- Built a wooden stand for the motor - Powered the controller and display from RD6024 PSU. - Generate a PWM from Arduino to simulate PAS sensor. - Blew the RD6024 PSU when the motor stopped getting power and back EMF produced a spike. - Repaired RD6024 PSU. Added diode in series to prevent the back EMF from blowing the RD6024 again. - Blew the display when the motor stopped getting power and back EMF produced a spike. - Depotted the controller for analysis. - Figured out to turn on the controller with the SW pin to run controller without display. - Replaced soldered connections with 2.0mm female headers. - Simulated throttle with potmeter on SPGND, SP5V, SP. - Flashed controller with EBiCS opensource firmware. - Blew 2 FETs due to running controller without heatsink.