Altis Powersports NZ
Comfort & Safety
Altis bikes stand out with an exceptional suspension system that delivers both comfort and safety. Combined with a perfectly balanced throttle, it ensures an incredibly smooth riding experience – one that sets us apart in the market.
While we may not be the lightest bike, we are undoubtedly safe and comfortable, reinforcing our commitment to superior performance and rider experience.
Hairpin Motor
At Altis Powersports, we are committed to delivering cutting-edge technology to enhance your off-road adventures. That’s why our electric off-road dirt bikes are equipped with the revolutionary 98V hairpin motor.
A game-changer in the world of electric off-road performance. Here’s why our hairpin motor stands out.
Next Level Technology
High Voltage & Performance
The 98V hairpin motor 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.
-
Unmatched Efficiency
The 98V hairpin motor uses a precision rectangular wire winding that reduces electrical resistance and heat loss. This improved efficiency ensures more power reaches the wheels with minimal energy waste. The result is longer rides, stronger performance, and confidence in every throttle input.
-
Superior Power Density
The hairpin motor delivers an outstanding power-to-weight ratio, producing high torque in a compact and lightweight package. This design enhances acceleration and responsiveness without adding unnecessary bulk. You get sharper handling and effortless control across demanding terrain.
-
Enhanced Durability and Reliability
Engineered for harsh off-road conditions, the 98V hairpin motor is built to last. Improved thermal performance keeps operating temperatures lower, reducing internal stress and wear. This means greater reliability and consistent performance over the life of the motor.
-
Reduced Heat and Fire Risk
Higher voltage systems deliver the same power using less current, which significantly reduces heat generation. Lower current minimizes electrical resistance losses and prevents excessive temperature buildup. This dramatically lowers the risk of overheating, component failure, or electrical fire.
-
Minimised Wear and Tear
High-voltage systems are engineered to meet stricter safety and performance standards. They feature enhanced insulation, stronger connectors, and advanced monitoring capabilities. These safeguards allow faster fault detection and ensure safer, more reliable operation.
-
Better Design Standards
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.
