NeodraDynamics / 清卓动力
About
About NeodraDynamics / 清卓动力
NeodraDynamics is a Beijing robotics company founded in 2024. It develops digital hydraulic components and complete robot platforms for industrial tasks requiring high force and control precision. The company’s portfolio includes miniature hydraulic cylinders, dexterous hands, humanoid arms and the Neo1 heavy-duty humanoid. Its development approach combines hydraulic actuation with electric drives and control systems.
Neo1 is a four-metre-class platform presented at the 2026 World Robot Conference and China International Industry Fair. The company describes industrial applications in heavy assembly, handling, mining, construction and hazardous environments, with technical performance figures drawn from its own demonstrations. At CIIF it worked with JD Industrial on industrial scenario matching and pilot applications. The company also offers core actuation components to partners. These platforms and components form a development portfolio aimed at demanding industrial operations.
Team
- 杨涛 / Yang Tao - Founder - Leads the company’s hydraulic actuation and heavy-duty robot development.
Timeline
Events
- 2026-10-14 - Demonstration - NeodraDynamics shows Neo1 with JD Industrial at CIIF
The company describes 41 active degrees of freedom, with 39 joints using digital hydraulic actuators and two forearm rotational joints using electric drive. Neo1’s dual-arm payload is rated at 500 kg in the company announcement. The JD Industrial collaboration focuses on scenario matching and pilot applications through industrial supply-chain channels.
Source - 2026-09-14 - Demonstration - NeodraDynamics presents Neo1 hydraulic-electric humanoid at WRC
The release gives a 500 kg dual-arm payload and ±0.05 mm fingertip repeatability as company performance figures. Its component portfolio includes micro digital hydraulic cylinders, five-finger hands and seven-degree-of-freedom humanoid arms.
Source
Relations
Relationships
- JD Industrial / 京东工业
Technology Collaborator - NeodraDynamics and JD Industrial collaborate on industrial scenario matching and pilot applications for heavy-duty hydraulic-electric robots.