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Covers safety, charging, and recycling of batteries to prevent hazards like leakage and fire.
Step-by-step guide for pairing the transmitter and receiver for communication.
Step-by-step guide for binding the DSM2 transmitter and receiver.
Overview of fail-safe functions and procedure to set it on all channels during binding.
How Dual Rate and Exponential settings work and how to input values for control surfaces.
How to adjust servo movement range for each channel independently.
How to limit maximum servo movement to prevent excessive force on linkages.
How to reverse servo operating direction (pulse change direction) for each channel.
How to slow down servo operation speed independently for each channel.
How to adjust throttle servo operation using multi-point curves.
How to adjust pitch servo operation using multi-point curves.
How to mix pitch and tail servo operation, also known as revolution mixing.
How the throttle hold function works for autorotation landings and engine cut.
How to control gyro sensitivity using GEAR or AUX channels and dual gain.
How the governor maintains uniform rotor speed for stable flight.
How swash plate mixing works for coordinated helicopter control.
How throttle mixing corrects rotor rotation speed reduction due to load.
How flaps are controlled, mixed with ailerons, and utilize auto throttle.
How differential mixing corrects aircraft yaw during turns.
How AILE->RUDD mixing aids coordinated turns and uses break function.
How AILE->FLAP mixing enhances roll rate by using flaps.
How ELEV->FLAP mixing provides 'air combat flaps' for snap maneuvers.
How RUDD->AILE/ELEV mixing corrects knife-edge flight biases.
How to equalize servo characteristics for control surfaces with multiple servos.
How to set the maximum up and down movement of flap control surfaces.
How to switch the motor on/off and control RPM with delay transitions.
How to adjust wing camber for flight endurance and glide ratio.
How to create air brakes using spoilers, ailerons, and flaps.
How flaperon mixing works, including Aileron->Flap and Flap->Aileron mixing.
How ELEV->CAMB mixing affects wing camber based on elevator operation.
How RUDD->SPOI mixing simulates drag rudder using spoilers.
How to create custom mixes using normal or curve mixing.
Setting up curve points for program mixing for advanced control.
How to set up a new model and switch between existing models.
How to copy and erase model data between transmitter memory and SD Card.
How to select the model type (Helicopter, Airplane, Glider) for a new model.
How to adjust trim settings like step, rate, and type for each flight mode.
How to connect two transmitters for dual control flight instruction.
How to bind receivers and perform range checks for reliable connection.
How to link input devices (switches, levers) to channels and define outputs.
How to match CCPM mixing to helicopter swash plate structure.
How servos move to predefined positions on RF signal loss for safety.
General| Channels | 11 |
|---|---|
| Frequency | 2.4GHz |
| Telemetry | Yes |
| Model Memory | 30 |
| RF Power | 100mW |
| Display | LCD |
| Frequency Band | 2.4GHz |
| Modulation | DMSS |
| Battery Type | 2S LiFe |
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