Programming step : " drag brake" setting
Presetting:
10%
Selection:
0%, 5%, 10%, 15%, 20%, 25%, 30%, 40%
With a "drag brake" setting between 0% and 40% you simulate the internal resistance of a
normal brush motor in neutral, i.e. the model will be braked with the motor in addition to the
rolling resistance.
Programming step :
Presetting:
Undervoltage protection
Selection:
no undervoltage protection, 2.6V/cell, 2.8V/cell, 3.0V/cell, 3.2V/cell, 3.4V/cell
This function mainly serves to protection LiPo batteries against deep discharge and can also be
switched off. Please choose a value between 2.6V/cell and 3.4V/cell. The speed controller cons-
tantly monitors the battery voltage and turns off the power supply to the motor if the threshold
value is fallen short of.
Never shut off the undervoltage protection if you are using LiPo batteries!
Programming step :
Presetting:
"aggressive"
Selection:
soft, normal, aggressive, very aggressive
Depending on the driving style and ability, the start-up behaviour of the motor and thus the
start-up behaviour of the model can be set from "soft" to "very aggressive". For "aggressive"
to "very aggressive" punch, you will need a high-quality, high-current capable battery with low
internal resistance and a high discharge current with steady output voltage.
Low-quality batteries cannot provide the current for aggressive punch fast enough which will
result in a cogging motor during the start.
Programming step :
Presetting:
100%
Selection:
25%, 50%, 75%, 100%
The speed controller distributes the brake force proportionally across the entire lever path. The
maximum braking action starts at the rear end point of the accelerator/brake lever.
A high brake force reduces the brake path but strains the differentials.
Selection of the interrupting voltage (undervoltage protec-
tion)
Adjusting the start-up behaviour ("punch")
Setting the maximum braking strength
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