on video Car alternator converted to DC motor with high torque using controller

 First test with adjustable sensors and observations of the behavior of the motor and feedback from a commercial brushless.

The adjustment makes it possible to modify the advance a little like the adjustment of the delco head on gasoline engines before the arrival of the injection.
Starter guide for speed variation of a DC motor. In the video, I use an L293D integrated circuit to power the motor and vary its rotation speed. The start or stop commands and the speed setpoint will be generated by an Arduino Uno compatible card. In the video I explain the connections to be made between the different components to vary the speed of the DC motor. The program used automatically generates the speed setpoints by incrementing and decrementing the PWM value.

 First test with adjustable sensors and observations of the behavior of the motor and feedback from a commercial brushless.

The adjustment makes it possible to modify the advance a little like the adjustment of the delco head on gasoline engines before the arrival of the injection.
Starter guide for speed variation of a DC motor. In the video, I use an L293D integrated circuit to power the motor and vary its rotation speed. The start or stop commands and the speed setpoint will be generated by an Arduino Uno compatible card. In the video I explain the connections to be made between the different components to vary the speed of the DC motor. The program used automatically generates the speed setpoints by incrementing and decrementing the PWM value.