6
If the gyro responds incorrectly, the direction must be changed.
See the reversing instructions that follow:
1
Gyro Direction Adjustment
1. Lift the nose of the model (pitch axis). The elevator
should move down.
2. Lift the tail of the model (pitch axis). The elevator
should move up.
3. Rotate the model left around the roll axis (left wing
down, right wing up). If the left aileron servo is attached to
the Gyro, the left aileron moves down. If the right aileron
servo is attached to the Gyro, the right aileron moves up.
4. Rotate the model right around the roll axis (left wing
up, right wing down). ). If the left aileron servo is attached
to the Gyro, the left aileron moves up. If the right aileron
servo is attached to the Gyro, the right aileron moves
down.
3
2
4
5. Rotate the nose of the model to the right (yaw axis).
The rudder should move left.
6. Rotate the nose of the model to the left (yaw axis). The
rudder should move right.
5
6
Make sure the gyro system is facing the direction of forward flight prior to take off or you may lose control of your airborne
model, causing it to crash in worst case scenarios. If necessary, deactivate the gyro.
!
To determine if the Gyro Direction is correct, switch on the
transmitter and Model (remembering to remove the propeller
first) and put the Gyro in Standard Mode.
Note: Right/left correspond to the view from standing behind
the model.
Test the following scenarios in standard mode:
