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GB
The steering exponential function modifies the transfer curve
between the steering wheel and the channel 1. Once activated, 2
buttons select which parameter value to modify:
Rate: adjust the slope of the curve. The smaller is the slope, the
shorter is the throw of the corresponding servo.
Exp.: adjust the Iinearity of the curve. A value of 0 corresponds to a
perfectly linear curve.
A positive value decreases the sensitivity near the neutral position
and increases it on the extreme sides. A negative value increase
the sensitivity near the neutral position and decreases it on the
extreme sides. The vertical dotted line displays in real time the
position of the steering wheel.
The horizontal dotted Iine displays in real time the steering
position after the exponential function. In this example, the
exponential function is activated, the selected parameter is
exponential and is set to its maximum value.
Steering exponential
If the steering servo throws too fast to an extreme position or
returns too fast to its neutral position, it may result in a loss of
control of the vehicle.
The steering speed function limits the maximum angular speed of
the steering servo. 2 buttons select which speed to limit.
Turn speed: limits the angular speed of the servo toward its
extreme side.
Return speed: limits the angular speed of the servo toward its
neutral position.
The status of the channel 1 (steering) is displayed in real time. The
red bar graph shows the position of the steering wheel and the
green bar graph the position of the steering servo.
In this example, the turn speed parameter is selected and is set to
its slowest speed. The steering wheel is completely turned to the
right (in red) but the steering servo (in green) due to its low turn
speed is late and just passed a third of its maximum throw.
The steering turn speed can be assigned to a trim switch. The
steering return speed can be assigned to a trim switch.
Steering speed
