Unitree Go2 EDU Standard Quadruped Robot Dog Research Development Platform – NVIDIA Jetson Orin Nano 40 TOPS – ROS2 & Python SDK – 4D LiDAR L1 – Foot Force Sensor – University Lab Teaching Kit

Unlock the Next Generation of Robotics Education: Unitree Go2 EDU

Introducing the Unitree Go2 EDU, a revolutionary educational quadruped robot designed to bridge the gap between theoretical learning and real-world application. Built upon the commercial-grade platform of the renowned Go2 series, the Go2 EDU is engineered to empower the next generation of roboticists, engineers, and innovators. It’s not just a tool—it’s a comprehensive, interactive platform for immersive education and groundbreaking research.

Why the Go2 EDU is the Ideal Educational Platform:

• Open-Source Architecture: Access to APIs, SDKs, and extensive documentation empowers students and researchers to dive deep into robot control, gait planning, perception algorithms, and AI integration. It’s a living laboratory for robotics software and hardware development.

• University-Proven Platform: Based on the same technology used in commercial and research applications, the Go2 EDU provides a professional-grade learning experience, preparing students for real industry challenges.

• Versatile Research Hub: Perfect for advanced study in fields like legged locomotion, computer vision, autonomous navigation, multi-robot collaboration, and human-robot interaction. Its robust design supports diverse experimental setups and sensor integration.

• Safety-First Design: Engineered with educational environments in mind, featuring safety protocols, compliant actuators, and a stable architecture for secure classroom and lab interaction.

Comprehensive Learning Ecosystem:

• Structured Curriculum: From basic programming to advanced AI-driven behaviors, the platform supports a full spectrum of learning stages, from introductory robotics to graduate-level research.

• Multi-Robot Capabilities: Facilitate collaborative projects and studies in swarm robotics by connecting multiple Go2 EDU units, enabling complex experiments in coordination and communication.

• Rich Development Resources: Extensive libraries, simulation tools, and community-contributed projects allow learners to start building, modifying, and innovating from day one.

Empower Every Learner:

• For Students: A hands-on gateway to robotics. Transition from theory to practice by programming dynamic movement, implementing vision-based navigation, and understanding the mechanics of intelligent systems.

• For Educators: A powerful, scalable teaching aid. Deliver engaging lessons and projects that captivate students' imaginations and solidify complex STEM concepts through practical, memorable experiments.

• For Researchers: A reliable, high-performance experimental platform. Accelerate your work in motion control, environmental perception, and machine learning with a robot capable of executing complex, repeatable tasks.

Build the Future, One Algorithm at a Time.

Equip your lab, classroom, or research center with a platform that matches the ambition of your educational mission. The Unitree Go2 EDU transforms abstract principles into tangible, programmable intelligence, fostering a deep understanding of the technologies shaping our world. Discover detailed specifications, application case studies, and curriculum guides on our site.