Bionic Robot Joint Motor
Flexible Adaptive Joints
Strong Driving Force
Highly Integrated
Precision Bearing
Temperature Sensor and Position Sensor
Low Copper Consumption Coil
High-speed Communication
- The GO-M8010-6 permanent magnet synchronous motor is designed for high-performance robots and provides a strong driving force with a high level of integration.
- The motor is perfectly matched to the reduction. It has a built-in FOC control algorithm, a built-in temperature sensor and an absolution value encoder.
- It can be widely used in various robot joints and power components.
- It is the first choice for robot competitions, DIY creation, scientific research and education, robotics field, etc.
The electronic wire adopts dip paint technology to better dissipate heat from the motor temperature.
The 0.2 mm silicon steel sheet material is selected to reduce iron consumption.
Single-strand winding reduces resistance loss and reduces the current interference between copper wires while making the motor more beautiful.
The stator has electrophoresis and high-temperature coating process that can pass the 48 hours salt spray test with the superior rust resistance and Insulation performance.
- Model
GO-M8010-6
WeightAbout 530g
- Maximum Current
40A
Maximum Rotational Speed30rad/s (@24VDC)
- Reduction Ratio
1:6.33
Size96.5x92.5x42.3mm
- Maximum Torque
23.7NM
Torque Constant0.63895Nm/A
- Communication Mode
RS-485
Communication Baud Rate4Mbps
- Communication Control Frequency
6000Hz
Motor Encoder Resolution15bit
- Operation Environment
-5℃ ~ 40℃
Working Voltage12V~30VDC 24VDC recommend
- Motor Perceptual Feedback
Torque, Angle, Angular Velocity, Angular Acceleration, Temperature
- Motor Control Instruction
Torque, Angle, Angular Velocity, Stiffness, Damping
* This product is a civilian robot. We kindly request that all users refrain from making any dangerous modifications or using the robot in a hazardous manner.
* Please visit Unitree Robotics Website for more related terms and policies, and comply with local laws and regulations.