Unitree As2 EDU | Advanced Quadruped Robot for Research and AI Development The Unitree As2 EDU is a high-performance quadruped robot designed for research institutions, developers, and enterprise innovation teams looking to build, test, and deploy autonomous robotics solutions. Built on a compact yet powerful platform, the Unitree As2 EDU combines industrial-grade mobility, high payload capacity, and open development architecture — making it ideal for AI training, inspection workflows, and next-generation robotics applications. Unlike closed robotic systems, the Unitree As2 EDU is designed as an open platform for secondary development — giving teams full flexibility to integrate sensors, AI models, and custom payloads. From embodied AI research to autonomous inspection, this platform bridges the gap between lab environments and field deployment. Unitree As2 EDU Key Features High-Speed, High-Torque Performance Up to 90 N·m joint torque delivers powerful, stable movement across complex terrain — enabling advanced locomotion and dynamic tasks in demanding environments. Industry-Leading Mobility Capable of speeds over 5 m/s, navigating environments faster than most compact robotic platforms while maintaining balance and control. Heavy Payload Capability Supports up to 65 kg standing load and approximately 15 kg dynamic payload — enabling integration of robotic arms, sensors, or inspection equipment. Extended Runtime Up to 4+ hours of operation with no load and long-range capability exceeding 20 km in optimal conditions. All-Terrain Operation Handles stairs, slopes up to 40°, and uneven terrain — suitable for real-world industrial and outdoor field deployment. Open AI Development Platform Supports secondary development with optional NVIDIA Jetson Orin NX, enabling advanced AI, perception, and autonomy workflows. Applications Robotics and AI research Autonomous inspection — energy, utilities, and infrastructure Public safety and tactical robotics Industrial automation and logistics Academic labs and engineering programs Smart Systems and Connectivity Integrate
