If you have a LiPo battery you should set the cutoff start to 3.6V a cell (43.2) and the cutoff end to 3.4V a cell (40.8V).
If you have a Li-Ion battery you should set the cutoff start to 3.0V a cell (36V) and the cutoff end to 2.8V a cell (33.6V).
With these values ou would be on the safe side and don’t stress the cells when they are close do completely discharged.
IF you have a single vesc you should set the battery max amps to not more then 50A at the beginning. And if you have 2 Vescs then don’t go higher then 40A for battery max at the beginning.
max ERPM of 60000 is perfect. You won’t reach those ERPM speeds when riding. Only on the bench with no load it would be possible.
And you should set the integrator limit to 105 accourding to your motor detection. Or simply run the motor dectection and press the apply button afterwards and then write the settings.
When you drive in watt mode then you should set the max watts to 3.6V * 12S * battery max = max watts
e.g for 40A battery max
3.6V * 12S * 40A = 1728 watts
Of course not 4.2V because there is a voltage sag
I just want that for most of the ride the remote is usable for all the throttle range. And to explain that it gets too far here. So I simply recommend this calculation and you will be fine.