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Description

Unitree G1 Edu Pro G (G1edu-U14)

The Unitree G1 Edu Pro G (G1edu-U14) combines advanced humanoid mobility with proprietary tendon-cable manipulation technology, delivering a flexible robotics platform for AI development, academic research, autonomous systems, and embodied intelligence applications.

Built on the G1 Edu Standard architecture, this configuration adds two proprietary tendon-cable manipulators and expands the platform to 27 degrees of freedom, enabling more sophisticated upper-body interaction and manipulation capabilities for robotics laboratories, universities, and engineering teams.

The manipulator system integrates directly into the humanoid structure without external wiring between the robotic arms and the base unit. This streamlined construction improves durability, reduces cable exposure during operation, and creates a cleaner mechanical design for demanding research environments.

The G1 Edu Pro G supports high-level and low-level secondary development workflows, making it suitable for reinforcement learning, robotic perception, motion control, simulation, and autonomous navigation projects.

The platform also incorporates depth perception and 3D LiDAR technologies for environmental awareness and spatial mapping.

27 DOF Enhanced humanoid motion and manipulation

2 Manipulators Proprietary tendon-cable manipulation system

3D LiDAR Environmental perception and spatial mapping support

18 Months Manufacturer warranty

Key Features

27 Degrees of Freedom

Expanded articulation supports enhanced humanoid motion and more sophisticated upper-body interaction.

Dual Tendon-Cable Manipulators

Equipped with two proprietary tendon-cable manipulators for advanced research and manipulation workflows.

Integrated Mechanical Design

The manipulator system integrates directly into the humanoid structure without exposed external wiring.

Reduced Cable Exposure

Streamlined construction improves durability and reduces cable exposure during operation.

AI Robotics Development

Designed for AI development, embodied intelligence, and autonomous robotics research.

Secondary Development

Supports high-level and low-level development workflows and custom robotics applications.

Advanced Perception

Depth sensing and 3D LiDAR support environmental awareness and spatial mapping.

Research-Optimized Platform

Suitable for universities, engineering teams, and robotics research laboratories.

Technical Specifications

Model	Unitree G1 Edu Pro G
Model Designation	G1edu-U14
Platform Base	Unitree G1 Edu Standard architecture
Total Degrees of Freedom	27 DOF
Manipulator Configuration	2 × proprietary tendon-cable manipulators
Manipulator Integration	Integrated into the humanoid structure without external wiring between the robotic arms and the base unit
Development Support	High-level and low-level secondary development
Supported Research Areas	Reinforcement learning, robotic perception, motion control, simulation, autonomous navigation, and embodied intelligence
Depth Perception	Supported
3D LiDAR	Supported
Primary Applications	AI robotics development, academic research, autonomous systems, robotics laboratories, universities, and engineering projects
Warranty	18-month manufacturer warranty

Application Areas

Embodied intelligence and AI robotics research
Reinforcement learning and autonomous behavior development
Humanoid manipulation and upper-body interaction projects
Robotic perception, environmental mapping, and navigation
University laboratories and engineering research programs
Simulation, motion control, and custom robotics workflows