Adopts vector control algorithm to achieve precise magnetic field and torque control

Fast response, high drive efficiency, and low noise

Specifically designed for heavy-lift applications requiring fine attitude adjustment

Equipped with proprietary patented algorithm for breakthrough response speed Motor accelerates from idle to full speed in just 0.60 seconds Zero-delay command transmission, easily handling high-speed maneuvers and complex mission scenarios

Throttle redundancy design enhances anti-interference capability Seamless instant switching when signal abnormalities occur Reliable signal link and safer power guarantee

Equipped with motor temperature detection wire

Real-time monitoring of motor operating temperature for precise grasp of operational changes

Effectively prevents motor damage and power failures caused by overheating

Adopts advanced frequency conversion drive algorithm derived from Electric vehicles,Active reverse modulation during deceleration enables motor to switch from driving to power generation,Kinetic energy is recovered and recharged to the battery via synchronous freewheeling technology,Overall endurance efficiency improved by 5%~10%

Equipped with CAN2.0 communication technology

ESC interacts with flight controller in real time via high-speed CAN bus

Key parameters including voltage, current, speed, temperature, and throttle value are clearly displayed

Comprehensively improves the reliability and stability of the power system

Supports multiple data protocol parameter adjustments (DroneCAN / CyphalCAN protocols)

Power-on self-test function

Identifies potential faults in real time to ensure safe takeoff

Built-in multiple intelligent protections that automatically intervene in abnormal situations to avoid risks:

ESC supports fast upgrade via CAN bus to update the latest firmware

Maintain optimal performance and stability at all times