HM-11-GZ Manufacturer – High-Performance 11–14 Inch Electric Scooter Motor with Enhanced Cooling

The HM-11-GZ electric scooter motor from HWAMUNG is a next-generation solution tailored for high-performance scooters and karts. Designed with a split-type disassembly pneumatic tire, this motor simplifies tire replacement while delivering outstanding speed, torque, and thermal management. Built for 60–120V systems and boasting rated power up to 2300W, it stands out in both performance and practicality.

Product Highlights:

• Rated Voltage: 60–120V

• Rated Power: 1150–2300W

• Max RPM: 2250–4500±4%

• Torque Output: 35–55 Nm

• Efficiency: ≥82%

• Brake Mode: Disc brake (180–203mm)

• Wheel Size Compatibility: 90/65–6.5 to 14-inch

• Weight: 7 kg

• Open Size: 130 mm

• Magnet Length: 60 mm

• Waterproof Rating: IP54

• Cable Diameter: 8AWG for up to 100A current

As a top-tier scooter dual motor option, the HM-11-GZ supports dual-wheel setups for riders who demand extreme torque and traction on all terrains. It also ranks among the most robust e scooter hub motor choices on the market, especially for modified builds.

Advanced Features:

1. Heat Dissipation Innovation: Equipped with an adjustable ventilation hood, the motor allows temperature control through a small pick on the side cover — open or close to regulate internal heat as needed.

2. Reinforced Cabling: The motor supports 8AWG cables, capable of handling currents up to 100A, reducing thermal overload and enabling powerful acceleration.

3. Split Rim Design: The split-type vacuum rim allows for rapid tire replacement, significantly reducing downtime and manual workload.

4. Durable Build: Designed for rugged environments, the motor’s structure offers stability on slopes, low noise, and superior waterproofing.

This model is manufactured by Quanzhou Guanteng Technology Co., Ltd. — a leading producer of advanced electric drive solutions. Whether used in high-speed scooters or modified electric karts, the HM-11-GZ combines raw performance with thoughtful engineering for extreme conditions.