Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]
Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]
Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]
Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]
Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]
Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]
Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]
Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]

Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]

Reference 4153CMM521
Available under 4 weeks
*according to supplier's lead time
Ninebot 36V 450W motor designed to provide smooth, efficient electric assistance, ideal for restoring...
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Ninebot 36V 450W motor designed to provide smooth, efficient electric assistance, ideal for restoring the original performance of your electric mobility. Designed for everyday use, this motor is ideal for users looking for reliable propulsion, stable acceleration and a replacement solution adapted to the world of electric scooters / e-mobility.

As soon as it is installed, this 36V motor brings an immediate gain in driving pleasure: more homogeneous response, better controlled motricity and a smoother ride. With its claimed power of 450W, it meets the needs of everyday urban travel, providing constant traction and a more comfortable riding experience.

  • Main function: electric propulsion motor (replacement / reconditioning).
  • Usage: everyday electric mobility (urban commuting, regular trips).
  • Key benefits: stable assistance, consistent performance, reliable solution for maintenance and repair.
  • Brand: Ninebot.
  • Product reference : CMM521.

This motor is presented as a Ninebot F2 Pro model. To avoid any error when choosing a part (version, connectors, mounting, compatibility), we recommend that you check the correspondence with your exact model before ordering.

Scroll down the page to see detailed technical specifications at the bottom ↓

Warranty : 2 years

Available under 4 weeks
*according to supplier's lead time
€190.40

The displayed price including VAT is indicative.
The final amount will be calculated based on the delivery address provided when placing the order.

Free delivery from €299

Delivery in 3 to 5 business days
Free for orders over €299

Returns within 14 days

Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]
Motor 36V 450W 6.5/B50 Ninebot F2 Pro [Ninebot]
€190.40
Reference 4153CMM521
Available under 4 weeks
*according to supplier's lead time

Technical specifications

Brand
Ninebot
Warranty
2 years
Ean13
8435764450297

Description

Description

The Ninebot 36V 450W motor for Ninebot F2 Pro is an essential spare part for bringing a compatible electric scooter back into service, replacing a worn, noisy or faulty motor. Designed to operate at 36V with a rated power of 450W, it restores stable driveability and acceleration response for urban use, while maintaining integration with original Ninebot equipment.

Benefits for the user

This 36V 450W motor is designed for reliable reconditioning of your Ninebot F2 Pro electric scooter: it helps restore traction, ride smoothness and proper operation of the propulsion chain (motor, controller, battery). It's the right solution when the motor is losing power, jerking, overheating or making mechanical noises, and you want to start again with a replacement that's right for your model.

Technical specifications

Nominal voltage: 36V. Power: 450W. Variant indicated: 6.5/B50. Brand: Ninebot. Product type: motor ("Motor" and "Motor and components" categories).

Recommended uses

Replacement of an original motor on an electric scooter to restore normal propulsion operation. Ideal for repair, maintenance or overhaul following a failure affecting the drive (loss of torque, rotation fault, irregular acceleration behavior).

Compatibility

Compatible with : Ninebot F2 Pro.

Expert advice

Before replacement, confirm the exact version of your F2 Pro and that the "6.5/B50" variant matches the motor to be replaced. During installation, check that connectors and wiring harness are in good condition, and that there is no play or rubbing that could damage the motor cable. After installation, carry out a stand test (wheel up) followed by a progressive test, and watch for any abnormal noise or overheating, possible signs of an assembly problem or related fault (bearings, controller, braking too tight).

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