Electric scooters are low-power light electric traction clans which allows easy mobility for small scale transportation such as in colleges, shopping complexes, neighborhoods and uptown city centrals. They are environmentally friendly as it doesn't contribute to any carbon emissions or noise pollution. 

• 36 V Controller/Converter

• 350W BLDC Hub Motor

• Brake Handle

• Disc brake 

• 36 V Lithium ion battery

• PCB for Dashboard

• Hall sensors

• Accelerator Throttle

• Chassis (Scooter Frame)

• 3-port inline charging vent

• Wires, cables, and connectors

After receiving a 36V battery, a controller, a dashboard PCB, an accelerator throttle, and necessary cables from Amazon, I modified the controller terminals to fit the XT60 connectors of the battery. The battery’s second outlet was extended to the handle for the charging port. The motor, installed in the front wheel, was connected to the controller along with the phase wires and hall sensor. Circuit board was linked to the throttle and brake sensor, and a five-wire cable facilitated communication between the PCB and the controller. The battery and controller were secured inside the deck with foam padding for stability, and the accelerator throttle and brake cylinder were mounted on opposite handles. Finally, the brake system was completed by connecting the brake handle to the rear wheel caliper, ensuring a functional mechanical braking system.