The 98V hairpin motor is designed with a unique rectangular wire winding that significantly reduces electrical resistance and heat loss. This leads to higher efficiency, meaning more power is delivered to the wheels with less energy waste. Ride longer and harder with confidence, knowing your bike is optimized for performance.
Our hairpin motor offers an exceptional power-to-weight ratio, delivering impressive torque and acceleration in a compact and lightweight design. This translates to quicker responsiveness and superior handling, providing you with the agility needed to navigate tough terrains effortlessly.
Built to withstand the demands of off-road riding, the 98V hairpin motor’s construction provides enhanced durability. The hairpin windings improve thermal performance, ensuring cooler operating temperatures and reducing wear and tear. Enjoy a longer-lasting motor that keeps up with your toughest rides.
The 98V system provides the high voltage needed for superior acceleration and peak power. It allows for faster charging times and better energy management, giving you more time on the trail and less time waiting around.
Higher voltage systems require less current (amperage) to deliver the same amount of power. Since electrical resistance in wiring and components generates heat proportional to the square of the current (I²R losses), lower current means significantly less heat production. This reduced heat minimizes the risk of overheating, which can potentially lead to electrical fires or component failure.
Higher voltage systems are typically designed with stricter safety standards in mind. This includes improved insulation, more robust connectors, and advanced monitoring systems that detect faults or anomalies faster, allowing for prompt corrective actions.
Higher voltage allows for more efficient power transmission, reducing the strain on electrical components like connectors, switches, and wiring. This minimizes the likelihood of electrical faults, short circuits, and other failures that can pose safety risks. Enhanced efficiency also leads to longer component life, which contributes to overall safety and reliability.
