48v 1800w Brushless Motor Electric Scooter E Bike Motorcycle DIY Conversion Kit
Specifications
| Return Shipping Will Be Paid By | Buyer |
| All Returns Accepted | Returns Accepted |
| Item Must Be Returned Within | 30 Days |
| UPC | Does Not Apply |
| Output Power | 1800W |
| Type | Motor |
| Motor Sprocket | T8F 9T |
| Rated Speed | 4300-4500RPM |
| Features | Brushless 48v DC Motor |
| Motor Rated Torque | 3.5-8.8N.m |
| Brushless Controller | Current limit 32A |
| Color | Silver |
| MPN | Does Not Apply |
| Motor Current | 28Ah |
| Motor Weight | 10.6 lbs |
| Brand | Boma |
Set of reliable powerful 48v 1800w brushless electric motor & controller and other necessary components. Max power: 1800w-2000w, Rated torque: ?3.5-10N.m, Rotating speed: 4300-4500RPM Brushless motor is much better than brushed motor, it's high efficiency, powerfrugal, low noise, Long lifespan, stable... Applicable to go karts, scooters, e-bike, atv, motorized bicycle, moped, mini bikes, pocket bikes, electric dirt bikes, etc. Package Contents: 1 x Motor 1 x Controller 1 x LCD Display Throttle Grip w/ key switch 1 x 3 speed switch Motor Spec.: Model: 48VDC 1800W Brushless Motor Sproket: T8F 9Teeth Rated current: 28A Max Current? 40A No-load current: ?3.0A Rated torque: ?3.5-10N.m Max power: 1800w-2000w Motor weight: 10.5 lbs (4.8kg) Rated rotating speed: 4300-4500RPM Controller Spec.: Rated voltage: DC 48v Current limit: 32A Rated power: 1800w Matching motor: DC Brushless motor Under Voltage Protection: 42V Why choose Brushless motor? What is the advantages of brushless motor : 1. Less electrical and electromagnetic noise 2. Long lifespan: No brushes to wear out, around triple lifespan as brushed motor 3. Low maintenance: No brushes to replace 4. Powerfrugal: Power consumption is 1/3 of brushed motor 5. High efficiency: Brushless motors are typically 85-90% efficient whereas brushed DC motors are around 75-80% efficient. inkfrog terapeak For instruction video, please refer to the below youtube video https://www.youtube.com/watch?v=APRoSdOSf0c