36 volt 1000 watt motor upgrade and project kit includes the following components. This is the most powerful 36 volt motor kit available.
The minimum recommended battery size for this kit is three 12 volt 10 amp hour batteries. Larger 12 volt batteries can be used to fit your application and to provide longer run times.
36 Volt 1000 Watt Motor with 11 Tooth 8 mm 05T Chain Sprocket & Mounting Bracket (MY1020)
36 volt 1000 watt chain driven electric motor, with mounting bracket. Works on most 36 volt electric scooters, bikes, go karts, and mopeds.
36 Volt 1000W Universal Speed & Voltage Controller
Eight connectors: Battery, Motor, Charger, Lock, Throttle, Brake Connector, Brake Light, and Pilot Lamp.
You MAY need to cut and splice a few but not all of your old controller connectors.
T53-6119 (Full Grip Throttle)
Hand Throttle with 3 Wires
Our hand throttle with 3 wires is a generic scooter throttle that may also used on many electric pocket bikes and dirt bikes. Throttle wire measures 61". This is the most common type of electric scooter throttle on the market. If your scooter throttle looks like the image and has three wires, it is compatible with your scooter. Also includes the matching left side rubber handlebar grip.
T53-6165 (Half Grip Throttle)
36 Volt 4 Wire Half Grip Twist Grip Throttle with LED Battery Level Meter
For situations where a half grip throttle would be more appropriate, we recommend this version of the kit. Please note that this throttle has four wires but only three will be used! The fourth, unused wire controls the battery meter on the throttle. Therefore, the battery meter will not function when used with the controller that is included in this bundle. Like the full grip throttle listed above, this four-wire hand throttle is typically used in a variety of electric scooter, pocket bike, and dirt bike applications. Also includes the matching left side full grips and right side half grip.
All scooter controllers require a switch
, (joined to the "Lock" connector on the controller wires), in order to complete the electrical circuit.