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General| Type | 6-channel radio control system |
|---|---|
| Channels | 6 |
| Model Memory | 10 models |
| Modulation | PPM |
| Range | 1.5 km |
| Dimensions | 190mm x 300mm x 60mm |
| Frequency | 72MHz |
Adjusts the direction of servo response for correct control surface movement.
Allows switching between two different control surface throws in flight.
Sets the maximum travel distance for each servo in either direction.
Modifies servo response sensitivity, softening initial stick movements.
Combines signals from multiple channels for coordinated servo operation.
Explains the function and location of each control on the transmitter.
Guidelines for mounting servos, ensuring proper alignment and vibration isolation.
Methods for routing and securing the receiver antenna inside or outside the model.
Instructions for attaching the frequency clip to the transmitter antenna.
Table detailing which functions are connected to each receiver output channel.
Overview of the LCD screen and the MODE, SELECT, and DATA INPUT controls.
Managing model memories and monitoring transmitter battery status and voltage.
Procedure for choosing and activating different model memories stored in the transmitter.
How to reset model memory data to factory defaults.
Setting different control surface throws for various flight conditions.
Adjusting servo response curve for smoother control inputs.
Combines aileron and elevator functions for tailless aircraft.
Using ailerons as flaps, controlled by the flap dial.
Mixing rudder and elevator functions for V-tail aircraft.
Combining flaperon and V-tail mixing for specific aircraft configurations.
Guide to changing transmitter stick modes for different control layouts.
Enables shared control between two transmitters for training purposes.
Provides a quick method to shut off the engine via a switch.
Accessory for mechanically limiting flap dial movement.
Recommendations for choosing safe and appropriate locations for flying RC aircraft.
Importance of proper battery charging and voltage monitoring for safe operation.
Essential steps to verify all controls are functioning correctly before flight.
Procedure to ensure adequate radio signal range for safe model control.
Warning against flying in rain due to potential moisture damage and control loss.
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