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{{DISPLAYTITLE:Motor start position|noerror}}

{{DISPLAYTITLE:Motor start position|noerror}}

{{TOC_MBPlusV5|Manuals:MBPlusFblV5:Governormenu_A/en|Manuals:MBPlusFblV5:Governormenu_C/en|GOVMENU}}

{{TOC_MBPlusV5|Manuals:MBPlusFblV52:Governormenu_A/en|Manuals:MBPlusFblV52:Governormenu_C/en|GOVMENU|2}}

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GOVERNOR MENU point B is used to set the lowest throttle position. This is necessary for different reasons, i.e. the system must now where is the motor starting point when beginning the automatic spool up of the rotor when enabling the governor from standing still.<br />

GOVERNOR MENU point B is used to set the lowest throttle position. This is needed as the system must know the motor starting point for the automatic spool up of the rotor when enabling the governor from standing still.<br />

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Using an electric model bring the throttle stick to the position at which the motor just does not start. If the stick throw has been adjusted correctly as described at GOVERNOR MENU point A (or the speed controller has been programmed to the stick throws), the necessary throttle position should be achieved at the lowest position of the throttle stick. Some speed controllers provide a special mode that allows for a quick start-up in case of aborting an autorotation landing. Here there is a larger area between the actual „motor off“ position of the speed controller and the point at which the motor actually starts. Also in this case move the throttle stick to the point at which the motor is just before to start, so that MICROBEAST PLUS can determine the effective throttle range correctly.<br />

Using an electric model bring the throttle stick to the position at which the motor is just about to start. If the stick throw has been adjusted as described at GOVERNOR MENU point A (or the speed controller has been programmed to the stick throws), the necessary throttle position should be achieved at the lowest position of the throttle stick. Some speed controllers provide a special mode that allows for a quick start-up in case of aborting an autorotation landing. Here you have a larger area between the actual „motor off“ position of the speed controller and the point at which the motor starts. Also in this case move the throttle stick to the point at which the motor is just before to start, so that MICROBEAST PLUS can determine the effective throttle range correctly.<br />

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With a nitro/gasser model bring the throttle stick to idle position or a slightly increased idle position (not „motor off“!) so MICROBEAST PLUS can determine the effective throttle range in the next step. In case you've not assigned an auxiliary channel to control the Governor when doing the setup in RECEIVER MENU, this position additionaly will be used as idle position when performing autorotation maneuvers. So you should set the throttle as high as necessary here that the motor will maintain a stable run and doesn‘t quit in autorotation.<br />

With a nitro/gasser model bring the throttle stick to idle position or a slightly increased idle position (not „motor off“!) so MICROBEAST PLUS can determine the effective throttle range in the next step. In case you've not assigned an auxiliary channel to control the Governor when doing the setup in RECEIVER MENU, this position additionaly will be used as idle position when performing autorotation maneuvers. So you should set the throttle as high as necessary here that the motor will maintain a stable run and doesn‘t quit in autorotation.<br />

=Setup with StudioX= <!--T:4-->

=Setup with StudioX= <!--T:4-->

When performing the setup with StudioX, you will see the actual internal throttle value in the app. Usually this will be something around +-1000 when the throttle is at lowest position. Push the SET button in order to store this value as lowest throttle value for the headspeed governor.<br />

 

=Setup with StudioXm= <!--T:5-->

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