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General| Product type | Remote control |
|---|---|
| Product color | Black |
| Frequency band | 2.4 GHz |
| Channels quantity | 3 channels |
| Built-in display | Yes |
Contact details for assistance, operation, use, and programming.
Contact information for the Futaba Service Center for programming and user questions.
Guidance to contact regional Futaba importers for assistance.
Information on product usage, export regulations, and unauthorized modifications.
FCC compliance details for digital devices and potential radio interference.
RF exposure compliance requirements, including minimum separation distance.
Statement of compliance with FCC rules for the device.
Explanation of DANGER, WARNING, and CAUTION symbols.
Essential safety guidelines for operating the R/C system.
Attention to field rules, obstacles, and safe flying practices.
Correct procedure for turning the transmitter and receiver on and off.
Overview of the transmitter's display, controls, and capabilities.
Description of the R2008SB receiver and its S.BUS port.
Information on compatibility with Futaba J-plug servos.
List of included items and specifications for transmitter and receiver.
Details on optional accessories like battery packs, trainer cords, and neckstraps.
Illustration and labels for the T8J transmitter controls in Airplane mode.
Illustration and labels for the T8J transmitter controls in Helicopter mode.
Instructions for installing, removing, and charging transmitter batteries.
Table showing default functions assigned to switches and VR.
Procedure for safely turning on the 8J transmitter system.
Diagrams for connecting servos to the receiver for aircraft models.
Diagrams for connecting servos to the receiver for helicopter models.
Instructions for charging transmitter and receiver batteries.
General rules and guidelines for battery charging and handling.
Guide to adjusting stick length and spring tension for comfort.
Procedure for adjusting the LCD screen contrast.
Procedure for checking radio range using Power Down Mode.
How to test individual servos during Power Down Mode.
Guidelines for mounting servos, receiver, and battery.
Instructions for best results with dual antenna diversity.
Methods for protecting the receiver from vibration and moisture.
Step-by-step guide for linking the transmitter and receiver.
Instructions for installing and connecting the S.BUS system.
Explanation of the startup screen, jog key, and other buttons.
Information on low battery, mixing alerts, and backup errors.
Index of available functions for aircraft programming.
Diagram illustrating menu navigation and control inputs.
How to select and switch between model memories.
Procedure for copying model data between memories.
How to reset individual model memories to factory defaults.
Guide to naming models and setting their type (aircraft/helicopter).
How to name the model memory and the transmitter's user name.
Setting model parameters like type, modulation, and ATL.
How to select the aircraft or helicopter model type.
How to select the receiver's transmission modulation type.
How to adjust throttle trim effectiveness based on throttle position.
Adjusting contrast, backlighting mode, time, and brightness.
Choosing what information is displayed on the home screen.
Setting battery type and adjusting LED behavior.
Procedure for transmitting and receiving model data.
How to reverse the direction of individual servos.
Setting end points for each servo's travel independently.
Setting engine idle for landings and spins.
Easy engine stop function via switch.
Setting throttle cut for electric motors.
Setting up adjustable control rates and exponential curves.
Examples of setting dual rates and exponential for heli models.
Setting up 3 rates and exponential for ailerons in ACRO.
Controlling two electronic clocks for flight time tracking.
Assigning controls to channels 5-8 for auxiliary functions.
Connecting two transmitters for training sessions.
Resets and adjusts digital trim effectiveness.
Changing the rate of trim movement for fine adjustments.
Adjusting servo neutral positions for precise alignment.
Displaying radio output and locating servo problems.
Setting receiver response to signal loss or low battery.
Receiver response to low airborne battery voltage.
Description of simple, twin aileron, and flying wing types.
Choosing between Flaperon, Aileron Differential, and Elevon.
Activating flaperons for combined aileron and flap control.
Using FLAP-TRIM to adjust flaperon center for level flight.
Setting up differential travel for twin aileron servos.
Description of simple, dual elevator, elevon, and V-tail types.
Setting up elevon mixing for delta or flying wing aircraft.
Combining elevator function with aileron function for dual elevator servos.
Combining elevator and rudder functions for V-tail aircraft.
How to set up and perform snap rolls using a switch.
Adjusting snap roll travels and activating the safety mode.
Overview of linear, offset, curve, and delay mixes.
Making flaps move proportionally to elevator control.
Using flaps, twin ailerons, and elevator for steep descents.
Adjusting flaperon travel and elevator response for airbrake.
Adjusting engine mixture based on throttle stick position.
Simulating turbine engine lag by slowing throttle servo response.
Adjusting the throttle operation curve for engine response.
Setting up variable pitch propeller curves for airplanes.
Setting up linear mixes for aircraft functions.
Using switches, NULL, or throttle for mix activation.
Understanding rate percentage and offset adjustments.
Setting up flap movement based on elevator input.
Setting up curve mixes for specific flight characteristics.
Setting up a curve mix to compensate for pitching issues.
Setting up gyro sensitivity and modes for GYA series gyros.
Overview of gyros, retracts, smoke systems, and kill switches.
Reference list for helicopter-specific functions and page numbers.
Choosing the correct model type for helicopter setup.
Description of different swashplate setups for helicopters.
Step-by-step guide to changing model and swashplate types.
Reducing/increasing/reversing rates for swashplate functions.
Correcting rotor tilt tendency by adjusting swash mixing.
Correcting model altitude changes due to rotor tilt.
Limiting swashplate travel to prevent linkage damage.
Adjusting throttle, pitch, and revo. mixing for hovering.
Step-by-step guide for setting normal flight condition parameters.
Holding engine at idle position for auto-rotation practice.
Adjusting curves for normal, idle-up, and throttle hold conditions.
Mixing collective pitch commands with rudder for torque.
Configuring additional flight conditions for maneuvers.
Setting automatic trim changes for different flight conditions.
Providing smooth transitions for offset, revo, or throttle hold.
Adjusting throttle and pitch curves for hovering.
Adjusting high and low pitch curves for each flight condition.
Explanation of what a gyro is and its function.
Description of Normal, Heading-hold/AVCS, and Stick priority.
Guidance on selecting a gyro based on skill and helicopter type.
Example for setting up AVCS gyro with idle-ups.
Explanation of the governor's role in maintaining head speed.
Setting governor speed and ON/OFF using one switch.
Explanation of the four available stick modes.
Procedure for calibrating transmitter sticks.
Reversing the throttle stick operation direction.
Selecting the display language for the transmitter.
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