FlightScope SS661 Doppler microwave sensor for golf ball launch/flight and golf club head trajectory measurement User Manual

FlightScope (Pty) Ltd Doppler microwave sensor for golf ball launch/flight and golf club head trajectory measurement

User Manual

Rhein Tech Laboratories, Inc. Client: EDH (South Africa) (Pty) Ltd 360 Herndon Parkway Model: FlightScope X1 Suite 1400 Standards: FCC 15.245/IC RSS-210 Herndon, VA 20170 FCC/IC ID: QXP-SS661/4612A-SS661 http://www.rheintech.com Report #: 2013032 Page 27 of 33 Appendix K: Manual Please refer to the following pages.
Doc No. E19-V9365- Issue 2 COPYRIGHT NOTICE: The information presented in this document may not be copied or reproduced in any form whatsoever without the prior written consent of EDH. EDH reserves all rights to the information published this document. Title of the information and any copies thereof shall remain the property of EDH. No proprietary, copyright, confidential, or other proprietary rights, legend or markings may be removed from any part of this document. 3D Golf Ball and Club Monitor
FlightScope X1 User Manual Copyright EDH 2007-2011 E19-V9365 Issue 2 Page i GENERAL AND SAFETY NOTICES Summary The following notices and general safety precautions must be observed during the operation, service and repair of this equipment. Failure to comply with these precautions or with warnings elsewhere in the manual violates standards of the design, manufacture and intended use of the equipment. EDH accepts no liability for failure to comply with these notices. Operation of the device in any country may require approval in accordance with local telecommunications and safety regulations. Sheltered and Clear Weather Use Only The equipment has been designed for sheltered or in clear weather use and must not be used outdoors under rainy conditions. FCC Statement Changes or modifications not expressly approved by EDH (South Africa) (Pty) Ltd could void the user's authority to operate the equipment. 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 an office or residential installation. This equipment generate, 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 other electronic equipment, which can be determined by turning this equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: Increase the separation between the equipment causing and experiencing the interference Install a radio frequency shield between the equipment causing and experiencing the interference Consult your dealer for help This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: This device may not cause harmful interference. This device must accept any interference received, including interference that may cause undesired operation.
FlightScope X1 User Manual E19-V9365 Issue 2 Copyright EDH 2007-2011 Page ii IC Statement This device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device. Déclaration IC Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts de licence. L'exploitation est autorisée aux deux conditions suivantes : (1) l'appareil ne doit pas produire de brouillage, et (2) l'utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre le fonctionnement.
FlightScope X1 User Manual Copyright EDH 2007-2011 E19-V9365 Issue 2 Page iii Table of Contents Introduction .............................................................................................. 1 Getting Started - Installation ...................................................................... 3 System Components ............................................................................... 3 Hooking up the cables ............................................................................... 4 USB Cable Connection ......................................................................... 4 Power Supply Connection .................................................................... 4 Placing the Sensor ..................................................................................... 5 Setting up the sensor ................................................................................. 6 Position .............................................................................................. 6 Ground Surface................................................................................... 6 Handle ............................................................................................... 6 Leveling the sensor ............................................................................. 6 Switching On and Off ............................................................................. 7 Switching On ...................................................................................... 7 Switching Off ...................................................................................... 7 Setup Wizard ......................................................................................... 9 Step-by-step procedure ....................................................................... 9 Spin Measurement ................................................................................... 12 Spin measurement methods ............................................................... 12 Spin Measurement ................................................................................... 13 Spin measurement methods ............................................................... 13 Marking and placing a ball for spin measurement ................................. 13 Spin measurement rule: .................................................................... 13 Sensor Status Indicators .......................................................................... 15 Battery Level ........................................ Error! Bookmark not defined. Sensor Status ................................................................................... 15 Tooltips ............................................................................................ 15 Club Type and Roll/Tilt indicator ......................................................... 15 Sensor Firmware Updating ....................................................................... 17
FlightScope X1 User Manual E19-V9365 Issue 2 Copyright EDH 2007-2011 Page iv Technical Capabilities ............................................................................... 21 Balls and Clubs ................................................................................. 21 Measurement zone ............................................................................ 21 Launch velocity ................................................................................. 21 Launch angles ................................................................................... 21 Carry and lateral distances ................................................................. 21 Trajectory height............................................................................... 21 Club head Speed ............................................................................... 21 Spin ................................................................................................. 21 Physical Characteristics ............................................................................ 22 Dimensions (approximate) ................................................................. 22 Mass (sensor) ................................................................................... 22 Environmental Specifications ..................................................................... 22 Ambient temperature: ....................................................................... 22 Ingress protection: ............................................................................ 22 Electrical Characteristics ........................................................................... 22 PC / Mobile Specifications ......................................................................... 23 PCs and Notebooks ........................................................................... 23 Electrical Power Requirements .................................................................. 23 Locations .......................................................................................... 23 Supply Voltage .................................................................................. 23 Earthing ........................................................................................... 23 Requirements for Outdoor Installations ...................................................... 23 Maintenance and Troubleshooting ............................................................. 25 Basic Care ........................................................................................... 25 Rear Panel LED Indicator .......................................................................... 27 Frequently Asked Questions (FAQ) ............................................................ 29 Index ..................................................................................................... 33
INTRODUCTION Congratulations on purchasing FlightScope®, the world’s first-ever 3D Doppler tracking system for golf. FlightScope measures how a player hits golf balls, providing information about the player and the equipment (clubs and balls). Here are a few examples of what FlightScope can do: Test clubs and balls to find the best equipment for a player Measure performance of a player Golf instruction Calibrate golf clubs in a player’s bag Compare performance with other players including top golfers Evaluate personal progress Provide instructional and entertaining data about golf shots not known to most golfers Research on club and ball performance As a professional club fitter or golf instructor you can measure the performance and progress of a player and his/her equipment accurately and scientifically, find the best equipment fit, and evaluate progress. As a player, you will be able to go out onto the course knowing your yardage and shot making capabilities. This will improve your scores and enjoyment of the game.
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GETTING STARTED - INSTALLATION Before FlightScope can be used, the sensor and other hardware and software must be installed. System Components Your X1 system needs a PC/Notebook computer to install and use FlightScope. The components included with your system are: Sensor Unit USB Cable AC Adapter Mains Power Cord Software on CD User Manual Carry Case The system is intended for use with a PC or notebook computer. See section on Error! Reference source not found. for details of compatible devices.
HOOKING UP THE CABLES CAUTION Ensure that connectors are inserted with the correct orientation. The connectors are keyed to ensure that they are inserted correctly. Do not force the connectors when inserting. USB Cable Connection Insert the Communications Cable (USB) to your PC and connect the other end to the COMMS connector marked with the symbol - . Insert the connector and fasten the nut lightly. Power Supply Connection Insert the AC Adapter connector into the Power connector on the rear of the sensor. The connector is keyed and can only be inserted one way. Insert the connector and fasten the nut lightly.
PLACING THE SENSOR NOTE Use FlightScope on a level surface. There must be no obstructions in front of the sensor.
SETTING UP THE SENSOR Position The sensor must be placed between 2.4 to 4 meters (8 to 14 ft.) behind the tee. Ground Surface The sensor should be used on a level surface, (grass, carpet, or hard floor). Handle CAUTION The handle is locked in position by spring loaded plungers. Release the plungers before moving the handle. Do not force the handle while locked. Release the handle by sliding the two lock catches inwards to release the spring loaded pins that lock the handle position. At the same time pull the handle backwards. When free, move the handle to the “down” position. The spring loaded pins will again lock the handle in the down position. In the down position, the handle acts as the rear support for the sensor. Leveling the sensor The sensor should be set up with no roll (sideways angle) and tilted at the optimum angle of approximately 10 degrees (leaning backwards). The sensor roll and tilt angles must be manually set by adjusting the feet of the sensor and/or by modifying the work surface to achieve the correct sensor angles.
Switching On and Off Switching On The FlightScope X1 has no On/Off switch. It will start up when it is connected to a power supply. The system is powered by the supplied AC adapter, which in turn must be connected to an AC supply (100-240 V AC single phase). When on, the Status LED indicator lamp will light up and blink. See LED Indicator states below. Switching Off The FlightScope X1 has no On/Off switch. Simply switch off the power supply or disconnect the power cable from the sensor.
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Setup Wizard NOTE Do set-up at least the first time the system is used. The Setup Wizard is a step-by-step procedure to be followed before using the FlightScope. It can be skipped if the set-up remains unchanged between use, but should be repeated if the set-up changes (e.g. if the system is moved to a different location). The Setup Wizard can be started from the Main screen menu or from the Advanced Settings (F10) menu. Step-by-step procedure Setup 1. Connection (by USB cable) Connect the sensor to the PC and turn power on. Run the FlightScope software and choose Setup Wizard. On the Communications screen (right) choose Refresh to list the available connections. Open the list of Sensor Devices and select the indicated FlightScope in the list (see example below). Then click “Open”. The sensor will now connect and showing the selected COM port as “Open”.  Click “Next” to continue to sensor mode and geometry, or “Finish” to exit Setup Wizard.
Setup 2. Set up the sensor mode and geometry. Set the Detection Mode: Select Indoor if the system is used indoors e.g. in a hitting cage with limited ball travel distance. Select Outdoor if hitting outdoors e.g. on a driving range or golf course. Select Long Indoor to use when the ball travel distance is more than 20 yards/meters but full ball flight is not possible (e.g. there is a distant net Choose the Units to use for entering for the hitting geometry (Inches or Centimeters). Enter the Sensor to Tee distance, which is from the tee/hitting spot to the sensor face. Enter the Tee surface height which is the height of the tee surface (not the Ball Tee itself) above the surface on which the FlightScope is placed. Enter the Tee Height for Drivers. This value is the height of a tee above the Tee surface when using a Driver. For other clubs, this height is assumed to be 0 (zero). Click “Next” to continue. Setup 3. Tilt, Roll and Pointing Direction NOTE FlightScope X2C models have automatic tilt and roll adjustment. If you use this model, skip the Tilt and Roll adjustment below and proceed to the Ball Origin step Tilt and Roll The wizard indicates the sensor’s actual roll and tilt angles. Ideal Roll is between +0.3 and -0.3 degrees and Tilt between 9.5 and 13 degrees. If needed, adjust the sensor feet to correct the roll and tilt angles.
Ball Origin The purpose of this step is to point the sensor through the tee position along a desired target line. The target line could for example be to a distant flag or feature on a driving range, or to the center of an indoor hitting cage net. To use the wizard, select a club type to use for the test (iron, driver or wedge) and proceed to hit one or more balls from the chosen tee position. The ball origin for each shot is displayed as a blue dot. The latest shot will be dark and previous shots are a lighter shade. The ball origins will typically be spread around center of the red circle if the sensor pointing direction is more or less correct. The dots can be closely spaced and should overlap. Any outlier shot can be rejected (“Reject Shot”). The average “Horizontal Offset” for the played shots is displayed. This should be 0 (zero). If the error is not close to 0, correct the pointing direction by slight clockwise or counterclockwise rotation of the sensor, and repeat the Ball Origin test. NOTE The horizontal error must as small as possible. A Horizontal Offset of 1˚ translates to a lateral error of 2.5 yards at a distance of 150 yards. The “Ball Origin” can also be checked at any time during system operation from the Advanced Settings menu (F10 > Sensor > Ball Origin). Click “Next” to continue.
Setup 4. Set Altitude Set the altitude (meters or feet) as Sea Level, Medium, High or a Custom value. The Altitude setting is important when Indoor or Long Indoor modes are used, as this affects the calculation of ball flight from the initial trajectory Click “Next” to continue. Setup 5. Set Units of Measurement Set the units of measurement for data (Metric or Imperial). To complete the setup, press Finish. . The system is now ready for use. SPIN MEASUREMENT FlightScope measures the spin of a ball accurately both outdoors as well indoors where ball flight distance/time is limited. CAUTION Balls in poor condition or of poor quality (for example damaged balls) should not be used when measuring spin because the marks on the ball may cause incorrect spin to be reported. Spin measurement methods FlightScope directly measures the spin rate of the ball both indoors and outdoors.
SPIN MEASUREMENT FlightScope measures the spin of a ball accurately both outdoors as well indoors where ball flight distance/time is limited. CAUTION Balls in poor condition or of poor quality (for example damaged balls) should not be used when measuring spin because the marks on the ball may cause incorrect spin to be reported. Spin measurement methods FlightScope directly measures the spin rate of the ball both indoors and outdoors. Marking and placing a ball for spin measurement NOTE This procedure is only required when measuring spin indoors. A ball flight distance of at least 14 ft. (4.2 meters) is necessary. A metal foil disk or patch is used to assist FlightScope to detect the spin of the ball reliably in a hitting cage where the flight time is limited: i. Stick a single metal foil disk or patch of approximately 5mm (1/4 inch) diameter/dimensions to the surface of the golf ball. ii. Tee the ball up with the metal disk facing forward, away from the sensor. Spin measurement rule: Outdoors Indoors Use unmarked balls in good condition Use with balls marked with metal sticker Metal sticker order info: Part# 77715A33 Foil from www.mcmaster.com
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SENSOR STATUS INDICATORS Various system status and controls are displayed in the upper right hand corner of the screen. Sensor Status Sensor status is displayed as follows: Disconnected Sleeping Standby Active The indicator will show Disconnected (red) when the sensor is not connected (by either USB cable or Wi-Fi or if the sensor is not switched on. If this occurs (a) check that the sensor has power and is switched on (b) check that the USB cable is connected to the PC OR that it is connected by Wi-Fi. Then run the Setup Wizard, Refresh connections list, and Open the correct USB or Wireless connection. Tooltips Place/Hover the mouse over any of the sensor status indicators to see a short description of the indicator. Club Type and Roll/Tilt indicator Click this indicator to set the club (D: Driver, I: Iron or W: Wedge) you are using. The indicator also displays the sensor’s tilt and roll angles. The user is warned when the sensor is not in ideal tilt range or roll range.
When the roll angle is within acceptable limits, only the tilt angle is displayed. If the Roll Angle is outside the ideal range, the icon will indicate a Roll warning
SENSOR FIRMWARE UPDATING This section describes the procedures to update Sensor firmware. CAUTION Sensor firmware programming is a critical task that requires the power supply and USB connections to be uninterrupted while in process. 1. With the sensor connected and switched on, open the Firmware Writer program from the Start Menu. 2. After the application has opened click on Configure Devices on the welcome screen. 3. Select a sensor from the list (in case more than one sensor is found). Only one sensor should be connected when programming firmware, so that a wrong selection is not made.
4. Use the Refresh button to update the list if a sensor is removed and re-connected to the PC. If no sensors are listed after pressing the refresh button when a sensor is connected then the PC may still be installing software drivers. 5. On the next screen, click Browse to locate the firmware file. 6. From the open dialog box find and select the golf_6_xx.fsj file and click on “Open” .The file will normally be located in the Firmware directory on the CD, or within the program files PC directory:
7. Press Next to proceed with the selected firmware file. 8. The Product Key dialog box will pop up and indicate if a product key is required or not. 9. If the message “Please contact EDH for a product key to run this firmware”, you will be asked to supply the information provided in the product key window. Click “OK” and make a note of the information. This information must be supplied to an EDH support engineer by email on support@flightscope.com. The product key to enter will be provided on return. Enter the product key obtained in the Product Key field and click “Next”.
10. The firmware will now be written to the sensor: 11. On completion of writing, cycle the power on the Sensor to reboot, and then click on Finish.
TECHNICAL CAPABILITIES Specifications below represent typical performance. Balls and Clubs All regulation tournament balls and good quality practice range balls. All woods, drivers, irons, wedges and hybrids can be measured. Measurement zone The sensor measures ball flight in a spatial volume of approximately 20 degrees by 20 degrees around its pointing direction. Launch velocity From 2 to 400 km/h (1.2 to 250 mph) Launch angles Vertical and horizontal (direction) angles, within the measurement zone. Carry and lateral distances Carry and lateral distances refers to the landing position of the ball. Trajectory height The height the ball reaches along its flight path. Club head Speed The club head strike speed. Spin Spin of ball at launch. This spin rate is directly measured and requires the use of good quality balls. Poor ball quality may affect accurate measurement of spin rate. The ball must be marked when testing indoors (see section on “Spin Measurement”).
PHYSICAL CHARACTERISTICS Dimensions (approximate) 300 x 325 x 100 mm (117/8 x 12¾ x 4 in) (H x W x D) Mass (sensor) 3.3 kg (7¾lbs) ENVIRONMENTAL SPECIFICATIONS Ambient temperature: Recommended operating range: 0ºC to 45ºC (32ºF to 104ºF) Ingress protection: IP54 / NEMA-4 ELECTRICAL CHARACTERISTICS Electrical supply: 100-240 V AC @ 0.2 Amp 50/60Hz single phase Communications interface: USB 2.0 Hi Speed Electromagnetic compatibility: Meets FCC Class 15, Industry Canada, and CE requrements
PC / MOBILE SPECIFICATIONS PCs and Notebooks Most new PCs or Notebook computers with the following minimum requirements can be used with FlightScope: Processor/speed: Any Memory (RAM): 1 GByte or more recommended Hard disk storage: 80 GByte or more CD/DVD ROM drive Display: 1024 x 768 pixels or more 1 Interface ports: USB 2.0 Hi Speed, DC supply current to 500 mA 2 Operating system: Microsoft Windows XP, Vista, or Windows 7. 1 A sunlight-readable screen is strongly recommended if used outdoors 2 Consult your PC vendor to determine if your computer’s technical specifications meet the USB port requirements. ELECTRICAL POWER REQUIREMENTS Locations Mains electrical power supply need to be provided at the following points: Sensor mounting position Computer position Supply Voltage The sensor supply shall be 100-240VAC, 0.2A. 50/60Hz. Single phase Earthing An earth connection must be provided in addition to the live and neutral circuits. REQUIREMENTS FOR OUTDOOR INSTALLATIONS The following are typical requirements for an outdoors installation: (Safe) mains power supply point (100V to 240 V AC, 0.2A, 50/60 Hz, single phase). Tee on grass or hitting mat. Level surface
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MAINTENANCE AND TROUBLESHOOTING FlightScope is designed to operate reliably with a minimum of maintenance for many years. This section tells you how to care for your FlightScope to ensure that you achieve this. Basic Care 1. DIRT AND GREASE: Keep the sensor clean. Clean occasionally with a damp cloth using a light detergent if necessary. WARNING: As a safety precaution, always switch electrical supplies off when working or maintaining electronic equipment. 2. TRANSPORTATION: Place your FlightScope in its original shipping carton or case, to prevent it from damage when transported in a vehicle or aircraft. Contact your FlightScope distributor for advice on transport packaging options in case your original packaging is not available. 3. ALIGNMENT: The alignment of the sensor is important to ensure good results. 4. AREA: The performance of the system may be affected if used where the ground of floor is not reasonably level. There must also be no obstructions between the sensor and the tee. 5. PARAMETERS: Do not change the sensor Parameters that are accessible under the Advanced Settings menu, unless instructed by a FlightScope Support engineer. If parameters are changed, the function and performance of the system may be compromised. 6. RAIN: Although the sensor is sealed and will not allow rain and dust to enter, the mains power supply connection may be unsafe if wet. When it rains, switch the system off and take it undercover or cover the sensor and especially power cables and AC adapter with a waterproof covers as a precaution. 7. MECHANICAL SHOCK: The sensor contains sensitive microelectronic circuits that may be damaged or altered by hard impacts. Therefore, take care not to drop the sensor, hit it with a club or ball, or cause any other impact to it if possible. 8. CABLE DAMAGE: Check your power supply and communications cables occasionally for damage or wear. Repair or if necessary replace damaged or worn cables. 9. CABLE HANDLING: Take care not to pull, twist or kink cables when handling, to prevent possible damage and ensure long life. When disconnecting cables, coil the cables loosely before packing. Replacement cables are available from your FlightScope distributor.
10. SENSOR DAMAGE: Regularly check the sensor for signs of damage. If enclosure is damaged it can be repaired at a FlightScope service location. 11. REPAIRS: The sensor contains no user serviceable parts. If necessary the sensor must be returned to your supplier for repairs. Unauthorized opening and repair actions may invalidate warranty.
REAR PANEL LED INDICATOR A multi-color LED status indicator is located on the rear panel of the sensor. Colour State Description None OFF Power is OFF or Sensor defective. Check power connection/send for servicing. Blue Blinking System switching on After switch on Green flashing (fast) Processor Initialization System is powered ON and the signal processor is running normally. Green flashing (slow) Idle System is powered ON and signal processor is running normally. System is not armed. Red/Green flashing Armed System is running and ready to measure a shot.
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FREQUENTLY ASKED QUESTIONS (FAQ) Q: What is FlightScope? A: FlightScope is a low-power 3D Doppler tracking sensor for Golf and other sports. It accurately measures the launch and flight of balls and clubs and provides quantitative data about player and equipment performance. Q: How does FlightScope work? A: FlightScope creates a low level electromagnetic field through which the golf ball and the golf club move. The movement creates a disturbance that is detected and processed to extract position and speed. The measured launch and flight data is displayed on a PC program in various views, and also stored. Measurements include: ball and clubhead speeds, launch angles, spin, carry distance, smash factor, and more. Q. How is FlightScope different from other golf measurement systems? A: FlightScope is fundamentally different from most other launch monitors because it measures ball speed, position and direction continuously along the ball’s flight path using microwave Doppler technology. FlightScope is not only a launch monitor, but also measures what the club and ball are actually moving. It is therefore a more accurate and comprehensive measuring instrument for golf than a camera or light beam based system that take only single or at most a few launch data points and estimate what the ball will do after launch. FlightScope is not dependent on ambient lighting conditions (it can work in complete darkness), it does not create blinding flashes of light. Q: How accurate is it? A: FlightScope represents the state of the art in measuring technology for projectiles in flight. It is in a different class to launch-only monitors, and is able to track speeds extremely accurately and determine ball positions to within single yards. Q: Where must I stand to use the system? Which direction must I hit? A: The sensor is typically placed approx 2.4-4.2 meters (8-14 feet) behind the tee. The ball is hit away from the sensor along its pointing direction. Q: Can FlightScope help me make the right club or ball selection to play a particular shot? A: FlightScope measures the performance (launch conditions and launch results) of golf shots and provides data to a player or fitter to make scientifically justified decisions about the right clubs and balls. Q: Is the sensor portable? How must it be mounted?
A: The sensor has been calibrated to be placed or mounted on the floor or ground. To measure accurately, the sensor must be carefully aligned with the tee and the ground. Follow the prescribed setup procedures. Q: Can FlightScope only be used outside on a golf course or driving range? A: No. FlightScope is a versatile instrument that can be used both indoors and outdoors (e.g. at a driving range or golf course). Q: How much ball flight distance is required by the FlightScope in order to display a result? A: Typically at least 14 feet of ball flight is required. Q: How far back must FlightScope be set up behind the tee? A: A good practical distance is between 2.4m and 4.2m (8 to 14ft). There is no perfect distance, although a good rule of thumb is 3m/10ft. Q: How is alignment of FlightScope done? A: In order to get accurate club and ball measurements, always align the sensor mechanically using a measuring tape and a set square so that the distance and pointing direction are accurate. Also level the sensor. Use the software Setup Wizard to assist or check the alignment. Q: How long does it take to align the unit? A: A trained user can set up and align the FlightScope in a few minutes, within the time it takes to start up his computer. Q: Must I use special balls? A: FlightScope measures any ball that is used. Even non-standard balls are measured accurately. To measures the actual flight of every specific ball, making no assumptions about the type or quality of the ball. However, for accurate measurement of ball spin during a short distance indoor shot, it is recommended that a ball be marked with a small metal foil disk/patch. A marked ball enhances the ability of the system to measure spin accurately.
Q: How does shot classification work? A: The actual path of the ball is determined by various factors like spin, lift, drag, aerodynamic coefficient, air pressure, humidity, etc. By measuring the actual ball flight, FlightScope can determine the type of shot (fade, draw, slice, etc.) Q: Will I receive future enhancements of FlightScope? A: You have a standard 12-month warranty on hardware and software. In addition though, you can subscribe to an annual support agreement enabling you to receive upgrades for your system when they become available. Q: Can FlightScope be used in the rain? A: Although the FlightScope sensor is sealed and will not suffer ingress of water it is not intended to be used in rain as it is powered from a mains electrical supply. For safety reasons power down and cover the system, or move it indoors when it rains. Q: Can slow swing speeds be detected? A: FlightScope discriminates against too low swing speeds, to reject false measurements from other movements in the area. For weak golfers and children who are not able to swing a club powerfully, the system can however be set to “wedge” mode, enabling the detection of shots. Q: What type of lighting can be used with FlightScope? A: The best lights to use are solid state or incandescent lighting, or certain halogen types. Fluorescent lights for example can influence Doppler measurements. This can however be effectively screened if it occurs. Consult your FlightScope representative for assistance with lighting problems. Q: Can FlightScope only be used for golf? A: FlightScope is a brand name for a range of sports tracking technology products and services, but it is currently well known in the golf market. FlightScope technology is also used in cricket, tennis and other sports. The various sports however use different software, and a system for Golf cannot be used directly for example for Tennis.
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INDEX A AC supply ................................. 22 Advanced settings ..................... 9 Advanced Settings ................... 25 Alignment ...........................25, 30 B Ball marking ............................. 13 Ball origin ...........................10, 11 Ball speed ................................ 29 Basic care ................................ 25 C Camera .................................... 29 Carry distance.......................... 29 Classification ........................... 31 Club & tilt indicator ................. 16 Club type ............................11, 16 Clubhead speed ..................21, 29 Communications interface ...... 22 D Detection mode ...................... 10 Dimensions .........................13, 22 Direction ....................... 21, 29, 30 Drag ......................................... 31 E Electrical supply .................22, 31 EMC ......................................... 22 Environmental specifications .. 22 F FAQ .......................................... 29 FCC ........................................ i, 22 Firmware ...................... 17, 18, 19 Frequently asked questions ..... 29 G Getting started ........................... 3 Grouping .................................. 29 H Handle ........................................ 6 Height ...................................... 21 Hooking up cables ...................... 4 I Indoor .............. 10, 12, 13, 30, 31 Ingress protection .................... 22 Installation ........................... 3, 23 Interference ................................ i L Launch angle ...................... 21, 29 LED indicators .......................... 27 Level ............................ 23, 25, 30 Lift ............................................ 31 Lights ........................................ 31 M Maintenance ............................ 25 Mass ......................................... 22 Metal foil ............................ 13, 30 O Obstructions .............................. 5 Other sports ............................. 31 Outdoor ........ i, 10, 12, 13, 23, 30 P Parameters .............................. 25 PC Specifications ...................... 23
Pointing direction .................... 10 Power supply ............................. 4 Product Key ............................. 19 R Rain .......................................... 25 Repairs ..................................... 26 Roll ..................................... 10, 16 S Safety ............................... i, 25, 31 Sea level .................................. 12 Sensor leveling .......................... 6 Sensor position ...................... 5, 6 Sensor status ........................... 15 Sensor to Tee distance ............ 10 Setup Wizard ............................. 9 Slow swing speed .................... 31 Smash factor ............................ 29 Software ................... 3, 18, 30, 31 Specifications ...............21, 22, 23 Spin .......................................... 21 Spin measurement .................. 21 Spin Measurement .......12, 13, 21 Sticker ...................................... 13 Sunlight .................................... 23 Surface...................................... 6 Switching On .............................. 7 System components................... 3 T Tee height ................................ 10 Tee surface height ................... 10 Temperature range .................. 22 Tilt ...................................... 10, 16 Tooltips .................................... 15 Troubleshooting ....................... 25 U Units of measurement ............. 12 USB ....................................... 4, 22 USB connection .......................... 4 V Voltage ............................... 22, 23 W Windows .................................. 23
- FlightScope® Customer Support - If you need additional help with your product, contact FlightScope at +1 407 - 412 - 9400 USA +44 203 - 239 - 4186 EUROPE or email us at support@flightscope.com

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