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General| Channels | 6 |
|---|---|
| Frequency | 2.4 GHz |
| Modulation | T-FHSS, S-FHSS |
| Application | RC models |
| Model Type | Airplane, Helicopter, Multirotor |
Essential safety guidelines covering use, export, flying, and battery handling.
Step-by-step guides for linking receivers to the transmitter.
Procedure for performing a radio range check to ensure adequate operational range.
Overview of the telemetry system, available sensors, and their setup.
How to select, reset, copy, and manage model data stored in the transmitter.
How to select the aircraft type (Airplane, Helicopter, Glider, Multicopter) and its associated settings.
How to set the fail-safe function to ensure safe operation in case of signal loss.
Adjusting servo travel (throws) for each channel to match aircraft requirements.
Setting various transmitter parameters like LCD contrast, backlight, battery alarm, etc.
Setting up custom mixing functions to combine multiple channel operations.
Setting up and viewing telemetry data from sensors connected to the receiver.
Registering and managing telemetry sensors connected to the system.
Connecting and configuring S.BUS servos for advanced control and parameter adjustments.
Using the trainer function to teach or learn flying with another transmitter.
Function to lower engine idle speed, useful for landing.
Function to cut engine/motor by stick operation, typically for landing.
Adjusting dual rates and exponential curves for multicopter flight.
Setting a 5-point throttle curve for motor speed control in multicopters.
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