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Hello,
at least for gliders, it is almost always necessary to give wing servos a substantial offset.
This is a tribute to the very asymmetrical deflections of flaps and ailerons.
"Offset" means…
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```
Currently the trim value for a particular flight mode depends solely on the
trim lever position and the flight mode group.
Trim_value (fm) = Trim_lever_position (fm_group)
In many applications …
-
```
Currently the trim value for a particular flight mode depends solely on the
trim lever position and the flight mode group.
Trim_value (fm) = Trim_lever_position (fm_group)
In many applications …
-
```
Currently the trim value for a particular flight mode depends solely on the
trim lever position and the flight mode group.
Trim_value (fm) = Trim_lever_position (fm_group)
In many applications …
-
```
Currently the trim value for a particular flight mode depends solely on the
trim lever position and the flight mode group.
Trim_value (fm) = Trim_lever_position (fm_group)
In many applications …
-
```
Currently the trim value for a particular flight mode depends solely on the
trim lever position and the flight mode group.
Trim_value (fm) = Trim_lever_position (fm_group)
In many applications …
-
```
Currently the trim value for a particular flight mode depends solely on the
trim lever position and the flight mode group.
Trim_value (fm) = Trim_lever_position (fm_group)
In many applications …
-
```
Currently the trim value for a particular flight mode depends solely on the
trim lever position and the flight mode group.
Trim_value (fm) = Trim_lever_position (fm_group)
In many applications …
-
```
Currently the trim value for a particular flight mode depends solely on the
trim lever position and the flight mode group.
Trim_value (fm) = Trim_lever_position (fm_group)
In many applications …
-
```
Currently the trim value for a particular flight mode depends solely on the
trim lever position and the flight mode group.
Trim_value (fm) = Trim_lever_position (fm_group)
In many applications …