GRAUPNER Falcon 12 Manual page 24

Gyro setting
MODE AI/EL
MODE RU
Aile:
Elev:
Rudd:
Factor:
24 / 52
Notes
• The trim of the transmitter, in particular the trim of the ailerons,
can only be used without restrictions in mode "0", if necessary
with caution in mode "1" and must be left in neutral position in
modes "2" and "3".
• If the model is too agile in mode 3, it is then recommended to
set in the transmitter DUAL RATE and/or EXPO for this mode.
Thus the model will react in a more docile way. In the Rate mode
the model tries to reach the controlled rate. Also in mode 2
EXPO can be useful.
Aileron/elevator/rudder
The regulation can be fixed separately for "Aileron", "Elevator" and
0 "Rudder" in the range of 0 ... 10; Switched off; or be set accordingly
0
via one of the available control channels C5 ... C16 assigned to this
5
function.
5
5
Adjustment range: 10 ... 0, OFF, (0 ... 10)C5 ... C16
OFF
Notes
• The setting values should not exceed the range of 4 ... 5 in nor-
mal flight, 2 ... 3 in speed flight and 3 ... 6 during landing. Only
by Torque the maximum value can be at 10.
• A setting value of "0" switches off the relevant control.
FACTOR
The setting of a factor affects the parameters of "aileron", "elevator"
and "rudder" equally.
Adjustment range: OFF, (0 ... 200)C5 ... C16
If a proportional control is assigned to the selected control channel
in the transmitter, this can be used to set the desired factor between
± 200% in 1% increments.
Notes
• The OFF value means a gyro action of 100%!
• If no control is assigned to the selected control channel, a factor
of "100%" results due to the then normally present neutral posi-
tion of the control channel.
• The standard factor should cause the gyros to correct the mod-
el's attitude quickly when it is upset by an outside influence.
Without causing oscillation, but in practice the optimum values
for a particular model can only be found by flight-testing. If the
model shows little or no automatic stabilization with the default
settings, the value should be raised; on the other hand. If the
model oscillates (wave-like movements in flight), the value
should be reduced.
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