Introducing the GO2 EDU, a game-changer in educational robotics. Powered by NVIDIA Orin 40 TOPS, it's stronger, faster, and powers longer than ever. With advanced capabilities in LiDAR and spatial recognition, it effortlessly navigates complex tasks, while ensuring it's always by your side. From classrooms to labs, its performance will spark curiosity and innovation. Get ready for the future with the GO2 EDU. Key Features of the Go2 EDU (40 TOPS) High-Performance AI Computing – Powered by a 40 TOPS AI module for advanced machine learning, real-time autonomy, and complex robotics programming. Advanced Perception & Navigation – Equipped with 4D LiDAR and vision sensors for 360° environmental awareness, mapping, obstacle detection, and precise autonomous navigation. Built for Research & Education – Fully compatible with ROS, Python, C++, and visual programming tools, making it ideal for STEM programs, university labs, and AI development environments. Robust Mobility Platform – Features high-torque joint motors, stable gait control, and a durable aluminum-alloy frame engineered for reliable performance in research scenarios and varied terrain. Extended Connectivity & Runtime – Supports Wi-Fi, Bluetooth, and optional 4G communication with up to four hours of typical battery life for long testing cycles and remote development. What Sets the Go2 EDU (40 TOPS) Apart Research-Grade Computing Power – The 40 TOPS system enables more advanced neural networks and autonomy than standard quadruped models. Richer Sensor Integration – Expanded perception hardware supports more complex navigation, SLAM research, and high-level robotics experimentation. Purpose-Built for Development – Designed for classrooms, engineering labs, and R&D teams that require deep customization, coding flexibility, and hands-on testing. Not Intended for Heavy Manipulation – Unlike higher-tier models with dexterous hand support, the EDU configuration prioritizes computing and autonomy over hardware manipulation. The Go2 EDU (40 TOPS) is a high-performance quadruped robot built for advanced AI learning and research, offering powerful computing, 4D LiDAR perception, and full programming support for robotics development.
