Hey Joe,
The 5000A acceleration setting is buried in the control settings I think. It's called acceleration limit from memory. I'll try and take a photo if I remember, but I'm sure you'll find it if you look long enough.
Brian and I had a great ride on our LMX 64's on the weekend and there are definitely some noticeable differences between our bikes with one of them being mine accelerates harder off the line, lifting the front a bit, but then tapers off around 35-40kph, where as Brian's pulls hard for longer all the way up to 50kph.
Part of the reason for this I think is I limited my field weakening to 30A so when it hits the natural 40kph top speed there is a power drop. I did this deliberately to keep it more efficient, but the trade off is a loss of top end torque.
I will second what Joe said about the pulley flange. Mine is also quite worn and had worn into the old aluminium pulley to the point I forgot they were separate pieces and thought they were one piece when I pulled it off.
Cheers
The 5000A acceleration setting is buried in the control settings I think. It's called acceleration limit from memory. I'll try and take a photo if I remember, but I'm sure you'll find it if you look long enough.
Brian and I had a great ride on our LMX 64's on the weekend and there are definitely some noticeable differences between our bikes with one of them being mine accelerates harder off the line, lifting the front a bit, but then tapers off around 35-40kph, where as Brian's pulls hard for longer all the way up to 50kph.
Part of the reason for this I think is I limited my field weakening to 30A so when it hits the natural 40kph top speed there is a power drop. I did this deliberately to keep it more efficient, but the trade off is a loss of top end torque.
I will second what Joe said about the pulley flange. Mine is also quite worn and had worn into the old aluminium pulley to the point I forgot they were separate pieces and thought they were one piece when I pulled it off.
Cheers