Need help?Do you have a question about the ROBBE FX-20 and is the answer not in the manual?
General| Brand | ROBBE |
|---|---|
| Model | FX-20 |
| Category | Remote Control |
| Language | English |
Essential checks to perform before operating the model to ensure safety and proper function.
Step-by-step guide for safely removing and changing the transmitter battery.
Instructions on using the RC charger for charging batteries.
Explanation of the transmitter's menu structure and hierarchy.
Detailed explanation of the information displayed on the transmitter's home screen.
Guide to assigning functions to control inputs and switches.
Configuration and operation of the trainer system for instructor/student modes.
Detailed settings for trainer operation as instructor or student transmitter.
Managing model memories: creating, copying, deleting, and renaming.
Selecting the aircraft type (Airplane, Glider, Heli) and associated wing/tail configurations.
Choosing the appropriate swashplate type for helicopter models.
Assigning controls and trims to functions and channels.
Adjusting servo neutral positions and sub-trim for precise control centering.
Reversing servo direction to match control inputs and model response.
Configuring fail-safe positions for servos in case of signal loss.
Setting servo travel limits and endpoints for optimal control throw.
Setting up a switch to safely shut down the motor.
Setting up and managing flight conditions for gliders.
Setting dual rate throws and exponential curves.
Adjusting throttle response, delay, and curve for power models.
Using flaps and ailerons as airbrakes for slowing and altitude reduction.
Setting parameters for electric motors, including speed ranges and soft start.
Assigning controls and channels to helicopter functions.
Limiting cyclic pitch travel to prevent swash linkage damage.
Adjusting individual settings for aileron, elevator, and collective pitch.
Managing and activating up to five flight conditions for optimal rotor control.
Adjusting collective pitch curves for optimal rotor RPM.
Adjusting throttle curves and trim for hovering and other flight conditions.
Setting throttle cut position for autorotation landings.
Trimming swash plate for aileron, elevator, and cyclic pitch compensation.
Switching rotor head speed using a governor for consistent RPM.
Adjusting servo neutral positions and sub-trim for precise control centering.
Configuring servo travel limits and endpoints for optimal control throw.
Configuring fail-safe positions for all channels in MULTI mode.
Enabling battery fail-safe warnings and actions for the throttle channel.
Configuring dual rate settings for different control throws and switches.
Adjusting exponential curves to soften control response around neutral.
Instructions for downloading and installing the latest transmitter software.
Performing range tests using the power-down mode for safety.
To Next Page
