14-inch 60-135Km/h Gearless Hub Motor with Explosion-proof Tire

Product Feature

Hub Design

The 14-inch 135Km/h Hub Motor features a thicker, stronger tire material that is typically superior to regular tires in terms of abrasion resistance and durability. This design makes it perform better in a variety of road conditions for frequent e-bike users.
Also, as a brushless, gearless hub motor, it features a direct-drive design that improves efficiency and reduces mechanical complexity for longer service life.

Configurations Available

With speeds ranging from 60 to 135 km/h, the 14-inch Hub motor is designed for high-speed performance to satisfy both recreational riders and thrill-seekers.
To facilitate retrofitting and other customer needs, the Gearless Hub Motor is capable of running on 48V or 72V and is compatible with a variety of battery systems, allowing users to optimize their power management.
Choose between 1000W and 5000W to customize performance to the requirements of different vehicles, from urban commuting to high-speed applications.

High Safety Performance

The 14-inch Hub Motor's adopts a thickened tire wall and reinforced sidewall design, which can effectively withstand external impacts and reduce damage caused by small stones or sharp objects.
Even if punctured or damaged, the connection between the tire and the wheel is maintained, reducing the risk of losing control of the vehicle due to a blowout, which reduces the likelihood of accidents when the vehicle is driven at high speeds.
E-bikes equipped with this explosion-proof tire Hub Motor can significantly improve the safety and convenience of riding, while extending the service life of the tire, is the preferred option for many riders.

How to Select The Right Tire?

Blowout-proof tires, often referred to as runflat tires, are designed to remain functional even after a blowout or severe damage. They allow the vehicle to continue traveling at a lower speed for a limited distance, typically 50 miles at 50 mph. This ability is achieved by reinforcing the sidewalls to support the weight of the vehicle even when there is a loss of air pressure.

Vacuum tires are a type of tire that does not use an inner tube, have a high degree of safety with a low chance of blowout, and they retain their shape and integrity even when punctured.
Due to design constraints, they are not suitable for vehicles that carry heavy loads on a regular basis; they may not perform well on uneven or poorly maintained road surfaces, limiting their effectiveness in certain driving conditions.

The inner and outer tires can be easily replaced after a puncture, making repairs to conventional inner tubes simple. This flexibility is great for vehicles that operate in harsh environments, while tubed tires are often cheaper than specialized tires such as tubeless/vacuum/blowout tires.
Compared to tubeless designs or vacuum tires, inner tubes are more prone to rapid air leakage, which can lead to a blowout if not properly maintained.