SYMA MODEL AIRCRAFT ABCDEFGABCDEA Wifi-camera-1 User Manual 9 18

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Document ID	2965839
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Document Description	user manual page 8 to 16.pdf
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Document Type	User Manual
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Date Submitted	2016-04-21 00:00:00
Date Available	2016-04-22 00:00:00
Creation Date	2016-04-19 08:57:25
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Document Title	9-18,user manual.pdf
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Document Author:	joeliu1

Fine-tuning operation
Forward/Backward fine-tuning
When the quadcopter
keeps flying forward /
backward, you can correct
it by pressing fine-tuning
button down / up.
Sideward fly fine-tuning
When the quadcopter
keeps flying to left / right
side, you can correct it by
pressing the fine-tuning
button right / left.
Turn left/right fine-tuning
When the quadcopter
keeps rotating to left /
right, you can correct it
by pressing the finetuning button right / left.
Ready to fly your quadcopter
1.Press the ON/OFF
power switch up.
2. Open battery cover,
and connect battery
connector with dash
receiver.
3. Enclose battery into
the fuselage, after
closing battery cover,
turn on the switch on
the bottom of aircraft.
4.Push the throttle lever to the highest position,
and then pull it back to the lowest position.
There will be one clear sound from the transmitter,
this shows that the quadcopter has entered into
the pre-fly state.
-8-
Function introduction
1.Low-voltage protection:
If four indicator lights in the bottom of aircraft
start to twinkle, it means that the aircraft is
short of electricity and is not able to roll. At
that time, a return voyage shall immediately
be made to the aircraft.
2.Over-current protection:
In the condition of rotating aircraft’s fan blade,
when being crashed or stuck, aircraft’s circuit
will conduct over-current protection.
3.Horizontal correcting function:
Place the quadcopter on a horizontal postion,
then push transmitter both left and right lever
to lowest right conner for about 2-3 second ,
indicator on the quadcopter changed from
normal lights up to quickly flashing ;After 2-3
second ,the indicator changed to normal lights,
it means the quadcopter restarted /reset
successfully.
4.3D eversion:
When you are familiar with the basic operation,
you can do some awesome& exciting tricks and
stunts! First of all,fly the aircraft to a height of
more than 3 meters, press the 3D Eversion
switch on the rear right side of the transmitter,
then push the right rudder(in any direction)
to make 360 degree flip.
Tips:3D eversion goes better when battery
power is enough.
3m
5.Headless function:
1. Forward definition
1. Turn on power switch of remote control.
-9-
Front
Left
Right
Read
2. After aircraft connects with power supply, place
the switch in “ON” position, adjust the direction
pointed by aircraft’s handpiece and regard it as
the dead ahead in headless situation.
3. Push the accelerator’s push rod of remote
control to the highest point and pull back to the
lowest point.
When remote control pops, it indicates that
frequency modulation and forward definition
have already finished.
2. Switch to headless function and general function
1. After frequency modulation, the aircraft defaults
to general pattern. The indicator light on aircraft
is long bright state. After pressing down headless
function switch on the top left of master remote
controller for 2 seconds, remote control will give
out “DDD...”, it means that it enters into headless
state. After pressing for 2 seconds and hearing long “D”, it means that it
exits headless state.(In headless mode, four indicators on the aircraft
flicker slowly for once within four seconds)
2. In headless state, the operator has no need to
recognize the position of aircraft’s headpiece,
and he just needs to control the aircraft in
accordance with the direction of remote control’s
operating rod.
3. Correcting forward direction
1. When the aircraft is in the headless condition, if
there is any deviation in the fixed-head direction,
it is necessary to re-fix the right direction of the
aircraft and stir the accelerator and direction lever
to the bottom left side.
Long-time shining of indicator lights on the aircraft
after slow flashing for 3 seconds shows that
adjustment is completed.
-10-
ਊ䜘
Front
Front
Left
Right
Left
Right
Read
Read
Battery replacement and charging method
Steps of battery replacement:
1. Turn off aircraft’s
power supply,
and push the
switch to “OFF”.
2. Open aircraft’s
battery cover
backward.
3. Connect battery
interface with
dash receiver.
Steps of battery charge:
4. After battery
replacement,
fasten the
battery cover
again.
â­Ť
Ⓠ
ᓝ
2. Connect charger
to power supply
socket.
1. Connect battery
switch with charger.
Balanced charger:
1. Insert adapter’s DC outlet into import socket of balanced charger. Red light
of balanced charger will light on.
2. Insert three-position balanced plug of power battery to output end of charger.
Green light of balanced charger will light on. When green light extinguishes,
it means the end of battery charging.
(Charging time is less than 200 minutes)
Note: if power battery inserts into the charger, the light has no change. It
indicates that this battery is full energy. There is no need to recharge.
Charging time: about 200 minutes Flying time: about 7 minutes!
Cautions when charging:
1.When charging, please put this product on a dried or ventilated area and keep
it far away from heat source or explosive product.
2.When charging, please remove the batteries from the quadcopter. Then
charging process should be supervised by an adult so as not to cause an
accident.
3.When finish flying, please do not charge the battery if the surface temperature
is still not cool. Otherwise it may cause a swollen battery or even a fire hazard.
4.Please make sure that you use the original USB charging cable provided.
When the battery has been used for a long time, or appears to be swollen,
please replace them.
5.A battery when not in use for a long time will lose its charge automatically.
Charging or discharging too often may reduce the life of the battery.
-11-
WIFI install camera
Disassembly steps of camera:
1. Pull out power supply cable of the camera
as shown in Figure (1).
2. Press safe lock of lower main body forcibly
and pull back the camera simultaneously.
Installation steps of camera:
1. Push the camera in place as shown in
Figure (1).
2. Connect connecting line of camera with
power supply socket of fuselage’s camera
as shown in Figure (2).
Figure 1
Figure 2
Figure 1
Figure 2
Note: After turning on quadcopter’s power supply, it forbids to
insert or pull out the camera’s plug connecting to the aircraft.
Steps of fan blade’s installation/disassembly of aircraft
Steps of fan blade’s disassembly:
Figure (1)
Figure (2)
Figure (3)
Figure (4)
1. Rotate and back out fan blade cover in anti-clockwise direction as shown in
Figure (1) .
2. Rotate blade lockstitch for about 90° in the anti-clockwise as figure(2) till the
iron shaft point to the opening of blade lockstitch.
3. Get iron shaft out and pull blade lockstitch upward as figure (3) shows.
4. Pull out fan blade upward as shown in Figure (4).
Installation steps of fan blade:
Figure (1)
Figure (2)
Figure (3)
Figure (4)
1. Insert fan blade into principal axis pipe as shown in Figure (1).
2. Install the blade lockstitch inside the quill as figure (2) shows to ensure that
the gap of blade lockstitch aligns at the hole on the quill.
3. Install the iron shaft inside and rotate blade lockstitch for about ninety degrees
in the clockwise direction shown in figure (3).
4. Rotate and twist fan blade cover in clockwise direction as shown in Figure (4).
-12-
Maintenance procedure
Problems
Aircraft has
no response
Causes
Solutions
1. Aircraft enters into low-voltage
protection.
2. Electric quantity of remote control is
insufficient, power indicator light will
flicker.
3. Channel selection of remote control
is inconsistent with aircraft’s match
codes.
1. Charge the aircraft.
2. Change remote control’s battery.
3. Adjust channels of remote control
and aircraft, and make them become
consistent.
1.Change battery with better quality.
2. Change the place where has no
transmitting interference of the
same frequency.
Aircraft’s flying
response is
insensitive
1.The remote-control unit suffers low
battery or the quality of battery is
not good enough.
2. Remote control with the same
frequency is transmitting interference.
When hovering,
side flight is
formed
1. Have no horizontal correction.
1. Conduct horizontal correction, as
shown in p.9(3)(correcting function)
1. Head deflection is caused by
multiple collisions.
2.Long time usage of headless mode.
1. Define forward again, as shown in
p.9-10(5)(headless function)
In headless
state,
it deviates
to dead ahead
Spare parts
Here are alternative accessories. In order to provide convenience
for customer purchasing, every component are marked.
Accessoriescan be purchased from local dealer. Please specify
the color when purchasing.
X8W-01
Upper body
(White / Black)
;:
Lower body
(White / Black)
;:
Landing skids
(White / Black)
;:
Protecting frames
(White / Black)
;&:
Rotating blades
(White / Black)
;:
Reversing blades
(White / Black)
;:
Ornament part
(White / Black)
;:
Motor holder
(White / Black)
-13-
;:
;:
;:
;:
Cear
Motor A
Motor B
Main stand
;:
;:
;:
;:
Blade cover
Blade lockstitch
Base of Dash
Receiver
Battery cover
(White / Black)
;:
;:
;:
;:
Receiver board
Battery
A/B adaptor&
charge box
Lampshades
;:
WIFI Camera
(White / Black)
;:
Phone attaching
clamp
;&
Transmitter
;&
Iron shaft
Brerkdown&Dlagram
Blade lockstitch
WIFI camera
-14-













-15-

PP
PP
Maln parameter
PP
PP
Length of fuselage:500mm
Height of fuselage:190mm
Width of fuselage:500mm
Battery:7.4V 2000mAh
Code of main engine:132
-16-
FCC statement
Warning: Changes or modifications to this unit not expressly approved by the party
responsible for compliance could void the user’s authority to operate the equipment.
NOTE: This equipment has been tested and found to comply with
the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against
harmful interference in a residential installation. This equipment generates,
uses and can radiate radio frequency energy and, if not installed and used
in accordance with the instructions, may cause harmful interference to radio communications.
However, there is no guarantee that interference will not occur in a particular installation.
If this equipment does cause harmful interference to radio or television reception, which
can be determined by turning the equipment off and on, the user is encouraged to try to
correct the interference by one or more of the following measures:
Reorient or relocate the receiving antenna.
Increase the separation between the equipment and receiver.
Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
Consult the dealer or an experienced radio/TV technician for help.
“FCC RF Radiation Exposure Statement Caution: To maintain compliance with the FCC’
s RF exposure guidelines, place the product at least 20cm from nearby persons.”
“The device must not be co-located or operating in conjunction with any other antenna or transmitter.”
Two-dimension code
of Android system
Two-dimension code
of iphone IOS system
The company has the right of final interpretation
of this instruction manual statement.

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