, the fourth gateway device, 
would  be  equipped  with  cameras  and  also  work  in 
synch  with  other  devices  through  the  Bluetooth 
technology.  All  these  gizmos,  including  digital  still 
and movie cameras, would be connected to  a home 
server device, which would be based on the modular 
cell microprocessor technology, and would store and 
coordinate all the information in these devices. Each 
device  would  eventually  have  a  certain  number  of 
cells, whose computing power could be harnessed by 
other devices on the network, should the need arise.
Sony also planned to make personal robots that 
would evolve from their current pet status of Aibos 
to become intelligent, humanoid-shaped companions. 
They  would  again  communicate  with  all  the  other 
devices, and also help  their master  manage  his per-
sonal information by remembering appointments, etc. 
Toshitada Doi, head of Sony’s Digital Creatures Lab-
oratory, believed  that the personal  robots  would be 
Exhibit 3   PlayStation’s contribution to Sony’s income
*  Year ending 31 March 2002.  Source: ‘The complete home entertainer?’, The Economist, 27 February 2003.
†  Calculated as if operating loss in electronics segment were zero.
Winning games
Share by business sector*
Sales and operating
revenue, %
Operating
income†, %
64
814
53
13
20
8
8
12
Electronics
Games
Music
Pictures
Other

C-196 Case 13 • Sony Corporation
Sony’s most profitable line of products and the robot 
industry would one day be ‘bigger than the computer 
industry’.63 He said, ‘PCs will continue to grow, but 
robots  will  grow  faster.  When  this  will  happen,  I 
don’t know – maybe 30 years. But maybe ten years to 
15 years.’64 Kunitake Ando also expressed optimism 
about the future of robots:
We are hoping that robots will create a new type 
of industry.  Initially, it will be  for entertainment 
and  for  giving  comfort,  but  we  think  there  is  a 
long-term  future  for  robots,  and  we  are  adding 
new technology to our robots so they will quickly 
become more intelligent and more  useful  in day-
to-day life.65
Difficult road ahead: Sony’s 
future challenges
Sony’s future vision sounded very exciting, but many 
real hurdles lay ahead.
All for one
The  biggest  internal  challenge  that  Sony  faced  in 
achieving  its  digital  convergence  ambitions  was  to 
achieve  seamless  cooperation  between  its  various 
subsidiary  companies  by  selling  the  network  vision 
internally. This was no easy task, given different sub-
sidiaries’ different expectations and goals.
Traditionally, despite attempts at discovering syn-
ergies, there had been little cooperation between the 
content  people  in  the  United  States  and  the  techni-
cal wizards in Japan. Even the product units used to 
work rather independently – the development of Play-
Station under Ken Kutaragi being the prime example. 
Kutaragi worked outside the company’s mainstream 
and  forged  his  own  alliances  with  various  parties. 
PlayStation was highly successful, but Sony wondered 
if it could enjoy similar luxuries of independence in 
the networked future. It also wondered if innovation 
could still be maintained by compromising upon this 
independence.
To  counter  the  low-cost  imitators  of  its  main-
stream  products  that  threatened  its  profits,  Sony 
had  decided  to  keep  at  the  forefront  of  innovation. 
Now that Sony was making innovative interconnect-
ed digital multimedia products, the content business, 
already plagued by piracy, was even more concerned 
about  the  implications  of  these  new  devices  for  its 
copyrighted content. As a producer  of both content 
and devices, this was a dilemma for Sony that many 
other  competitors  did  not  have to  worry  about.  As 
a result, competitors were already making many de-
vices that Sony ought to have made.66 Sony had, on 
the other hand, equipped its MP3 players with unpop-
ular anti-piracy software, greatly affecting their mar-
ket acceptance..67
Nobuyuki  Idei  was  working  actively  to  achieve 
organisational integration. In 2002, he started an ini-
tiative called NACSS (Network Application and Con-
tent Service Sector), an effort aimed at bridging the 
hardware and content businesses. Masayuki Nozoe, 
a veteran with experience in both consumer electron-
ics and movie groups, was appointed to head the ini-
tiative.
Extensive reorganisation was done to change the 
organisational mind-set. Such efforts showed promis-
ing results, and by 2003, Sony had witnessed a dra-
matic increase in internal cooperation. When develop-
ing new games, Sony’s developers now kept in mind 
not only the PlayStation, but also the CLIÉ and Sony 
Ericsson phones. The Walkman was integrated with 
VAIO  PCs  and  Sony’s  on-line  music  service,  Press-
Play. Engineers always kept the network in mind while 
designing new devices. There was also increased coop-
eration between the hardware and content managers 
through emails and videoconferences. Nobuyuki Idei 
was satisfied by the developments:
It took almost two years for everyone to grasp the 
network  concept  and  go  in  the  same  direction. 
Now we’re all going the same way. The horizontal 
and vertical are more balanced.68
Howard Stringer, CEO of Sony USA, said:
The company was built in a vertical silo fashion, 
to cultivate  the independence  that was  prized by 
Mr.  Morita.  At  the  end  of  the  analog  age,  the 
operating companies actually didn’t get along well. 
Now everybody in every aspect of the company is 
talking  to  each  other.  If  you  keep  talking  about 
networks,  you have to  practice good networking 
in your own company.69

Case 13 • Sony Corporation C-197
Idei  had managed  to  persuade  even Kutaragi  to 
be  a  team  player  and  cooperate  more  closely  with 
everyone, by giving him greater responsibility. About 
Kutaragi, Idei said, ‘He’s kind of a symbol for Sony, 
how the rule breaker can survive with the rule maker. 
And  now,  the  rule  breaker  has  become  the  rule 
maker.’70
The standards war
Being a consumer electronics company, Sony was well 
aware of the importance of standards – having learned 
its lesson early when its Beta video format had lost a 
fiercely fought battle against Matsushita’s  VHS  for-
mat. But Sony had won more standards battles than 
it had lost,  the  compact  disc  being  one  of  them.  In 
the age of digital convergence, it could be a winner-
takes-all  situation  in  a  standards  war.  The  number 
of companies, including Sony, fighting it out over the 
new DVD recording standard was a testimony to the 
high  stakes  involved  in  modern  standards  battles.71 
Evidently,  the  age  of  convergence  was  expected  to 
bring with it the fiercest standards battles ever, with 
rival players such as Microsoft, Samsung, Nokia, Sun 
Microsystems,  etc.,  all  pushing  their  own  formats 
and protocols  for market dominance. Sony’s broad-
band dream could only be a reality if its own stan-
dards prevailed. Joining  alliances for joint standard 
specification was a good risk-mitigation strategy.
Competition in the 21st century
Sony  had  traditionally  competed  with  a  somewhat 
stable set of rivals – the likes of Philips, Matsushita, 
Toshiba  and  Samsung.  Competitive  issues  the  com-
pany usually faced were important but less complex, 
such  as  cheap  producers  of  commodity  electronics 
eroding Sony’s margins. But thanks to the age of con-
vergence, Sony had suddenly found itself up against 
an  overwhelming  set  of  adversaries,  including,  but 
not limited to, computer makers such as HP and IBM, 
PC  makers  such  as  Dell,  Apple  and  Palm,  network 
equipment makers such as Cisco and 3Com, software 
makers such as Microsoft and Sun, media companies 
such  as  AOL  Time  Warner  and  Vivendi  Universal, 
game makers such as Nintendo, photographic equip-
ment  makers  such  as  Kodak  and  Fuji,  and  mobile 
phone  makers  such  as  Nokia  and  Motorola.  This 
complex, multi-dimensional competition was a bitter 
reality of the world of digital convergence, where the 
boundaries  between  traditional  industry  segments 
had  disappeared.  Sony  had  entered  the  terrains  of 
these companies in the media, computer, gaming and 
networking  markets,  and  had  also  witnessed  these 
very players enter Sony’s traditional fortes. Microsoft 
was now making game consoles, Apple was making 
personal digital stereos, 3Com was making network 
radios, and Nokia was making PDAs. And with most 
of its competitors nurturing grand broadband visions 
of their own and staking their future on them, Sony’s 
digital dream did not seem that unique.
The world of digital convergence also meant that 
one  company  could  not  do  everything  on  its  own, 
necessitating selective cooperation with its competi-
tors.  An  example  was  Sony’s  dependence  on  Intel 
for VAIO chips and Microsoft for its software. This 
trend was rather unfamiliar to Sony, which had been 
hitherto fiercely independent when it came to launch-
ing  new  consumer  electronics  products.  The  tradi-
tional  consumer  electronic  model  also  meant  com-
panies operating huge manufacturing plants on their 
own. But such plants now had to give way to third-
party contract manufacturers such as Flextronics and 
Solectron, so that the company could concentrate on 
swiftly  designing  innovative new products,  as  man-
ufacturing superiority and efficiency were no longer 
the  basis  of  competition.72  This  outsourcing  trend 
had significantly reduced the barriers to entry into the 
industry.
The scourge of piracy
The proliferation of the Internet and digital gadgets 
translated into easier piracy of digitised copyrighted 
content. In the 1970s, Sony, as a consumer electronics 
company, had fiercely fought in the Supreme Court – 
and won – for consumers’ right to make personal cop-
ies of content using its VCRs and tape recorders.73
Now,  being  one  of  the  world’s  biggest  owners 
of copyrighted  content itself,  Sony was in a strange 
dilemma. Its past attempts to design its devices to pre-
vent  copying  had  resulted  in  consumer  displeasure. 
Kunitake Ando thoughtfully rued, ‘When you have a 
problem like this, I really wish we were a simple hard-
ware company.’74
Meanwhile,  piracy  continued  unabated,  eating 
into  the  revenues  in  the  music  business.  Despite  an 

C-198 Case 13 • Sony Corporation
increase in demand, global music sales paradoxically 
fell by 9 per cent in 2002.75 Illegal copies and sales in 
countries such as Russia, China, Brazil and Ukraine 
were  estimated  to  cost  movie  and  music  companies 
US$7 billion a year.76
With  international  sales  fast  becoming  major 
revenue earners for US-based content producers, the 
piracy trend spelled doom to the industry. If this trend 
continued, many movie and music producers, includ-
ing Sony’s content divisions, could go out of business 
– leaving the digital convergence dreams unfulfilled. 
In 2003, Sony teamed up with AOL Time Warner and 
Viacom to form an association to urge the US govern-
ment to step up its anti-piracy measures.77
Technology adoption
The  most  interesting  part  of  Sony’s  digital  conver-
gence dream was that it was, after all, still a dream. 
Despite  elaborate  preparation  for  the  next  genera-
tion of networked entertainment, the networks them-
selves remained conspicuously missing from the pic-
ture. By mid-2003,  not  a  single  product  from  Sony 
had yet incorporated any of the features that Idei and 
Ando proudly proclaimed in their dreams. Sony had 
bet too much on broadband, but there were no elab-
orate  broadband  networks  in  place  to  realise  those 
dreams.
Although a technical reality for some years, the 
broadband networks had not caught  on at the pace 
that Sony would have liked. Even in the United States, 
the  traditional  trendsetter  in  network  technologies, 
broadband  was  slow  to  replace  the  slower  dial-
up  access  networks.  Japan,  however,  showed  faster 
adoption. By 2005, half of Japan’s households were 
expected to have a broadband connection, compared 
to  just  30  per  cent  of  American  households.78  The 
prices of such services were not helping either: cost-
ing US$50 per month in the US, compared to US$20 
per month in Japan.79 The situation was even worse in 
other parts of the world – many developing countries 
with high market potential had not even seen the first 
wave of the digital transformation. In 2002, about 30 
per cent of Sony’s Walkman sales were units that still 
used the traditional cassette tape for which the Walk-
man was first launched in 1979.80 A sceptical analyst 
wondered:
This  is  the  first  time  in  Sony’s  history  that  they 
are  producing  products  that  are  ahead  of  the 
infrastructure’s  ability  to  use  them.  When  they 
came  out  with  the  first  transistor  radios  and 
Trinitron  TVs,  the  broadcasters  were  already 
there.  When  they  came  out  with  the  Walkman, 
everyone  was  already  using  cassettes.  There’s  a 
huge question mark about broadband networks.81
Sony,  having  no  relationships  with  telecom  and 
infrastructure companies, could only wait – but not 
forever. An analyst commented:
Even though it’s a chicken-and-egg situation, you 
have  to  have  the  vision  and  drive  toward  it.  A 
small or even medium-sized company can’t afford 
to make that bet. Sony has some insulation from 
risk.  The  company  has  revenues  from  so  many 
other  spaces  and  products  that  it  can  fill  in  the 
profit gaps even in the short term.82
Even if broadband networks became mainstream, 
the  consumers’  acceptance  of  Sony’s  convergence 
products could not be taken for granted. Sony’s first 
attempt at an Internet appliance,  the eVilla, a desk-
top  web-browsing  device,  had  miserably  failed  in 
2001.83 Sales of the Airboard, the network Walkman 
and third-generation (3G) phones had also been omi-
nously discouraging.
Defining the redefined ‘Sony’
Sony still faced the daunting task of selling its broad-
band vision and new identity to the customers. Sony 
had to shed the consumer electronics company image 
and explain to users what its new products actually 
did. In addition, Sony’s shareholders and employees 
had to be part of Sony’s grand vision. Sony had indeed 
done quite a lot in the past to successfully change its 
image from a pure consumer electronics company to 
a total entertainment company, later adding informa-
tion technology products to its portfolio. Nobuyuki 
Idei described Sony’s public image in the broadband 

Case 13 • Sony Corporation C-199
era as a ‘Global Media and Technology Company’.84 
According to Sony:
In essence,  Sony,  the  box manufacturer, is being 
replaced by a new Sony – a customer-centric entity 
centered  around  broadband  entertainment,  yet 
driven  by  the  venture  spirit  of  Sony’s  founding 
days.85
But the task of projecting an image of a player in 
the digital convergence industry was much more com-
plex, given that most people still did not understand 
what this convergence actually meant. A good exam-
ple of this point was the problem Sony faced in mar-
keting its otherwise highly innovative product – the 
Airboard, a combination of TV and PC with an LCD 
screen. Kunitake Ando revealed:
People  don’t  know  what  it  is,  whether  it’s  a  PC 
or a TV or something else. We try to explain the 
concept,  but  people  find  it difficult.  And  dealers 
don’t know how to sell it. In the meantime Sharp’s 
Aquos,  a  simple  LCD  TV,  sells  so  well.  But 
Airboard is so much more than Aquos!86
He went on to explain:
The biggest hurdle is actually the dealers who may 
not be sure how or even where to sell devices. Do 
you  put  something  like  the  Airboard  with  TVs 
or with  PCs? We have faced  this  problem in  the 
past, and we have managed to educate them. What 
we  don’t  want  to  do  is  make  it  too  hard  on  the 
consumer to use the device. We have even created 
a user-friendly committee within the company to 
make sure that we don’t run into that problem.87
But one thing that Sony did not want to do was 
give up. Dreams were an  integral  part  of Sony, and 
fervently following them, despite failures, was part of 
Sony’s culture. Kenichi Ohmae, a management guru, 
pointed out that Sony ‘has failed in the past with its 
Beta video format and its purchase of Columbia Pic-
tures. But it has repeatedly displayed the dynamism 
to  bounce  back.’88  Kunitake  Ando  emphasised  his 
company’s determination: ‘We don’t want to go back 
to being a box company. If we lose our dreams it’s not 
Sony at all.’89

C-200 Case 13 • Sony Corporation
Appendix A
Table A1   Sony’s consolidated income statement (for the year ended 31 March 2002)
Consolidated Statements of Income
Sony Corporation and Consolidated Subsidiaries – Year ended 31 March
Yen in millions
Dollars in 
millions
2000  2001  2002  2002
Sales and operating revenue:
Net sales ¥6 238 401 ¥6 829 003 ¥7 058 755 $53 073
Financial service revenue 412 988 447 147 483 313 3 634
Other operating revenue 35 272 38 674 36 190 272
6 686 661 7 314 824 7 578 258 56 979
Costs and expenses:
Cost of sales 4 596 086 5 046 694 5 239 592 39 396
Selling, general and administrative 1 478 692 1 613 069 1 742 856 13 104
Financial service expenses 389 679 429 715 461 179 3 468
6 463 457 7 089 478 7 443 627 55 967
Operating income    223 204    225 346    134 631   1 012
Other income:
Interest and dividends 17 700 18 541 16 021 120
Royalty income 21 704 29 302 33 512 252
Foreign exchange gain, net 27 466 – – –
Gain sales of securities investments and 
other, net 28 099 41 709 1 398 11
Gain on insurances of stock by equity 
investees 727 18 030 503 4
Other 50 603 60 073 44 894 337
146 299 167 654 96 328 724
Other expenses:
Interest 42 030 43 015 36 436 274
Loss on devaluation of securities 
investments 2 015 4 230 18 458 139
Foreign exchange loss, net  – 15 660 31 736 239
Other 61 148 64 227 51 554 386
105 193 127 132 138 184 1 038
Income before income taxes 264 310 265 868   92 775    698

Case 13 • Sony Corporation C-201
Table A1   Sony’s consolidated income statement (for the year ended 31 March 2002) (continued)
Sales and Operating Revenue by Business Segment
Yen in millions
Dollars in 
millions
2000  2001  2002  2002
Current ¥120 803 ¥121 113 ¥114 930 $864
Deferred (26 159) (5 579) (49 719) (374)
  94 644 115 534   65 211  490
Income before minority interest, equity 
in net losses of affiliated companies and 
cumulative effect of accounting changes 169 666 150 334 27 564 208
Minority interest in income (loss) of 
consolidated subsidiaries 10 001 (15 348) (16 240) (121)
Equity in net losses of affiliated companies 37 830 44 455 34 472 259
Income before cumulative effect of 
accounting changes 121 835 121 227   9 332   70
Cumulative effect of accounting changes 
(2001: Including ¥491 million income tax 
expense 2002: Net of income taxes of 
¥2,975 million) – (104 473)   5 978   45
Net income  121 835 16 754 15 310 115
Electronics –
Customers 4 397 202 4 999 428 4 793 039 36 038
Intersegment    273 800    473 966    517 407   3 890
Total  4 671 002 5 473 394 5 310 446 39 928
Game –
Customers 630 662 646 147 986 529 7 418
Intersegment 24 074 14 769 17 185 129
Total  654 736 660 916 1 003 714 7 547
Music –
Customers  665 047 571 003 588 191 4 422
Intersegment  41 837 41 110 54 649 411
Total  706 884 612 113 642 840 4 833
Pictures –
Customers  494 332 555 227 635 841 4 781
Intersegment  394 0 0 0
Total 494 726 555 227 635 841 4 781
Financial Services –
Customers 412 988 447 147 483 313 3 634
Intersegment 25 774 31 677 28 932 218
Total 438 762 478 824 512 245 3 852
Other –
Customers 86 430 95 872 91 345 686
Intersegment 55&7132 60 526 55 042 414
Total 141 562 156 398 146 387 1 100
Elimination –  (421 011) (622 048) (673 215) (5 062)
Consolidated total  ¥6 686 661  ¥7 7314 824  ¥7 578 258  $56 979
Note: Electronics intersegment amounts primarily consist of transactions with the game business. Music intersegment amounts primarily consist of transactions with 
game and pictures businesses. Other intersegment amounts primarily consist of transactions with the electronics business.

C-202 Case 13 • Sony Corporation
Table A2   Sony’s segment-wise sales information (for the year ended 31 March 2002)
Electronics Sales and Operating Revenue to Customers by Product Category
Yen in millions Dollars in millions
Year ended 31March  Y
ear ended 31 March
2000  2001  2002  2002
Audio  ¥733 431  ¥756 393  ¥747 469  $5 620
16.7%  15.1%  15.6%
Video 665 429 791 465 806 401 6.063
15.1%  15.8%  16.8%
Televisions  636 213 703 698 747 877  5 623
14.5%  14.1%  15.6%
Information and communications 1 031 661 1 322 818 1 227 685 9 231
23.5%  26.5%  25.6%
Semiconductors 164 196 237 668 182 276 1 371
3.7%  4.7%  3.8%
Components 568 387 612 520 572 465 4 304
12.9%  12.3%  12.0%
Other  597 885 574 866 508 866 3 826
13.6%  11.5%  10.6%
T
otal  ¥4 397 202 ¥4 999 428 ¥4 793 039 $36 038
Note: The above table is a breakdown of electronics sales and operating revenue to customers by product category. The electronics business is managed as a single 
operating segment by Sony’s management. However, Sony believes that the information in this table is useful to investors in understanding the sales contributions of the 
products in the business segment. In addition, commencing with the first quarter ended 30 June 2001. Sony has partly resigned its product category configuration in the 
electronics business. In accordance with this change, results of the previous years have been reclassified to conform to the presentation for the year ended 31 March 
2002. Sales of mobile phones are no longer recorded in the ‘Information and Communications’ category as of the third quarter of the current fiscal year. From the third 
quarter, sales of mobile phones manufactured by Sony Ericsson Mobile Communications are recorded in the ‘Other’ product category.
Table A3   Sony’s profit or loss by business segment (for the year ended 31 March 2002)
Profit or Loss by Business Segment
Yen in millions  Dollars in millions
Year ended 31 March Y
ear ended 31 March
2000 2001 2002 2002
Operating income (loss):
Electronics ¥98 573 ¥247 083 ¥(8 237) $(62)
Game 76 935 (51 118) 82 915 623
Music 28 293 20 502 20 175 152
Pictures 35 920 4 315 31 266 235
Financial Services 23 309  17 432 22 134 166
Other  (9 648)  (9 374)  (8 584)  (64)
Total  253 204 228 840 139 669 1 050
Elimination  10 520 13 503 16 207 122
Unallocated amounts:
Corporate expenses  (40 698)   (16 997) 
 (21 245)  (160)
Consolidated operating income  223 204 225 346 134 631 1 012
Other income  146 299 167 654 96 328 724
Other expenses  (105 193)  (127 132)  (138 184)  (1 038)
Consolidated income before 
income taxes  ¥264 310  ¥265 868  ¥92 775  $698

Case 13 • Sony Corporation C-203
Table A4   Sony’s profit or loss by geographic segment (for the year ended 31 March 2002)
Sales and Operating Revenue by Geographic Segment
Yen in millions  Dollars in millions
Year ended 31 March Y
ear ended 31 March
2000  2001  2002  2002
Japan  ¥2 121 249  ¥2 400 777  ¥2 248 115  $16 903
31.7%  32.8%  29.7%
United States  2 027 129  2 179 833  2 461 523  18 508
30.3%  29.8%  32.5%
Europe  1 470 447  1 473 789  1 609 111  12 098
22.0%  20.2%  21.2%
Other Areas  1 067 836  1 260 434  1 259 509  9 470
16.0%  17.2%  16.6%
Total  ¥6 686 661  ¥7 314 824  ¥7 578 258  $56 979
Note: Classification of geographic segment information shows sales and operating revenue recognised by location of customers.
Notes
  1   ‘The  world’s  100  most  valuable  brands’,  by  BusinessWeek/ 
Interbrand, www.finfacts.com/brands.htm.
  2   ‘The Sony Electronics corporate overview’, Sony Electronics News 
& Info, http://news.sel.sony.com/corporateinfo/overview.
  3   ‘Sony  becoming  a  sleeper  PC  giant’,  CNET  News.com, 
23 September 2003.
  4   ‘The founding prospectus of Tokyo Tsushin Kogyo’, by Masaru 
Ibuka,  May  1946,  www.sony.net/SonyInfo/CorporateInfo/
History/prospectus.html.
  5   ‘The Origin of “Sony” ’, www.sony.net/SonyInfo/CorporateInfo/
History/origin.html.
  6   Sony Corporation of America, ‘Sony history – Chapter 8’, www.
sony.net/Fun/SH/.
  7   Ibid.
  8 
  ‘Sony re-dreams its future’, Fortune, 25 November 2002. 
  9   ‘The Sony brand’, Sony Electronics News & Info, http://news.sel.sony.
com/corporateinfo/sony_brand/.
10   ‘The complete home entertainer?’, The Economist, 27 February 
2003.
11   ‘The Sony brand.’ 
12   Ibid.
13   ‘The world’s 100 most valuable brands.’
14   ‘The Sony brand.’ 
15   ‘Gadget wars’, The Economist, 8 March 2001.
16   ‘Boot up the television set’, The Economist, 26 June 1997.
17   ‘In their dreams’, The Economist, 24 February 2000.
18   ‘Sony’s new day’, Newsweek, 27 January 2003.
19   Ibid.
20   ‘Multimedia is the message’, The Economist, 11 March 1999.
21   ‘Boot up the television set.’
22   ‘Multimedia is the message.’
23   ‘The complete home entertainer? ’
24   ‘Sony reportedly ready to cut jobs’, MSNBC News, 20 February 
2003.
25   ‘The Complete Home Entertainer? ’
26   Ibid.
27   ‘Sony re-dreams its future.’
28   ‘In their dreams.’
29   ‘The gamers come out to play’, The Economist, 17 May 2001.
30   ‘The complete home entertainer? ’
31   ‘Console wars’, The Economist, 20 June 2002.
32   Ibid.
33   Ibid.
34   ‘The gamers come out to play.’
35   ‘Sony takes pioneering direction for video console’, The Seattle 
Times, 10 March 2003.
36   ‘Boot up the television set.’
37   Ibid.
38   Ibid.
39   ‘Sony becoming a sleeper PC giant.’
40   Ibid.
41   Ibid.
42   ‘The weakling kicks back’, The Economist, 1 July 1999.
43   Ibid.
44   Ibid.
45   ‘Sony’s push for cable series profits’, Electronic Media, 17 February 
2003.
46   ‘Spiderman lifts Sony’s profits’, BBC News, 28 July 2002.
47   ‘Sony reportedly ready to cut jobs.’
48   ‘Vision series: Kunitake Ando’, CNET News.com, 5 December 
2002.
49   ‘Sony re-dreams its future.’
50   Ibid.
51   Sony Corporation Annual Report 2002.
52   Ibid.
53   Ibid.
54   ‘The complete home entertainer? ’
55   ‘The gamers come out to play.’
56   Ibid.
57   ‘Sony takes pioneering direction for video console.’
58   ‘Battle of the blues’, The Economist, 12 December 2002.
59   Sony Corporation Annual Report 2002.

C-204 Case 13 • Sony Corporation
60   ‘The complete home entertainer? ’
61   Ibid.
62   ‘Sony re-dreams its future.’
63   ‘Sony’s new day.’
64   ‘Sony re-dreams its future.’
65   ‘Vision series: Kunitake Ando.’
66   ‘The complete home entertainer?.’
67   ‘Gadget wars.’
68   ‘Sony re-dreams its future.’
69   ‘Sony’s new day.’
70   Ibid.
71   ‘Battle  of  the  blues’;  ‘Shan’t play’, The Economist,  21 August 
1997.
72   ‘Gadget wars.’
73   ‘Sony’s new day.’
74   Ibid.
75   ‘The complete home entertainer? ’
76   ‘AOL, Sony, other companies form anti-piracy group’, The Detroit 
News, 14 March 2003.
77   Ibid.
78   ‘Sony re-dreams its future.’
79   Ibid.
80   ‘Sony’s new day.’
81   ‘Sony re-dreams its future.’
82   Ibid.
83   Ibid.
84   Sony Corporation Annual Report 2002.
85   ‘The Sony brand.’
86   ‘Sony re-dreams its future.’
87   ‘Vision series: Kunitake Ando.’
88   ‘Multimedia is the message.’
89   ‘Sony’s new day.’