PF0840
XAP designs and manufactures custom electric motors and magnetic systems, turning the most demanding constraints into reliable, high-performance products from motorsport to off-road, on-road, marine, and industrial applications.
The LVMX30 motor embodies this expertise. Compact (15 kg), it delivers 30 kW of continuous power, up to 120 Nm of torque, and an outstanding 95% efficiency.
Its low-voltage design (45–65 V) ensures easy integration, while liquid cooling guarantees flawless thermal stability even under extreme conditions. Versatile and robust, equipped with dual windings and Hall effect sensors, it is compatible with most inverters and achieves its full potential when paired with our XAP LVC30 inverter.
A motor designed for low-voltage retrofit
The LVMX 30 kW – 60 V was created to provide a motor perfectly suited to low-voltage conversions. Delivering 30 kW nominal power at 60 V supply, it ensures an excellent compromise between performance, safety, and cost.
Key characteristics:
• Nominal power: 30 kW,
• Supply voltage: 60 V,
• Robust architecture with optimized cooling,
• Compact design for tight compartments,
• High torque from low rpm, ensuring smooth and dynamic driving.
Versatile applications
The LVMX motor is ideal for:
• Retrofitted city cars (Renault 4L, Peugeot 205, Fiat 500, etc.),
• Light commercial vehicles,
• Electric motorcycles and scooters,
• Industrial demo prototypes.
Proven reliability
The motor has been validated on power benches and under real-world stress campaigns. It withstands harsh conditions (heat, vibrations, dust) while maintaining optimal performance over time.
Unlike generic imported motors, the LVMX is designed for seamless integration with XAP inverters (LVC30) and the full battery ecosystem.
Its small footprint, high efficiency, and native compatibility guarantee fast and reliable retrofit integration.
With the LVMX 30 kW – 60 V, you get a durable, retrofit-ready motor validated by field experience. Contact us to check compatibility with your conversion project.



