• Highly integrated

• MIT power and servo control modes

• Input & output dual encoders

• Rated torque 18Nm

• Peak torque 53Nm

• Highly integrated

• MIT power and servo control modes • Input & output dual encoders • Rated torque 18Nm • Peak torque 48Nm • Max speed 26rad/s

• 24V Exoskeleton Module-KV80

• Small and easy to control • Highly Integrated with encoder and driver • Professionally applied for Exoskeleton

• 24V 48V Robotic Dog Power-KV100

• High Torque Module • Highly Integrated • Applied to Exoskeleton, Quadruped Robotic Dog • UART CAN Interface

• 48V Exoskeleton Robot Dynamic-KV100

• Large Torque • Highly Integrated • Applied to Exoskeleton, Quadruped Robotic Dog • UART CAN Interface

• 6-12S Legged Robot Power-KV80

• Highly Integrated with encoder and driver • Rated Torque 48Nm • Peak Torque 120Nm • MIT control mode

• Robotic Actuator with a Planetary Gear

• Flexible Installation with Bi-directional Mounting

• Modular Design

• low Arcmin Backlash for High Precision

• Constantly Powerful Performance

• Specially for Exokseleton

• Robotic Actuator with a Planetary Gear

• Flexible Installation with Bi-directional Mounting

• Modular Design

• low Arcmin Backlash for High Precision

• Constantly Powerful Performance

• Specially for Exokseleton

• Robotic Actuator with a Planetary Gear

• Flexible Installation with Bi-directional Mounting

• Modular Design

• low Arcmin Backlash for High Precision

• Constantly Powerful Performance

• Specially for Exokseleton

• Potting Frameless Inrunner Torque Motor

• High Temperature Resistant

• High Fill Factor for Efficiency and Stability

• Equipped with Hall Sensors

• Ideal for Joint of Robotic Arms and Robots

• Potting Frameless Inrunner Torque Motor

• High Temperature Resistant

• High Fill Factor for Efficiency and Stability

• Equipped with Hall Sensors

• Ideal for Joint of Robotic Arms and Robots

• Potting Frameless Inrunner Torque Motor

• High Temperature Resistant

• High Fill Factor for Efficiency and Stability

• Equipped with Hall Sensors

• Ideal for Joint of Robotic Arms and Robots

• 48V Exoskeleton Robot Motor with Hall Sensor-KV115

• Integrated with hall sensors, E-deg120±20° • Special heat dissipation design • Low cogging torque&rotor inertia • Max torque 2.3Nm

• 48V Exoskeleton Robot Motor with Hall Sensor-KV110

• Integrated with hall sensors, Edeg120±20° • Special heat dissipation design • Low cogging torque&rotor inertia • Max torque 4Nm

• 48V Exoskeleton Robot Motor with Hall Sensor-KV110

• Integrated with hall sensors, Edeg120±20° • Special heat dissipation design • Low cogging torque&rotor inertia • Max torque 11Nm

• Rated voltage 48V - KV55

• Ultra-low cogging torque

• Increased large hollow through-hole design

• High adaptability, switch the shaft for versatile usage

• Rated torque 4Nm

• Equipped with Hall and temperature sensors

• Mainly used in exoskeleton robots, collaborative robotic arms, as well as in medical and aerospace fields.

• Rated voltage 48V - KV105

• Ultra-low cogging torque

• Increased large hollow through-hole design

• High adaptability, switch the shaft for versatile usage

• Rated torque 1.3Nm

• Equipped with Hall and temperature sensors

• Mainly used in exoskeleton robots, collaborative robotic arms, as well as in medical and aerospace fields.

• Rated voltage 48V - KV115

• Ultra-low cogging torque

• Increased large hollow through-hole design

• High adaptability, switch the shaft for versatile usage

• Rated torque 0.8Nm

• Equipped with Hall and temperature sensors

• Mainly used in exoskeleton robots, collaborative robotic arms, as well as in medical and aerospace fields.