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same movements. For example, if you select it to 2:4, with the same movement as in
the normal 4:4, you only get the 50% of the signal. So, you improve the precision in
maneuvers that need small and precise movements, as we mentioned above.
ROLL, PITCH AND YAW SENSITIVITY
These controls allow to individually change the axes sensitivity from 100% to 0% in
discrete steps of 1% (except Roll sensitivity in 2% steps to maintain capability with
FSSB-R3), so it is possible to adapt the levels of axes individually to the requirements
of each situation.
This setting is ideal to disable an axis in a slot, for example the Z axis, usually
assigned to the Yaw axis. You only need to change the setting to 0% and the Z axis
measure will be always “0” when that slot is active.
Pay attention because this setting is also applied to the Full Scale Control. For
example, if you set the FSC to 2:4 and the sensitivity to 50%, with these two settings,
the maximum level of response will be 25% in respect with the level in normal
conditions (4:4 and 100%).
Maximum in Y with FSC 4:4 & Sensitivity 100% Maximum in Y with FSC 2:4 & Sensitivity 50%
ROLL CONTROL ASSISTANCE (RCA)
This feature enables (ON) and disables (OFF) the Roll Control Assistance. The Roll
Control Assistance (RCA) intends to compensate in maneuvers with high angle of
attack and small or no roll, as looping maneuvers, the effect of roll introduced
“unintentionally” by the pilot during the maneuver execution. With this feature enabled,
the higher the pitch, the smaller roll value.
In the images below, you can see how the RCA modify the roll value. With this feature
enabled, a Roll value of 25% of input gives 0% of output.
