@Anselm a v-tail would typically be for pitch and yaw, rather than pitch and roll. However, you can make it work either way by attaching the tailplane to rotators. Have the rotators deal with one axis, and the control surfaces on the tail deal with the other
Oh sorry, not detailed enough.
Actually, I mean how i can make the control surfaces.
pitch: both up, roll: both against each other
Because: If you use 4 control surfaces, on one side it will look like a Y and break...
@Anselm a v-tail would typically be for pitch and yaw, rather than pitch and roll. However, you can make it work either way by attaching the tailplane to rotators. Have the rotators deal with one axis, and the control surfaces on the tail deal with the other
Oh sorry, not detailed enough.
Actually, I mean how i can make the control surfaces.
pitch: both up, roll: both against each other
Because: If you use 4 control surfaces, on one side it will look like a Y and break...
Put 2 wing pieces like this \/
Edit the dihedral of a vertical stabiliser.