HTM 11kW PMSM MOTOR liquid cool_Air cool ⚡ Axial Flux Design — High Torque Density The axial flux architecture combines a compact motor structure with high torque density, providing a practical solution for electric vehicle platforms with limited installation space. ⚡ >90% Efficiency — Efficient Electric Drive With efficiency specified above 90%, the HTM11kW is designed to reduce power losses and support efficient operation across electric traction applications. ⚡ IP65 Protection — Reliable Outdoor Integration The IP65 protection level supports dust and water-jet resistance, making the motor suitable for outdoor and vehicle-mounted applications when integrated into an appropriately protected system.
HTM11KW Axial Flux DC Motor High Thrust Brushless Drone Motor for Electric Motorcycle 72V Low Noise High Torque Density: The high torque density allows the motor to deliver more torque per unit of volume, making it ideal for applications like electric motorcycles and high-thrust drones
IP65 Protection Level: With an IP65 protection level, the motor is well-protected against dust and water, ensuring reliable performance in various environmental conditions
Efficiency Over 90%: The motor’s efficiency of over 90% means that a higher percentage of electrical energy is converted into mechanical energy, resulting in lower energy losses and longer battery life
HTM 11kW PMSM MOTOR liquid cool_Air cool 160N·m Peak Torque — High-Torque Traction Performance
The HTM11kW provides 60N·m rated torque and up to 160N·m peak torque, delivering strong traction output for higher-performance electric vehicles and utility platforms.
⚡ 28kW Peak Power — High Burst Output
With 11kW rated power and up to 28kW peak power, the motor provides substantial short-duration power capability for acceleration and demanding traction conditions.
⚡ 72V Electric Drive — Ready for Electric Traction Systems
The 72V electrical platform makes the HTM11kW suitable for electric traction system designs where motor voltage, current, speed and drivetrain requirements must be coordinated.
