Does this run closed loop and open loop or just closed loop based on the wiring diagram? I only see closed loop ones, given the nature of what you’re using it for is robotics. I understand why you would not need to ask. if it’s only closed loop, I will need a sensor, probably a as5048a because of the higher speeds also if it does run both, is there a major efficiency difference between closed loop and open loop at higher speeds If so, keep in mind that based on the only data point I have of a similar motor, I have to assume that he was using a FOC device that was oversized, resulting in a similar throttle issue to the one I have with ESC, aka the FOC board was too big for the motor, given they do a very similar thing to an ESC in a different way. thats fine because this FOC is rated for 1a continuous use and 2.5a peak and the right voltage or two foc are very inefficient at high speeds or three user errors
Ideally i need someone with a 300-600 kV motor that’s running at 50%-80% of the FOC’s boards max wattage at high rpm (1500 rpm-3000rpm) I would need readings from a wattmeter after the FOC and before the FOC.
in the end I am only using a foc because esc suck in terms sizing for long glider they use extremely small amounts of power