Operation Manual

31
Preparation:
• Connect the aileron servos to channels 1 and 5.
This is how you set aileron differential:
Procedure Display GB:
1.
Select the DIFF setting in the MIX menu and switch
to the second line
AI
2.
Set the aileron differential e.g. 50%
AI
3.
Return to the first line
Continue as shown in the flow chart
8.5.5. Flaperon mixer for trimming the wing section
The term flaperon is a combination of flap (camber-changing flap) and aileron. The
flaperon mixer allows you to deflect both ailerons in one direction simultaneously
so that they function as camber-changing flaps, i.e. both ailerons move down or up.
This function requires a separate servo for each aileron. A typical application for
flaperons is a glider, in which the wing section can be trimmed for speed flying
(both ailerons up) or thermalling (both ailerons down). If your model’s instructions
do not state recommended flaperon deflections, a mixer value of around 10% is a
good starting point. The optimum settings can only be found by practical flight
testing.
Preparation:
• Connect the aileron servos to channels 1 and 5.
• Connect a slider, rotary knob or 3-position switch to socket E
(see 4.1.6. COCKPIT
MM
expansion facilities))
!!
See also the notes on the following page!
This is how you set the flaperon mixer:
Procedure Display
1.
Select the FLPRN setting in the MIX menu and
switch to the second line
2.
Set the mixer value e.g. 10%
3.
Return to the first line
Continue as shown in the flow chart