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Manuals:MBPlusFblV52:Governormenu F/en (view source)
Revision as of 06:42, 24 April 2022
, 2 years agoUpdating to match new version of source page
{{DISPLAYTITLE:GOVERNOR MENU F, G & H - Main gear ratio|noerror}}
{{DISPLAYTITLE:GOVERNOR MENU F, G & H - Main gear ratio|noerror}}
{{TOC_MBPlusV5|Manuals:MBPlusFblV52:Governormenu_E/en|Manuals:MBPlusFblV52:Quicktrim/en|GOVMENU|2}}
{{TOC_MBPlusV5|Manuals:MBPlusFblV52:Governormenu_E/en|Manuals:MBPlusFblV52:Gains/en|GOVMENU|2}}
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The Governor of MICROBEAST PLUS in general calculates with the rotor head speed of the helicopter. So as shown at the transmitter setup step of GOVERNOR MENU you can preset the desired head speed very easily and MICROBEAST PLUS will try to maintain this headspeed as close as possible. Thus the detected rotation speed of the motor can be converted into rotor head speed, you must specify the main gear ratio of the helicopter.<br />
The Governor of MICROBEAST PLUS in general calculates with the rotor head speed of the helicopter. So as shown at the transmitter setup step of GOVERNOR MENU you can preset the desired head speed very easily and MICROBEAST PLUS will try to maintain this headspeed as close as possible. Thus the detected rotation speed of the motor can be converted into rotor head speed, you must specify the main gear ratio of the helicopter.<br />
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For MICROBEAST PLUS Firmware 5.4.0 with Telemetry support this setting is also used for calculating the rotor speed that is displayed in your telemetry screen. Therefor it is not necessary to enable the GOVERNOR feature, of course you can use the internal governor of your ESC when using telemetry! Simply adjust the displayed rotor speed by changing the gear ratio here.<br />
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{{QUOTE|The gear ratio should be specified in the instruction manual for your helicopter. Especially with electric models it will vary depending on the motor pinion used. For helicopters with a single-stage gear drive the reduction can be calculated by dividing the number of pinion teeth from the main gear tooth count.<br />
{{QUOTE|The gear ratio should be specified in the instruction manual for your helicopter. Especially with electric models it will vary depending on the motor pinion used. For helicopters with a single-stage gear drive the reduction can be calculated by dividing the number of pinion teeth from the main gear tooth count.<br />
=Setup with StudioX=
=Setup with StudioX=
With StudioX simply enter your gear ratio in the app. Here we also added a calculator for single stage main drive systems. Enter your main gear tooth count and pinion size to easily calculate your main gear ratio. This can be directly stored then.<br />
With StudioX simply enter your gear ratio in the app. Here we also added a calculator for single stage main drive systems. Enter your main gear tooth count and pinion size to easily calculate your main gear ratio. This can be directly stored then.<br />
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'''Please note:''' The value ''Main gear ratio'' does not show the dot in front of the first decimal. So the value "10.0" is displayed as "100".<br />
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