About
Description
Unitree G1 Edu Ultimate G (G1edu-U13)
The Unitree G1 Edu Ultimate G (G1edu-U13) expands the G1 EDU platform with dual tendon-cable manipulators and 33 degrees of freedom, creating a flexible humanoid robotics solution for advanced research, embodied AI development, manipulation tasks, and higher education environments.
Designed for laboratories, universities, robotics developers, and AI teams, this configuration combines dynamic humanoid locomotion with enhanced upper-body dexterity in a compact platform built for real-world experimentation and autonomous interaction.
The integrated tendon-cable manipulator architecture improves movement precision while keeping the external structure clean and protected, eliminating exposed wiring between the manipulators and the main body. This design supports higher operational reliability and safer deployment in research and testing scenarios.
Powered by the Unitree G1 EDU ecosystem, the G1edu-U13 supports secondary development, AI training workflows, robotic perception systems, and multimodal interaction pipelines.
The platform includes advanced sensing technologies such as depth perception and 3D LiDAR for spatial awareness and navigation.
33 DOF
Expanded humanoid motion capability
2 Manipulators
Integrated tendon-cable manipulation system
3D LiDAR
Spatial awareness and navigation support
18 Months
Manufacturer warranty
Key Features
33 Degrees of Freedom
Expanded articulation supports advanced humanoid motion, upper-body dexterity, and more flexible interaction workflows.
Dual Tendon-Cable Manipulators
Equipped with two tendon-cable manipulators for manipulation tasks, embodied AI research, and autonomous interaction.
Integrated Manipulator Architecture
The manipulator system is integrated directly into the humanoid structure without exposed external wiring.
Improved Movement Precision
The tendon-cable architecture supports more precise movement and enhanced upper-body control.
Embodied AI Development
Built for embodied intelligence research, AI training workflows, and intelligent robotic interaction.
Autonomous Navigation
Supports autonomous navigation and intelligent interaction in experimental and research environments.
Compact Humanoid Platform
Combines advanced mobility and upper-body dexterity in a compact humanoid form factor.
Secondary Development
Supports custom robotics applications, development workflows, and multimodal interaction pipelines.
Technical Specifications
| Model | Unitree G1 Edu Ultimate G |
|---|---|
| Model Designation | G1edu-U13 |
| Platform | Unitree G1 EDU ecosystem |
| Total Degrees of Freedom | 33 DOF |
| Manipulator Configuration | 2 × tendon-cable manipulators |
| Manipulator Integration | Integrated structure without exposed external wiring between the manipulators and the main body |
| Development Support | Secondary development and custom robotics applications |
| AI Development | AI training workflows, embodied intelligence development, and multimodal interaction pipelines |
| Perception | Depth perception support |
| LiDAR | 3D LiDAR support |
| Navigation | Autonomous navigation support |
| Primary Applications | Advanced robotics research, embodied AI, manipulation tasks, autonomous interaction, university laboratories, and higher education environments |
| Warranty | 18-month manufacturer warranty |
Application Areas
- Embodied AI and intelligent robotics research
- Humanoid manipulation and upper-body control development
- AI training and reinforcement learning workflows
- Autonomous navigation and intelligent interaction
- Robotic perception and spatial awareness projects
- University laboratories and higher education programs
- Custom robotics applications and multimodal interaction systems
Description
Unitree G1 Edu Ultimate G (G1edu-U13)
The Unitree G1 Edu Ultimate G (G1edu-U13) expands the G1 EDU platform with dual tendon-cable manipulators and 33 degrees of freedom, creating a flexible humanoid robotics solution for advanced research, embodied AI development, manipulation tasks, and higher education environments.
Designed for laboratories, universities, robotics developers, and AI teams, this configuration combines dynamic humanoid locomotion with enhanced upper-body dexterity in a compact platform built for real-world experimentation and autonomous interaction.
The integrated tendon-cable manipulator architecture improves movement precision while keeping the external structure clean and protected, eliminating exposed wiring between the manipulators and the main body. This design supports higher operational reliability and safer deployment in research and testing scenarios.
Powered by the Unitree G1 EDU ecosystem, the G1edu-U13 supports secondary development, AI training workflows, robotic perception systems, and multimodal interaction pipelines.
The platform includes advanced sensing technologies such as depth perception and 3D LiDAR for spatial awareness and navigation.
33 DOF
Expanded humanoid motion capability
2 Manipulators
Integrated tendon-cable manipulation system
3D LiDAR
Spatial awareness and navigation support
18 Months
Manufacturer warranty
Key Features
33 Degrees of Freedom
Expanded articulation supports advanced humanoid motion, upper-body dexterity, and more flexible interaction workflows.
Dual Tendon-Cable Manipulators
Equipped with two tendon-cable manipulators for manipulation tasks, embodied AI research, and autonomous interaction.
Integrated Manipulator Architecture
The manipulator system is integrated directly into the humanoid structure without exposed external wiring.
Improved Movement Precision
The tendon-cable architecture supports more precise movement and enhanced upper-body control.
Embodied AI Development
Built for embodied intelligence research, AI training workflows, and intelligent robotic interaction.
Autonomous Navigation
Supports autonomous navigation and intelligent interaction in experimental and research environments.
Compact Humanoid Platform
Combines advanced mobility and upper-body dexterity in a compact humanoid form factor.
Secondary Development
Supports custom robotics applications, development workflows, and multimodal interaction pipelines.
Technical Specifications
| Model | Unitree G1 Edu Ultimate G |
|---|---|
| Model Designation | G1edu-U13 |
| Platform | Unitree G1 EDU ecosystem |
| Total Degrees of Freedom | 33 DOF |
| Manipulator Configuration | 2 × tendon-cable manipulators |
| Manipulator Integration | Integrated structure without exposed external wiring between the manipulators and the main body |
| Development Support | Secondary development and custom robotics applications |
| AI Development | AI training workflows, embodied intelligence development, and multimodal interaction pipelines |
| Perception | Depth perception support |
| LiDAR | 3D LiDAR support |
| Navigation | Autonomous navigation support |
| Primary Applications | Advanced robotics research, embodied AI, manipulation tasks, autonomous interaction, university laboratories, and higher education environments |
| Warranty | 18-month manufacturer warranty |
Application Areas
- Embodied AI and intelligent robotics research
- Humanoid manipulation and upper-body control development
- AI training and reinforcement learning workflows
- Autonomous navigation and intelligent interaction
- Robotic perception and spatial awareness projects
- University laboratories and higher education programs
- Custom robotics applications and multimodal interaction systems
Unitree
by
Unitree
Unitree G1 EDU Ultimate G (U13) Humanoid Robot
- Regular price
- $55,900.00
- Sale price
- $55,900.00
- Regular price
-
Shipping calculated at checkout.
Providing the best new Tech Experience, Energy Independence and Robotics Ways of Optimisation
Providing the best new Tech Experience, Energy Independence and Robotics Ways of Optimisation
Packaging note:
Equipment is being supplied in a manufacturer packaging
