Unitree Robotics
Unitree GO2 EDU AI Quadruped Robot Dog for Research & Education 4D LiDAR
Unitree GO2 EDU AI Quadruped Robot Dog for Research & Education 4D LiDAR
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Unitree Go2 EDU – Quadruped Robot for Research, Education, and AI Development
The Unitree Go2 EDU is an advanced quadruped robotics platform designed for universities, research laboratories, developers, and educational institutions. With an open development architecture and expandable computing options, Go2 EDU supports research in embodied AI, autonomous navigation, SLAM, computer vision, reinforcement learning, and intelligent robot control.
Researchers can deploy their own robotics models and algorithms on an optional NVIDIA Jetson computing module while integrating real-time perception data with the robot’s motion-control capabilities.
Key Features
- RGB-D Vision: Available with an Intel RealSense D435i depth camera for visual perception, depth sensing, mapping, and obstacle-detection applications.
- NVIDIA Jetson Computing: Choose an expansion dock equipped with an NVIDIA Jetson Orin Nano delivering up to 40 TOPS or an NVIDIA Jetson Orin NX delivering up to 100 TOPS of AI computing performance.
- Custom AI Deployment: Run custom robotics models, perception pipelines, SLAM applications, and autonomous-navigation algorithms directly on the onboard computing module.
- Research-Ready Platform: Suitable for legged-locomotion research, reinforcement learning, embodied AI, human–robot interaction, and multi-sensor integration.
- Open Development Capability: Access SDK resources and low-level development interfaces for custom control, algorithm development, and system integration.
Camera, computing module, and expansion-dock specifications depend on the configuration selected at checkout.
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Open SDK. Built to Create.
Powered by Unitree SDK2, Go2-X supports secondary development with C++, Python, and ROS 2—giving developers access to robot data, locomotion control, and custom application development.
AI Computing.Built for Autonomy.
Powered by NVIDIA Jetson and an D435i depth camera, Go2 EDU supports custom robotics model deployment, SLAM, perception, navigation, and autonomous algorithm development directly on the robot.
Advanced Quadruped Mobility
Go2 Pro’s joints deliver 45N.m peak torque and support payloads up to 15 lbs (6.8 kg). Control via remote to execute dynamic actions: handshakes, standing poses, jump-running, rolls, handstands, festive greetings, backflips, and more.
4D LiDAR + Vision for Unmatched Awareness
Unitree’s 4D LiDAR (L1) scans 360°x90°, detecting obstacles as close as 0.05m. Pair with the remote for effortless auto-avoidance on any terrain. The 1280x720 HD wide-angle front camera captures expansive views — see broadly, control effortlessly.
Explore Farther, Navigate Smarter.
Operate beyond 30m* with precise wireless vector positioning (ideal conditions). Smart obstacle avoidance navigates cluttered spaces seamlessly.
Pet Mode™: Activate Side-Follow 2.0 — pocket the remote, and Go2 Pro auto-follows within 3ft (1m), hands-free.
Extended Mission Readiness
The standard 15,000mAh battery delivers 3–4 hours of runtime, enabling longer research, development, and field operations with fewer charging interruptions.
“Your World, Command Go2 Pro Anywhere via Unitree App.”
Control every move of your Go2 Pro through Unitree’s intuitive mobile app. Adjust gaits, trigger dynamic actions (backflips/dances), stream live HD camera views, or activate Pet Mode remotely—all from your smartphone. Seamlessly integrate voice commands, AI chats, and custom routines for effortless smart companionship.