Translations:Studiox ar7200bx plugin/23/en: Difference between revisions
Importing a new version from external source |
Importing a new version from external source |
||
| Line 5: | Line 5: | ||
'''Custom Torque precompensation'''<br /> | '''Custom Torque precompensation'''<br /> | ||
Setup your custom Torque precompensation and tail gain asymmetry here. Make sure that the custom preset is selected as Torque precompensation preset (dialog's header shows "Active") in order to enable the custom setup and to see any changes reflected on your model in real-time.<br /> | Setup your custom Torque precompensation and tail gain asymmetry here. Make sure that the custom preset is selected as Torque precompensation preset (dialog's header shows "Active") in order to enable the custom setup and to see any changes reflected on your model in real-time.<br /> | ||
[[File:mb_revomix.png|200px|thumb|none]] | [[File:mb_revomix.png|200px|thumb|none]] | ||
For a detailed explanation of Torque precompensation please consult the AR7200BX/AR7300BX instruction manual. The parameter "Asymmetry" intensifies the tail gain into torque direction. This can be used if the tail gyro system reacts differently depending on the direction the rudder is moved, i.e. when the tail does stop properly only from rotation into one direction but not from the other. Note the parameter "Direction" determines in which direction the tail gain will be intensified. So it is mandatory you setup the Torque precomensation and determine torque direction before using the "Asymmetry" parameter even if you don't want to use Torque precompensation (in this case simply set the cyclic and collective compensation to "0").<br /> | For a detailed explanation of Torque precompensation please consult the AR7200BX/AR7300BX instruction manual. The parameter "Asymmetry" intensifies the tail gain into torque direction. This can be used if the tail gyro system reacts differently depending on the direction the rudder is moved, i.e. when the tail does stop properly only from rotation into one direction but not from the other. Note the parameter "Direction" determines in which direction the tail gain will be intensified. So it is mandatory you setup the Torque precomensation and determine torque direction before using the "Asymmetry" parameter even if you don't want to use Torque precompensation (in this case simply set the cyclic and collective compensation to "0").<br /> | ||
<br /> | <br /> | ||
Latest revision as of 16:18, 5 January 2016
Custom Control style
Setup your custom Control style here. Make sure that the custom preset is selected as Control style preset (dialog's header shows "Active") in order to enable the custom setup.
You can define roll rate and expo for each rotation axis. Increasing expo will tame down reaction to stick inputs around the stick center position. Please be careful when reducing expo and/or increasing roll rate as this can make the helicopter uncontrollable for you. As a starting point for setup please see what is hidden behind the predefined presets by hovering with the mouse cursor of the different preset values in the "Parameter Overview".
Custom Torque precompensation
Setup your custom Torque precompensation and tail gain asymmetry here. Make sure that the custom preset is selected as Torque precompensation preset (dialog's header shows "Active") in order to enable the custom setup and to see any changes reflected on your model in real-time.
For a detailed explanation of Torque precompensation please consult the AR7200BX/AR7300BX instruction manual. The parameter "Asymmetry" intensifies the tail gain into torque direction. This can be used if the tail gyro system reacts differently depending on the direction the rudder is moved, i.e. when the tail does stop properly only from rotation into one direction but not from the other. Note the parameter "Direction" determines in which direction the tail gain will be intensified. So it is mandatory you setup the Torque precomensation and determine torque direction before using the "Asymmetry" parameter even if you don't want to use Torque precompensation (in this case simply set the cyclic and collective compensation to "0").