
Motorevo
Cost-effective brushless motors and actuators for robotics.
Date | Investors | Amount | Round |
---|---|---|---|
* | CNY20.0m | Seed | |
Total Funding | 000k |
Motorevo, also known as Revo Robotics, is a high-tech enterprise established in 2020 and based in Wuxi City, China. The company specializes in the research, development, and production of integrated robotic joints and related power components. Its core product offerings include brushless motors, planetary gear actuators, strain wave gears, harmonic drives, and CNC machining services, designed to provide low-cost, high-performance solutions for the robotics industry.
The company was founded by a team of engineering post-graduates from the University of Melbourne, Hong Kong University of Science and Technology, and Xiamen University. Motorevo has technical backing from the Complex Mechatronic Experiment Laboratory of Jilin University. This academic and research-driven foundation has enabled the company to focus on developing products with high torque density, stability, and advanced control algorithms. The business serves a wide range of clients, from academic institutions like MIT, Peking University, and Wuhan University to major technology companies such as Tencent RoboticsX and OPPO.
Motorevo's products are engineered for various applications, including manipulators, legged robots, unmanned vehicles, and desktop robotic arms used for educational purposes. The company emphasizes providing highly customizable power units that are lighter and more cost-effective compared to similar products on the market. Their actuators are available with either harmonic or planetary gearboxes, catering to different needs for precision and torque in robotic systems.
Keywords: robotic joints, brushless motors, planetary gear actuators, strain wave gear, harmonic drive, robot actuator, CNC machining, humanoid robot, legged robot, unmanned vehicle, desktop manipulator, high torque motors, mechatronics, robotics components, advanced control algorithm, power density, motion control, direct drive motors, robotics R&D, low-cost robotics