Product Description

Unitree G1 EDU Pro A (G1edu-U9) Humanoid Robot

The Unitree G1 EDU Pro A (G1edu-U9) Humanoid Robot is an advanced development platform designed for artificial intelligence research, robotics education, embodied AI, autonomous systems development, and human-robot interaction. Building upon all capabilities of the G1 EDU Standard version, the EDU Pro A adds dual Dex3-1 force-controlled three-finger dexterous hands, providing enhanced robotic manipulation and object handling capabilities for sophisticated research and development applications.

Designed for universities, robotics laboratories, AI developers, and research institutions, the G1 EDU Pro A combines advanced humanoid mobility, powerful onboard computing, and precision robotic manipulation into a single platform. The addition of force-controlled dexterous hands enables more natural interaction with objects while supporting research in grasping, manipulation, embodied intelligence, and autonomous robotics.

With up to 37 total degrees of freedom, the G1 EDU Pro A provides enhanced flexibility and dexterity while maintaining the powerful AI development environment and technical support resources included with the G1 EDU Standard platform.

Key Features

  • Includes all features and capabilities of the Unitree G1 EDU Standard (G1edu-U1)
  • Equipped with two Dex3-1 force-controlled 3-finger dexterous hands
  • Advanced robotic manipulation and grasping capabilities
  • Force-controlled object interaction
  • Designed for embodied AI and robotics research
  • Supports human-robot interaction development
  • Up to 37 total degrees of freedom throughout the robot
  • Built-in 100 TOPS AI computing platform
  • Supports high-level and low-level secondary development
  • Comprehensive development manuals and technical support
  • Ideal for education, research, and advanced robotics development

Dexterous Hand System

Included Configuration

  • 2 Ă— Dex3-1 Force-Controlled 3-Finger Dexterous Hands

Important Note

  • This configuration does not include tactile sensors.

Manipulation Capabilities

  • Precision Object Grasping
  • Force-Controlled Manipulation
  • Fine Motor Control Development
  • Human-Robot Interaction Research
  • Autonomous Object Handling
  • Robotics Learning Applications

Benefits

  • Enhanced robotic dexterity
  • Improved object manipulation capabilities
  • More advanced interaction with physical environments
  • Supports embodied intelligence research
  • Ideal for robotics education and development

Degrees of Freedom

Total Robot Degrees of Freedom

  • Up to 37 Degrees of Freedom (DOF)

The expanded articulation and dexterous hand system provide improved flexibility, mobility, and manipulation performance for advanced robotics applications.

AI Computing & Development

Included Platform Features

  • Built-In 100 TOPS AI Computing Unit
  • AI Algorithm Development Support
  • Real-Time Processing Capabilities
  • Machine Learning Applications
  • Computer Vision Development
  • Autonomous Robotics Research

Development Environment

  • High-Level Secondary Development Support
  • Low-Level Secondary Development Support
  • Advanced Robotics Programming Tools
  • Comprehensive Development Manuals
  • Professional Technical Support Services
  • Ecosystem Support Resources

Applications

  • Robotics Education
  • Artificial Intelligence Research
  • Embodied AI Development
  • Human-Robot Interaction
  • Dexterous Manipulation Research
  • Machine Learning Projects
  • Autonomous Systems Development
  • University Research Programs
  • Robotics Prototyping
  • Advanced Academic Research

Benefits

  • Force-controlled robotic manipulation
  • Powerful onboard AI computing platform
  • Enhanced flexibility and dexterity
  • Supports advanced robotics development workflows
  • Comprehensive development ecosystem
  • Ideal for educational and research environments
  • Scalable platform for next-generation robotics innovation

The Unitree G1 EDU Pro A (G1edu-U9) Humanoid Robot combines advanced humanoid mobility, AI computing, and force-controlled dexterous manipulation into a sophisticated research and development platform. Designed for organizations exploring the future of robotics and artificial intelligence, the EDU Pro A provides the tools and flexibility needed to accelerate innovation in embodied intelligence and autonomous systems.

Warranty

  • 1-Year Manufacturer Warranty

Shipping & Availability

Please allow approximately 4–6 weeks for delivery following order confirmation.

Customers also bought

    • FREE SHIPPING IN USA

      Free shipping with every order

    • SATISFACTION GUARANTEED 

      If your order arrives defective or fails to

      function properly, you will receive a full 100% refund!

    • PREMIUM CUSTOMER SUPPORT

      Connect with us through email, or

      phone, and we will address any questions you may have!

    • SECURE ENCRYPTED PAYMENTS

      We utilize advanced encryption to

      ensure there is never an issue with your privacy.