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6.6 Servo middle adjustment, neutral rudder position
6.7 Gyro direction adjustment
Tilt the head up around the pitch axis of your model. The
elevator should flap down accordingly. (When using just
one aileron servo).
Tilt the head down around the pitch axis of your model.
The elevator should flap up accordingly. (When using just
one aileron servo).
Rotate your model left around the roll axis. The left-hand
aileron should flap down accordingly. The right-hand
aileron should flap up accordingly.
Rotate your model right around the roll axis. The left-hand
aileron should flap up accordingly. The right-hand aileron
should flap down accordingly.
1
3
2
4
Rotate your model (the head) right around the yaw axis.
The rudder should turn left accordingly.
Rotate your model (the head) left around the yaw axis.
The rudder should turn right accordingly.
5
6
Centre all the rudders by adapting the length of the ball linkage
rod or setting it correctly using the trim keys (or sub-trim) of
the transmitter. The middle position of the gyro system then
has to be re-adjusted. Toggle the 3-way switch twice within
one second between Standard and Heading hold.
The blue LED flashes rapidly for approx. one second during
this process. Once the middle adjustment has been saved, the
blue LED starts to flash again. The same process is necessary
after carrying out a trim change in flight or if you are using a
new remote control system.
Make sure the gyro system is facing in the direction of forward flight prior to take off. Otherwise you may lose control of your
airborne model. In the worst case scenario, it could even crash. If necessary, deactivate the gyro.
!
In order to check correct functioning of MULTIGyro G3, switch
on the model, pick it up and carry out the following steps:
