Unitree Go2 Edu robot

UNITREE Go2 Edu U1 Quadruped Robot – Advanced Robotics Platform for Learning, Research and Creative Projects

UNITREE Go2 Edu U1 is an advanced quadruped robot designed for STEM education, robotics research, and ambitious hobby projects. It combines the agile, proven mechanics of the Go2 series with an open computing environment that makes modern robotics, autonomous systems, and AI development far more accessible. Whether you are building motion control algorithms, experimenting with computer vision, or developing your own autonomous applications, this platform gives you the freedom to turn ideas into real-world results.

Built for Performance, Perception and Agile Movement

At the core of the UNITREE Go2 Edu U1 is a powerful onboard computing platform, typically based on NVIDIA Jetson Orin, delivering the performance needed for demanding robotics workloads. With Ubuntu-based operation, fast memory, and high-speed storage, the robot is ready for AI, navigation, and sensor-heavy applications right out of the box. Its advanced perception system includes a wide-angle 4D LiDAR, depth cameras such as Intel RealSense, and additional imaging support, giving developers a strong foundation for mapping, obstacle detection, and spatial awareness.

The robot features 12 DoF joints powered by high-torque motors, providing dynamic movement, impressive agility, and the ability to handle practical payloads for real experimentation. Its compact size and relatively lightweight design make it easy to deploy in labs, classrooms, workshops, and testing environments. A high-capacity battery supports long operating sessions, so you can spend more time building, testing, and exploring.

• Advanced quadruped robotics platform for STEM, AI and R&D
• High-performance onboard computing for robotics and machine learning tasks
• 4D LiDAR and depth vision for mapping, navigation and obstacle detection
• 12 DoF motion system for stable, agile and dynamic movement
• Compact form factor suitable for indoor and mixed research environments
• Long battery life for extended development and testing sessions

Open Architecture for Education, Development and Robotics Innovation

One of the biggest strengths of the UNITREE Go2 Edu U1 is its open development ecosystem. The platform is designed for flexibility, giving users broad access to sensor data from LiDAR, cameras, and IMU systems, as well as low-level control through extensive APIs and SDKs. Support for C++, Python, ROS, and ROS 2 makes it easy to integrate the robot into existing workflows, research environments, and custom development pipelines.

With built-in connectivity options such as Wi-Fi 6, Bluetooth 5.2, Ethernet, and optional 4G LTE, the robot can be adapted to a wide range of use cases. The platform is suitable for projects involving SLAM, autonomous navigation, computer vision, machine learning, remote operation, and intelligent robotics experimentation. Thanks to broad documentation and user-friendly development possibilities, it is a great choice for students, educators, researchers, makers, and robotics enthusiasts who want more than a basic educational robot.

• Open architecture designed for advanced learning and experimentation
• Access to sensor data and low-level robot control
• API and SDK support for C++ and Python development
• Native compatibility with ROS and ROS 2 ecosystems
• Wi-Fi 6, Bluetooth 5.2, Ethernet and optional 4G LTE connectivity
• Perfect for SLAM, AI, computer vision and autonomous robotics projects

What’s in the Box

• UNITREE Go2 Pro robot
• 15000 mAh battery
• 300W fast charger
• Additional foot pads (4 pcs)
• Leg calibration tool
• Service stand
• USB-A to USB-C cable
• Carrying case
• Wireless remote controller
• Control transmitter