Heli-Max HMXE0807 Addendum - Manual (Page 4)

4
Rudder Gain
The Rudder Gain is used to adjust the amount of correction that the TAGS
applies to the tail rotor during unintended movements. Finding the ideal gain
setting will take some experimentation. If the tail is slowly drifting, then raise
the gain and test fl y the model. If the tail is quickly oscillating (also known as
wagging), then lower the gain and test fl y the model. Turning the adjustment
clockwise increases the gain and turning the adjustment counter-clockwise
decreases the gain.
Elevator Gain
The Elevator Gain is used to adjust the amount of correction that the TAGS
applies to the Pitch Axis during unintended movements. Finding the ideal gain
setting will take some experimentation. If the Pitch Axis is slowly drifting then
raise the gain and test fl y the model. If the Pitch Axis is quickly oscillating (also
known as wagging), then lower the gain and test fl y the model. Turning the
adjustment clockwise increases the gain and turning the adjustment counter-
clockwise decreases the gain.
Aileron Gain
The Aileron Gain is used to adjust the amount of correction that the TAGS
applies to the roll axis during unintended movements. Finding the ideal gain
setting will take some experimentation. If the roll axis is slowly drifting, then
raise the gain and test fl y the model. If the roll axis is quickly oscillating (also
known as wagging), then lower the gain and test fl y the model. Turning the
adjustment clockwise increases the gain and turning the adjustment counter-
clockwise decreases the gain.
WK. – ADJ. Adjust Mode Switch
Use the WK. setting for normal fl ight operation. To lock the swashplate in
the level position while making mechanical adjustments use the ADJ. option.
Always switch back to the WK. mode before fl ying the model.
On – Off Electronic Flight Stabilization System
Enable TAGS - On
Disable TAGS - Off
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