Unitree Go2 Edu Standard

Unitree Go2 EDU Standard Quadruped Robot

The Unitree Go2 EDU Standard is an advanced quadruped robotics platform designed for education, research, autonomous navigation, artificial intelligence development, and real-world robotic applications. Built upon Unitree's industry-leading Go2 platform, the EDU Standard provides developers, educators, universities, and technology professionals with the tools needed to explore the future of embodied AI and robotic autonomy.

Equipped with a powerful sensing and perception system, the Go2 EDU Standard features an integrated 3D LiDAR, high-definition wide-angle camera, wireless connectivity, and support for secondary development. The platform is engineered for robotics research, machine learning, computer vision, SLAM mapping, autonomous navigation, and human-robot interaction projects. It also includes support for expansion modules, advanced computing hardware, and optional robotic manipulation systems for more complex applications.

Whether you are building autonomous inspection workflows, developing AI-powered navigation systems, conducting academic research, or introducing students to advanced robotics, the Go2 EDU Standard provides a flexible and capable platform designed to grow with your project requirements. Its compact size, agile mobility, and robust sensor suite make it suitable for indoor and outdoor environments, research laboratories, educational institutions, technology demonstrations, and commercial development programs.

Key Features

• Advanced quadruped robotic platform designed for education, research, and development

• Integrated 3D LiDAR for mapping, obstacle detection, and autonomous navigation

• High-definition wide-angle camera system for vision-based applications

• Support for AI development, SLAM, computer vision, and robotics programming

• Wireless connectivity including Wi-Fi 6, Bluetooth, and 4G communication capability

• Long-life intelligent battery system with approximately 2 to 4 hours of operation

• Secondary development support for custom applications and robotics research

• Compatible with expansion modules and advanced computing platforms

• Compact and highly agile design capable of traversing a variety of indoor and outdoor environments

Ideal Applications

• Robotics Education

• STEM Programs

• University Research

• Artificial Intelligence Development

• Autonomous Navigation

• Computer Vision Projects

• Security and Patrol Research

• Inspection and Data Collection

• Human-Robot Interaction Studies

• Technology Demonstrations

Technical Highlights

• Weight: Approximately 15 kg (33lbs)

• Payload Capacity: Approximately 8 kg

• Maximum Speed: Up to 3.7 m/s

• Integrated 3D LiDAR

• High-Definition Camera System

• Wi-Fi 6, Bluetooth, and 4G Connectivity

• Intelligent Obstacle Detection and Avoidance

• Support for SDK and Secondary Development

• Approximate Runtime: 2 to 4 Hours

Need help selecting the right configuration?

Aerial Visual Technologies provides consultation, deployment assistance, training, and integration support to help organizations identify the ideal Unitree robotic platform for their operational, educational, and research objectives. Contact our team for availability, pricing, and custom deployment solutions.