Go2 EDU

Go2 EDU is Unitree's new bionic robot that integrates Artificial Intelligence, providing it with enhanced abilities to better understand and interact with the environment as well as to respond with more advanced decision making.

This quadruped consumption robot has an outstanding movement and articulation capacity that allows it to jump, stretch or sit and stand up in an agile and flexible way.

Go2 EDU incorporates in-house developed LIDAR 4D, which brings a remarkable evolution in terms of the obstacle recognition and detection system, as well as presenting improvements in the battery for greater autonomy, power and durability.

Its main features are:

• Cables are routed inside the knee joint, and joint heat pipes assist in heat dissipation
• The ultra-wide-angle 3D lidar has the function of object detection and obstacle avoidance, and the wide-angle high-definition camera
• Equipped with 4G communication, built-in eSIM; equipped with smart OTA upgrade
• APP high-definition image transmission, remote control, all data viewing; APP graphical programming
• Support foot sensor, support secondary development, support charging pile
• Equipped with wireless vector positioning and control system to realize accompanying
• Possess moon walk (that is, space walk), side step, cross step, jump up, jump forward, front somersault, happy, shake hands, throw people, sit down, stretch, bow, a variety of creative dances, etc.
• Equipped with microphone, speaker, lighting (3W), with system status indication function, real-time feedback of robot status, and can be used for robot demonstration actions with music and lights
• Built-in voice recognition module, with voice interaction function, millisecond-level voice interaction response, using industry-leading voice recognition technology, high recognition accuracy, fast literacy
• Docking station with 40Tops of computing power with AI algorithms and technical support
• Expansion dock with 40Tops(NVIDIA Orin Nano) computing power, including AI algorithm and technical support.