HM-11-ZKDZ Manufacturer – 11–14 Inch High-Power Electric Scooter Motor

The HM-11-ZKDZ from HWAMUNG is a high-performance 11 to 14-inch electric scooter motor equipped with a split-type disassembly vacuum tire design and optimized for both scooters and electric karts. With a rated voltage of 60–120V and output power of 1150–2300W, this model delivers exceptional torque and acceleration, perfect for heavy-duty personal mobility or sports performance setups.

Product Highlights:

• Rated Voltage: 60–120V

• Rated Power: 1150–2300W

• Tire Size: Compatible with 90/65-6.5 to 14-inch formats

• Model: HM-11-14-ZKDZ

• Motor Type: Single-shaft, single-outlet vacuum motor

• Brake System: 160mm Disc Brake

• Waterproof Rating: IP54

• Magnet Length: 60mm

• Weight: 6kg

This motor is ideal for scooter dual motor setups, allowing for front and rear drive configurations to enhance traction, hill-climbing ability, and off-road performance.

As a top-tier e scooter hub motor, it integrates high-grade magnetic materials and a precision rotor-stator gap for outstanding energy efficiency and smooth operation.

Key Features:

1. Compact but Powerful: Lightweight structure with exceptional torque output

2. Excellent Ride Comfort: Low vibration, low noise, and smooth handling

3. Strong Climbing Ability: Suitable for sloping terrains and demanding urban environments

4. Energy-Saving: Up to 20% improved energy efficiency and long mileage

5. High Reliability: Robust structure designed for durability and low maintenance

6. Easy Maintenance: Quick tire replacement with a split-type vacuum tire structure

7. High-Speed Efficiency: Up to 82% at peak performance

8. Advanced Waterproofing: Reliable IP54 waterproof rating for various weather conditions

Backed by Quanzhou Guanteng Technology Co., Ltd., the HM-11-ZKDZ is an optimal solution for high-demand scooter or kart projects where performance, endurance, and modular maintenance are critical. Its premium build quality and engineering make it an outstanding choice for next-generation electric mobility systems.