7,241
edits
Changes
Jump to navigation
Jump to search
Line 19:
Line 19: − + − <br />
Importing a new version from external source
=Setup with StudioXm=
=Setup with StudioXm=
Choose the swashplate mixing/swash type of your helicopter by clicking the corresponding button in the app. <br />
Choose the swashplate mixing/swash type of your helicopter by clicking the corresponding button in the app. To change the swash phasing or set a different type of swash mixing click '''Customize'''. Then a screen with advanced setup options will open.<br />
<br />
<br />
[[File:SetupGm.png|x250px]]<br />
[[File:SetupGm.png|x250px]]<br />
<br />
<br />
With the buttons '''+''' and '''-''' you can adjust the Virtual swash rotation/swashplate phasing if necessary (i.e. when using a scale helicopter with multiblade rotorhead). You can turn the swashplate internally by +- 179 degrees. To find out the exact value that is necessary for your helicopter align one rotorblade in parallel to the tail boom/longitudinal axis of the helicopter. Now when you move the elevator the rotorblade mustn't move at all. If it does, increase/decrease the phasing just until the blade is standing still. It must only react to roll or collective inputs similar as this would be the case with a two bladed rotorhead! The direction (sign) of phasing determines the control direction. If you have tuned the phasing into the wrong direction your control will be inverted, i.e. elevator will move the blades into the wrong direction when aligned 90 degrees to the boom.<br />
With the buttons '''+''' and '''-''' you can adjust the Virtual swash rotation/swashplate phasing if necessary (i.e. when using a scale helicopter with multiblade rotorhead). You can turn the swashplate internally by +- 179 degrees. To find out the exact value that is necessary for your helicopter align one rotorblade in parallel to the tail boom/longitudinal axis of the helicopter. Now when you move the elevator the rotorblade mustn't move at all. If it does, increase/decrease the phasing just until the blade is standing still. It must only react to roll or collective inputs similar as this would be the case with a two bladed rotorhead! The direction (sign) of phasing determines the control direction. If you have tuned the phasing into the wrong direction your control will be inverted, i.e. elevator will move the blades into the wrong direction when aligned 90 degrees to the boom.<br />
<br />
<br />