magudaman
10 kW
I know this has been discussed before but I could seem to find it. Most places seem to claim that two brushless motors on a single controller is a bad idea but I don't feel it would be that hard to accomplish.
So the idea is to use two RC out runners on a timing belt feeding into a single output shaft. Through a series of adjustments on the plates both motor can be very minutely adjusted in position to essentially lock the rotors into the same position. Utilizing a oscilloscope you can confirm that the winds are in fact locked at the same locations. You end up with 4KW in a 4lbs package with better cooling that a single motor (RC) and a output of a nice comfortable 2800RPM. Lets say at a cost of
Let assume I don't have to worry about the belt slipping, what are all the problems with this scenario?
So the idea is to use two RC out runners on a timing belt feeding into a single output shaft. Through a series of adjustments on the plates both motor can be very minutely adjusted in position to essentially lock the rotors into the same position. Utilizing a oscilloscope you can confirm that the winds are in fact locked at the same locations. You end up with 4KW in a 4lbs package with better cooling that a single motor (RC) and a output of a nice comfortable 2800RPM. Lets say at a cost of
Let assume I don't have to worry about the belt slipping, what are all the problems with this scenario?