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JR ProPo XG6 Operation Manual

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Operation Manual
Prior to use, please read this manual thoroughly.
Keep this manual in a convenient place for quick
and easy reference.
XG6.indd 1
12/03/01 16:03

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Summary of Contents for JR ProPo XG6

  • Page 1 Operation Manual Prior to use, please read this manual thoroughly. Keep this manual in a convenient place for quick and easy reference. XG6.indd 1 12/03/01 16:03...
  • Page 2 XG6.indd 2 12/03/01 16:03...

  • Page 3: Introduction

    Modulation: DMSS (Dual Modulation Spectrum System) 4 x AA size alkaline dry cell batteries (not included) Power source: An optional 4 cell 4.8V Ni-MH Battery is available for purchae (4H1500mAh or 4H/2000mAh). Neutral position: 1.5ms NEM-B55A XG6.indd 1 12/03/01 16:03...

  • Page 4: General・Safety・Precautions

    (servo, gyro, regulator , etc). Malfunction can occur. As the electronic parts mounted in the transmitter and WARNING CAUTION receiver are susceptible to impact damage, DO NOT allow strong impact or drop them. CAUTION Helicopter XG6.indd 2 12/03/01 16:03...
  • Page 5 CAUTION Used Nickel metal-hydride batteries are important resources. Place a piece of tape or similar over the terminal areas, and bring them to and appropriate location that collects small rechargeable batteries for recycling. Airplane Helicopter Glider XG6.indd 3 12/03/01 16:03...

  • Page 6: Table Of Contents

    ・・・・・・ 6 Stick・Mode 【STICK・MODE】 ・・・・・・・・・・・・ 68 Notes・on・stick・tension・spring・adjustment・and・ ▊ Data▋Sheet ▋ thethrottle・stroke・travel・adjustment・plate・・・・・ 7 Receiver・Connections・・・・・・・・・・・・・・ 8 XG6・DATA・SHEET・・/・・HELI　・・・・・・・・・・・・ 70 Using・the・transmitter・and・receiver.・ XG6・DATA・SHEET・・/・・ACRO・ ・・・・・・・・・・・ 74 Receiver・mounting・location.・・・・・・・・・・・ 9 XG6・DATA・SHEET・・/・・GLID・ ・・・・・・・・・・・ 76 Binding・Procedure・ ・・・・・・・・・・・・・・ 11 ▊ When▋Required... ▋ ▊ Functions▋Common▋to▋All▋Models ▋ Software・Error・Screens・ ・・・・・・・・・・・・ 78 Names・of・Each・Transmitter・Control・ ・・・・・・・ 12 Repair・and・After・Sales・Service・...

  • Page 7: Preparation

    Lightly press in the middle of the Micro SD card until it clicks - the card will then pop out slightly when you remove your finger ‒ now carefully pull the card out the rest of the way. XG6.indd 5 12/03/01 16:03...

  • Page 8: Inserting・And・Removing・The・Transmitter・Battery

    AC コンセントへ Page 54 "Transmitter Setting【TX which is explained on SETTING】" in the system list for further details of 充電用電源ジャックへ calibration. （Li-fe 充電池内蔵 TX 専用） 充電用9V12W ACアダプ ター （NEC-A912） ※注意 ： 充電器ではあり ません。 充電用 （DC9V） 電源ジャック XG6.indd 6 12/03/01 16:03...

  • Page 9: Notes・On・Stick・Tension・Spring・Adjustment・And・ Thethrottle・Stroke・Travel・Adjustment・Plate

    Direction of the Direction of the Direction of the Direction of the Ratchet spring Ratchet spring Ratchet spring Ratchet spring For Airplane For Helicopter Detail of this area. ※Ratchet operation ※Smooth operation Contact Surface Contact Surface XG6.indd 7 12/03/01 16:03...

  • Page 10: Receiver・Connections

    FLAP FLAP Care will be required in the situation where the (telemetry). built-in antenna has been installed beside a shielding material, since the receiving sensitiv- ity will be considerably degraded. RG Cable × 間違ったアンテナの設置方向 ンテナを互いに水平に設置すると、単一方 受信になるため、受信効率が低下します。 XG6.indd 8 12/03/01 16:03...

  • Page 11: Using・The・Transmitter・And・Receiver

    Please re-adjust the antenna direction considering the flight area of your model. Strong radio wave Strong radio wave transmitted to the aircraft, helicopter, etc. Weak radio wave Radio wave is weak. XG6.indd 9 12/03/01 16:03...
  • Page 12 Never fly the aircraft in Range Check mode. the battery to a 4. When the procedure is carried out on the top of a desk or 40 meters Binding terminal spare channel bench top that is made from metal, the binding procedure XG6.indd 10 12/03/01 16:03...

  • Page 13: Binding・Procedure

    4. When the procedure is carried out on the top of a desk or bench top that is made from metal, the binding procedure may not be successful. ※ If the Radio wave reception is weak, the LED lights on receiver may flash or turn off. XG6.indd 11 12/03/01 16:03...

  • Page 14: Functions▋Common▋To▋All▋Models

    Telemetry data reception: Solid On voltage is low Main Power Switch Display Rear : Common type 2.4GHz Antenna Carrying Handle Battery Box Bind Plug Recess Battery Connector Neck Strap Eyelet Trainer Jack Battery Cover Micro SD Card Slot XG6.indd 12 12/03/01 16:03...
  • Page 15 Telemetry data reception: Solid On low output transmission voltage is low Acknowledgement of When battery Main Power Switch Display : Flashes very slowly Neck Strap Eyelet Telemetry data reception: Solid On voltage is low Main Power Switch Display XG6.indd 13 12/03/01 16:03...

  • Page 16: Names・And・Functions・Of・The・Input・Dial

    TIPS ⿟ Under the Glider mode, to adjust the horizontal movement of the Ailerons, (i.e. the Camber) use the Flaperon trim. Again, all trim is memorized for each flight mode. XG6.indd 14 12/03/01 16:03...

  • Page 17: Information・Display

    (Not using telemetry data) (Not using telemetry data) FMOD ・・・・Flight Mode (Not using telemetry data) Refer to the Page 58 "Telemetry System 【TELEMETRY】" ⿟ My List screen ⿟ Function List screen Refer to the Page 16 "My List Function" XG6.indd 15 12/03/01 16:03...

  • Page 18: My・List・Function

    (3) seconds. This clears the selected function from "My List". ⿟ Functions Common to All Models It is possible to add either System List items or function list items to "My List". XG6.indd 16 12/03/01 16:03...

  • Page 19: Navigation・During・Model・Setting

    - Dual Flap Selection/V Tail Selection Type Selection Model Name Input （HELI） （ACRO） （GLID） Helicopter Airplane Glider Swash Type Selection Wing Type Selection / V Tail Selection Dual Flap Selection / V Tail Selection ※Swash Mixing Setting ※When CCPM is selected XG6.indd 17 12/03/01 16:03...

  • Page 20: Flight・Mode

    It is possible to activate these flight modes in the system list, "DEVICE SELECT". ※ The following sequence gives the flight mode priority when the various switches are activated. " LAUNCH > LAND > CRUISE " XG6.indd 18 12/03/01 16:03...
  • Page 21 • Trim System 【TRIM SYSTEM】 ・・・・・・・・・・・・ Page 53 • Device Select 【DEVICE SELECT】 ・・・・・・・・・・・ Page 62 • Memory function - Trim setting value ・・・・・・・・ Page 14 As an example, screen showing 【DIFFENRENTIAL】 ※ There is no flight mode for Airplan XG6.indd 19 12/03/01 16:03...

  • Page 22: Function▋List

    (3) seconds. ▋Caution▋Note ▋ ⿟ Operate the servos and carefully confirm the operational settings before flying. XG6.indd 20 12/03/01 16:03...

  • Page 23: Travel▋Adjust 【Travel▋Adjust

    ⿟ Operate the servos and carefully confirm the control surfaces move as expected before flying. ⿟ Note that Swash type or Wing type settings may change the channel indications. • Swash type【SWASH TYPE】 ・・・・・ Page 64 • Wing Type【WING TYPE】 ・・・・・・ Page 65 XG6.indd 21 12/03/01 16:03...

  • Page 24: Sub・Trim 【Sub・Trim

    ⿟ Note that Swash type or Wing type settings may change the channel indications. • Swash type【SWASH TYPE】 ・・・・・ Page 64 • Wing Type【WING TYPE】 ・・・・・・ Page 65 XG6.indd 22 12/03/01 16:03...

  • Page 25: Reverse・Switch 【Reverse・Sw

    Full High position, which is extremely the servos move to the correct position. dangerous. After finalizing the transmitter settings, XG6.indd 23 12/03/01 16:03...

  • Page 26: Throttle・Curve 【Thro・Curve

    Direction of the point: Left/Right particular flight condition. Output value to the Servo Stunt mode Value of throttle stick position Direction of the point: Up/down Direction of the point: Up/down Confirmation screen for copying Select Flight Mode (Copy mode) XG6.indd 24 12/03/01 16:03...
  • Page 27 ⿟ Adjustment is possible over a range between 0 and 100% for each of the Low or High (up or down) directions. ⿟ The graphic curve indication also reflects the position of the Throttle trim. ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirm the settings before flying. XG6.indd 25 12/03/01 16:03...

  • Page 28: Pitch・Curve 【Pitch・Curve

    Value of throttle stick position Output value to the Servo Stunt mode Value of throttle stick position Confirmation screen for copying Select Flight Mode (Copy mode) Output value to the Servo Confirmation screen for copying Select Flight Mode (Copy mode) XG6.indd 26 12/03/01 16:03...
  • Page 29 ⿟ Adjustment is possible over a range between 0 and 100% for each of the low and high (up and down) directions. ▋Caution▋Note ▋ ⿟ After programming, operate the servos and carefully confirm each Flight Mode setting before flying. XG6.indd 27 12/03/01 16:03...

  • Page 30: Tail・Curve 【Tail・Curve

    「1/10」: × 0.1 ▋Caution▋Note ▋ ⿟ When using a Tail Lock (Heading Lock) Gyro, this function will not be required since the tail will be automatically corrected. Each of the setting values must be set to zero. XG6.indd 28 12/03/01 16:03...

  • Page 31: Throttle・Hold 【Thro・Hold

    ⿟ By setting throttle hold active, this function acts like an additional flight mode. It is possible to set dedicated Dual rates, Pitch Curve, etc to this function. ▋Caution▋Note ▋ ⿟ Operate the servos and carefully confirm the control surfaces move as expected before flying. XG6.indd 29 12/03/01 16:03...

  • Page 32: Gyro・Sensitivity 【Gyro・Sens

    ▋Caution▋Note 100% 125% ▋ ⿟ Be sure to understand your Gyro manual to allow correct use of this function. Carefully check the direction of the tail servo and be sure that everything works correctly before flight. XG6.indd 30 12/03/01 16:03...

  • Page 33: Swash・Mixing 【Swash・Mix

    70%. If the mixing amount is too much and you are not able to achieve the desire servo throw, adjust the servo horn hole position outwards to allow more throw. ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirmall settings before flight. XG6.indd 31 12/03/01 16:03...

  • Page 34: Throttle・Trim 【Thro・Trim

    The memorized position will be marked on the Trim display. TIPS ⿟ Please carefully confirm the linkage does not jam when the carburetor is closed. ▋Caution▋Note ▋ ⿟ Throttle Cut will only work when the helicopter Flight Mode is set to “NORMAL”. XG6.indd 32 12/03/01 16:03...

  • Page 35: Flight・Mode・Delay 【Flight・Mode・Delay

    The time displayed here will be the time for moving the servo to the new position of the Flight Mode that is currently being displayed. Glider Delay: Delay adjustable between INH (0) to 6.0 seconds. ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirm the settings before flying. XG6.indd 33 12/03/01 16:03...

  • Page 36: Flap・System 【Flap・System

    In order to off-set the pitching action upon activating the flaps, it is possible to set a mix to elevator. It is also possible to set a correction in roll by mixing to the Ailerons when the flaps are deployed. ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirm the settings before flying. XG6.indd 34 12/03/01 16:03...

  • Page 37: Differential 【 Differential

    Settings can be activated for the below wing types. the lower limit will be the maximum (100%). This is V-TAIL the proportion of differential removed. ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirm the settings before flight. XG6.indd 35 12/03/01 16:03...

  • Page 38: Aileron・To・Rudder・Mixing 【Aile・→ Rudd・Mix

    It is possible to set Mixing amounts from Aileron to Rudder independently for both right and left directions. It is Glider also possible to allocate a switch to turn the mix on or off. SW Select ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirm the settings before flight. XG6.indd 36 12/03/01 16:03...

  • Page 39: Motor・System 【Motor・System

    Mixing A ▋Caution▋Note ▋ Elevator Rudder ⿟ Set the speed controller to run the motor and carefully confirm the settings before flying. Mixing B Rudder Aileron Additional mixing Rudder Aileron Elevator Mixing A Mixing B (Include Setting) XG6.indd 37 12/03/01 16:03...

  • Page 40: Camber・System 【Camber・System

    The following Trims may be affected. ፧ Flap Trim 「FLAP TRIM」 ፧ Flaperon Trim 「FPRN TRIM」 ፧ Elevator Trim 「ELEV TRIM」 ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirm the settings before flight. XG6.indd 38 12/03/01 16:03...

  • Page 41: Brake・System 【Brake・System

    Use the Limit Adjust function to apply limits to servo movement to avoid damaging the control surfaces or servos. ⿟ After programming these settings, operate the servos and carefully confirm each of the Flight Mode settings before flying. XG6.indd 39 12/03/01 16:03...

  • Page 42: Program・Mixing 【Program・Mix・1-3

    Slave Channel Selection Mixing Reference Point Offset (OFFSET) Mixing value for each position Master Channel Selection Coupled with throttle stick (THRO STK) Master Include Function ※Only with Airplane mode Position Adjustment point XG6.indd 40 Mixing Reference Point Offset (OFFSET) 12/03/01 16:03...
  • Page 43 ፧ Exponential function By activating mix Exponential, it is possible to smooth the transition between points on the curve. XG6.indd 41 12/03/01 16:03...
  • Page 44 Elevator Trim, Dual Rate (D/R&EXP), Brake System, (BRAKESYS) Ch4: Rudder (RUDD) Rudder Trim, Dual Rate (D/R&EXP) Ch5: Gear (GEAR) Extra: #SPO Spoiler trim (TRIM) *When Motor channel input device is set as Spoiler stick. MOTO Motor System (MOTO SYS.) XG6.indd 42 12/03/01 16:03...
  • Page 45 Rudder Aileron Now, Movement of the ailerons would result in movement of Additional mixing the rudder. Additional mixing Aileron Elevator Rudder Elevator Rudder Aileron Mixing A Mixing B Mixing A Mixing B (Include Setting) (Include Setting) XG6.indd 43 12/03/01 16:03...

  • Page 46: Timer 【 Timer

    ⿟ It is possible to move from the Information and Timer screen to each timer function directly. ⿟ It is possible to reset the timer by pressing the CLR key after moving the cursor to the Timer display on the Information and Timer screen. XG6.indd 44 12/03/01 16:03...

  • Page 47: Mix・Monitor 【 Mix・Monitor

    Aileron to Rudder Mixing ▋ ▋For▋Glider Program Mixing Aileron to Rudder Mixing Flight Mode Motor System Flight Mode Motor System Program Mixing Flight Mode Motor System Program Mixing Program Mixing DUAL FLAP V-Tail DUAL FLAP V-Tail DUAL FLAP V-Tail XG6.indd 45 12/03/01 16:03...

  • Page 48: Servo・Monitor 【 Monitor

    Especially for mixing functions, without powering the model, it is useful to confirm servo movement using this monitor. Indications of the monitor channels are ordered the same as the receiver slots. RG631B Receiver XG6.indd 46 12/03/01 16:03...

  • Page 49: Model▋Select 【Model▋Select

    Now rotate the dial to find the model you wish to switch to and press the dial to select it. When creating a new model, selecting a name containing “----” will start initial parameter navigation allowing a new model to be created. XG6.indd 47 12/03/01 16:03...

  • Page 50: Model・Copy・&・Erase 【Model・Copy/Erase

    When the SD CARD is chosen, be sure to Input the File name first. If the File name chosen is exactly the same as a previous entry, this cannot be copied over. Modify the file name and try again. Execute deletion Current model number Execute deletion Current model number XG6.indd 48 12/03/01 16:03...
  • Page 51 ⿟ The ”TRANSFER” of data between transmitters can be only achieve when the Trainer cable (Sold Separately) has been plugged into the XG6 and the transmitter power switch is turned off. ⿟ When a model transferred from another transmitter is used, it will be necessary to re-bind with the receiver.

  • Page 52: Model▋Type▋Select 【Type▋Select

    ⿟ Because the previous data will be erased when the model type is changed, any important model data should be copied and backed-up beforehand Also note that when the Model type is changed, the new model setup wizard will automatically start, so chose the Model Type and Wing Types accordingly. XG6.indd 50 12/03/01 16:03...

  • Page 53: Model・Name 【Model・Name

    TIPS ⿟ Since the Model Name is displayed on the Information display and during Model Selection , it is useful to use the brand name of the aircraft. XG6.indd 51 12/03/01 16:03...

  • Page 54: Flight・Mode・Name 【Flight・Mode・Name

    Note that since Airplane mode has no flight modes, there is no function to be named. TIPS ⿟ The Flight Mode name is displayed on the Information display as well as each function showing flight mode condition. XG6.indd 52 12/03/01 16:03...

  • Page 55: Trim・System 【Trim・System

    ⿟ By setting the Trim Step to “0” it is possible to inhibit the operation of a trim lever. ⿟ For Helicopter: It is very useful when using an ESC in non-governor mode to be able to Move the whole Throttle Curve to change the Rotor r.p.m. . XG6.indd 53 12/03/01 16:03...

  • Page 56: Transmitter・Setting 【Tx・Setting

    ፧ LOW ・・・ Low Tone sound Software Version ፧ OFF ・・・ Mute Stick Calibration Neutral setting Stick position TIPS ⿟ Alert Warnings cannot be muted. Setting boundaries of stick movement Software Version Neutral setting Stick position Setting boundar stick move XG6.indd 54 12/03/01 16:03...
  • Page 57 3) Be sure to check control movement and neutral positions on the servo monitor screen Software Version Refer to the Page 46 "Servo Monitor【MONITOR】" Neutral setting Stick position Setting boundaries of stick movement ▋Caution▋Note ▋ ⿟ Be careful not to force the stick gimbal during the calibration procedure. XG6.indd 55 12/03/01 16:03...

  • Page 58: Trainer 【 Trainer】Aka:・Buddy・Box・In・The・Usa

    A skilled pilot can teach a beginner how to fly an aircraft using this trainer system. The XG6 can function as Master (Trainer) or Slave (Trainee). Control can be changed between Master and Slave using the Master Transmitter's Trainer Airplane switches (Trainer momentary switch, or Trim Lever).

  • Page 59: Bind・And・Range・Check 【Bind&Range

    When the model or type is changed in the transmitter, it will be necessary to re-bind the receiver. ⿟ NEVER fly the aircraft in Range Check mode. XG6.indd 57 12/03/01 16:03...

  • Page 60: Telemetry・System 【Telemetry

    Initially it is set to inhibited. Set the desired numerical amount which would suit with your model. The delay can be set from 0.5s (0.5 seconds) ~ 10.0s (10 seconds) in 0.5 seconds increments. XG6.indd 58 12/03/01 16:04...
  • Page 61 Inhibited. Select the telemetry information to be displayed, and allocate it to a position on the screen. ▋Caution▋Note ▋ ⿟ The Telemetry sensor data is meant as an indication only, and therefore we cannot guarantee the accuracy of any recordings obtained. XG6.indd 59 12/03/01 16:04...

  • Page 62: Fail・Safe 【Fail・Safe

    Fail Safe settings after completing the aircraft set-up. ⿟ Before flying, be certain to confirm the failsafe settings by switching off the transmitter power, and observing that the servos move to the positions intended. XG6.indd 60 12/03/01 16:04...

  • Page 63: Flight・Mode・Switch・ 【Flight・Mode・Sw

    ⿟ Use the touch select function which allows switch choice by simply moving the desired switch. This is useful when it is hard to define the switch name. ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirm the settings before flying. Select REV/NORM XG6.indd 61 12/03/01 16:04...

  • Page 64: Device▋Select 【Device▋Select

    SYS: Use this channel for the Flap system. ※ By setting the flap channel to “SYS”, the menu “FLAP SYSTEM” under the function List is activated. Launch Switch Reverse (LAUNCH REV) Land Switch (LAND) Selection of Output (OUT) Device Select (DEVICE) XG6.indd 62 12/03/01 16:04...
  • Page 65 ⿟ It is possible to select from the following two (2) movement options when using a trim lever as an Input device: 2P: 2 position movement MO: Momentary Movement ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirm the settings before flying. XG6.indd 63 12/03/01 16:04...

  • Page 66: Swash・Type 【Swash・Type

    • Fail safe【FAIL SAFE】 ・・・・・・・・・ Page 60 When the following swash types are selected, channel allocation is as follows: When 1S Normal is set When 3S 120° , 3S 140° /135° are set AILE → CH2 ELEV → CH3 PIT. → CH6 XG6.indd 64 12/03/01 16:04...

  • Page 67: Wing・Type 【Wing・Type

    • Travel adjust【TRAVEL ADJUST】 ・・・・ Page 21 • Sub Trim【SUB TRIM】 ・・・・・・・・ Page 22 • Reverse Switch【REVERSE SW】 ・・・・ Page 23 • Servo Monitor【MONITOR】 ・・・・・・ Page 46 • Fail safe【FAIL SAFE】 ・・・・・・・・・ Page 60 XG6.indd 65 12/03/01 16:04...
  • Page 68 • Sub Trim【SUB TRIM】 ・・・・・・・・ Page 22 • Reverse Switch【REVERSE SW】 ・・・・ Page 23 • Servo Monitor【MONITOR】 ・・・・・・ Page 46 • Fail safe【FAIL SAFE】 ・・・・・・・・・ Page 60 ⿟ Actually operate the servos and carefully confirm the settings before flying. V-Tail XG6.indd 66 12/03/01 16:04...

  • Page 69: Throttle・Stick・Direction

    ⿟ It is necessary to use this function (rather than the reverse switch) so that all mixing functions work correctly when flying using this technique. ▋Caution▋Note ▋ ⿟ Actually operate the servos and carefully confirm the settings before flying. XG6.indd 67 12/03/01 16:04...

  • Page 70: Stick・Mode 【Stick・Mode

    If the throttle stick position to be changed (between Mode 1 & Mode 2 or between Mode 3 & Mode 4), the throttle stick and elevator stick Spring location requires changing. Be sure to Calibrate both stick gimbals after changing the Stick Mode. Refer to the Page 55 "Stick Calibration (STICK CALIBRATION)" XG6.indd 68 12/03/01 16:04...
  • Page 71 XG6.indd 69 12/03/01 16:04...

  • Page 72: Data▋Sheet

    POS 1 TIMER TIMER 1 Down-T Timer STOP・W Time START NORM ST-1 HOLD INPUT FM-AUTO STOP ELEV POS 0 POS 1 NORM ST-1 HOLD INPUT FM-AUTO RUDD POS 0 POS 1 NORM ST-1 HOLD INPUT FM-AUTO XG6.indd 70 12/03/01 16:04...
  • Page 73 INH・ ・・・・・・・s DELAY HOLD INH・ ・・・・・・・s CHANNEL +GAIN -GAIN OFFSET → MIX 1 ON・OFF INCLUDE SELECT CHANNEL +GAIN -GAIN OFFSET → PROGRAM MIX 2 ON・OFF INCLUDE SELECT CHANNEL +GAIN -GAIN OFFSET → MIX 3 ON・OFF INCLUDE SELECT XG6.indd 71 12/03/01 16:04...
  • Page 74 SOUND 2 m/s・fps VIRIOMETER SOUND 3 m/s・fps SW SEL ALARM TEMPERATURE INH・(・・・・・・・・・・・・・・℃ /℉ ) ALARM RX-BATTERY INH・(・・・・・・・・・・・・・・・V) GEAR RATIO PROPELLER DELAY INH・(・・・・・・・・・・・・・・・・・・・・) INH・(・・・・・・・・・・・・・・・・・・・・) INH・(・・・・・・・・・・・・・・・・・・・・) VOLT-ALARM CAPACITY CAPA-ALARM FLIGHT PACK INH・(・・・・・・・・・・・・・・・・・・V) INH・(・・・・・・・・・・・・・・・・・・・%) ALARM NO LINK ALARM INH・10s・15s・20s・30s XG6.indd 72 12/03/01 16:04...
  • Page 75 Data▋Sheet XG6.indd 73 12/03/01 16:04...

  • Page 76: Xg6・Data・Sheet・・/・・Acro

    SW SELECT FLAP ELEV AILE NORM FLAP SYSTEM LAND DELAY INH・ ・・・・・・・・・s INH・ ・・・・・・・・・s INH・ ・・・・・・・・・s AUTO・LAND・・・・・・・・・・・・・・・・・・・・・・INH・THRO(・・・・・・・・・・・・・・・・・・・・) WING NORMAL・FLAPERON・DELTA WING TYPE V-tail INH・ACT THRO CUT INH・ACT TRIM MEMORY INH・ACT THRO +/-・・・・・・・・・・・・・・・% THRO TRIM TIME・LAG:・・INH・ ・・・・・・・・・・・・・s SW SEL XG6.indd 74 12/03/01 16:04...
  • Page 77 SW SEL SW SEL ALARM THRO STICK REV・NORM TEMPERATURE DIRECTION INH・(・・・・・・・・・・・・・・℃ /℉ ) STICK MODE ALARM RX-BATTERY INH・(・・・・・・・・・・・・・・・V) ALARM GEAR RATIO PROPELLER DELAY NO LINK ALARM INH・10s・15s・20s・30s INH・(・・・・・・・・・・・・・・・・・・・・) INH・(・・・・・・・・・・・・・・・・・・・・) INH・(・・・・・・・・・・・・・・・・・・・・) VOLT-ALARM CAPACITY CAPA-ALARM FLIGHT PACK INH・(・・・・・・・・・・・・・・・・・・V) INH・(・・・・・・・・・・・・・・・・・・・%) XG6.indd 75 12/03/01 16:04...

  • Page 78: Xg6・Data・Sheet・・/・・Glid

    SPOI STICK → ELEV OFF・ON LFLP(FLAP) RFLP LAIL RAIL DELAY CRUISE CAMB SYSTEM LAUNCH LAND SW SELECT MOTO SYSTEM HOLD POSITION % HOLD DELAY HIGH・↑ LOW ↓ FMOD AILE RUDD FLAP BRAKE CRUISE DIFFERENTIAL LANCH LAND XG6.indd 76 12/03/01 16:04...
  • Page 79 SW SEL SW SEL ALARM THRO STICK REV・NORM TEMPERATURE DIRECTION INH・(・・・・・・・・・・・・・・℃ /℉ ) STICK MODE ALARM RX-BATTERY INH・(・・・・・・・・・・・・・・・V) ALARM NO LINK ALARM INH・10s・15s・20s・30s GEAR RATIO PROPELLER DELAY INH・(・・・・・・・・・・・・・・・・・・・・) INH・(・・・・・・・・・・・・・・・・・・・・) INH・(・・・・・・・・・・・・・・・・・・・・) VOLT-ALARM CAPACITY CAPA-ALARM FLIGHT PACK INH・(・・・・・・・・・・・・・・・・・・V) INH・(・・・・・・・・・・・・・・・・・・・%) XG6.indd 77 12/03/01 16:04...

  • Page 80: When▋Required

    This is displayed if the battery is removed while setting is taking place, and when there are problems in the internal memory. ⿟ Response If the message is repeatedly displayed, please contact your JR sales agent(JR Distributer). XG6.indd 78 12/03/01 16:04...

  • Page 81: Repair・And・After・Sales・Service

    4) If customers violate any of the terms listed in the ‘Caution’ section of this document, customers must terminate the use of the product if ordered by our company. 5) Please note that regardless of the above, we will not be responsible for any other effects which arise by operating this product. XG6.indd 79 12/03/01 16:04...
  • Page 82 XG6.indd 80 12/03/01 16:04...
  • Page 83 XG6.indd 1 12/03/01 16:04...
  • Page 84 Data : XG11_manu_H Date : 20111110 The contents and specifications are subject to change without notice. XG6.indd 2 12/03/01 16:04...

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