Changes

You can use nearly any transmitter that provides at least 6 channels. By default 5 channels are used for controlling Microbeast PLUS and one channel controls the motor. If using additional features like AttitudeControl or (nitro) RPM Governor more channels may be useful to have.<br />

You can use nearly any transmitter that provides at least 6 channels. By default 5 channels are used for controlling Microbeast PLUS and one channel controls the motor. If using additional features like AttitudeControl or (nitro) RPM Governor more channels may be useful to have.<br />

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Create a new model in your radio‘s model memory. Disable any mixing functions for the swashplate or rudder. Each function should be assigned to just one receiver channel.

Create a new model in your radio‘s model memory. Disable any mixing functions for the swashplate or rudder. Each function should be assigned to just one receiver channel.<br />

{{QUOTE|'''Never enable your radio‘s eCCPM mixing function!''' All the swashplate mixing will be done by Microbeast PLUS. Always set your radio‘s swash mixer to mCCPM (mechanical mixing) which is often called “H1”,  “1 servo” or “normal“ mixing or disable “swash mixing” if applicable.}}

{{QUOTE|'''Never enable your radio‘s eCCPM mixing function!''' All the swashplate mixing will be done by Microbeast PLUS. Always set your radio‘s swash mixer to mCCPM (mechanical mixing) which is often called “H1”,  “1 servo” or “normal“ mixing or disable “swash mixing” if applicable.}}

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Again make sure that there are no mixing functions active (for example rudder revo-mixing). Have a look at the radio’s servo monitor: each stick has to control one channel/servo output (except for thrust stick which typically controls collective pitch and motor). Remember when using Microbeast PLUS you do not directly control the servos of the helicopter. By moving a stick you give a control command to the Microbeast PLUS unit which then performs the necessary servo movements to move the helictoper in the commanded direction. Each control command is bound to one servo output channel of the transmitter.<br />

Again make sure that there are no mixing functions active (for example rudder revo-mixing). Have a look at the radio’s servo monitor: each stick has to control one channel/servo output (except for thrust stick which typically controls collective pitch and motor). Remember when using Microbeast PLUS you do not directly control the servos of the helicopter. By moving a stick you give a control command to the Microbeast PLUS unit which then performs the necessary servo movements to move the helictoper in the commanded direction. Each control command is bound to one servo output channel of the transmitter.<br />

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Other functions such as throttle curves, ESC switches or auxiliary functions can be adjusted as usual. When using the RPM Governor function the throttle adjustment will be described later. Also the switch assignment for AttitudeControl will discussed at the specific topic.

Other functions such as throttle curves, ESC switches or auxiliary functions can be adjusted as usual. When using the RPM Governor function the throttle adjustment will be described later. Also the switch assignment for AttitudeControl will discussed at the specific topic.<br />

{{QUOTE|[[File:Warning.png|18px|sub]] '''Always make sure that the motor in electric models can not start when doing the adjustment work!''' If the drive battery is used as power supply for receiver, servos and Microbeast PLUS, disconnect the motor from the ESC.}}

{{QUOTE|[[File:Warning.png|18px|sub]] '''Always make sure that the motor in electric models can not start when doing the adjustment work!''' If the drive battery is used as power supply for receiver, servos and Microbeast PLUS, disconnect the motor from the ESC.}}

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