01

Human-Like Flexibility for Advanced Robotics Research

The Unitree G1 EDU Plus combines a lightweight humanoid structure with 29 coordinated degrees of freedom, delivering smooth, natural movements for locomotion, interaction, and embodied AI research. Its upgraded actuator system provides greater motion range and improved whole-body coordination while maintaining excellent balance and stability.

The robot's articulated body enables expressive upper-body movement, agile walking, and flexible posture control, making it an ideal platform for robotics education, autonomous navigation, and intelligent motion planning.

02

Embodied Intelligence Powered by Modern AI

Artificial intelligence continues to redefine the capabilities of humanoid robots. The G1 EDU Plus is designed to support reinforcement learning, imitation learning, motion planning, perception, and autonomous decision-making using powerful onboard computing resources.

Developers can train and deploy intelligent behaviors while integrating computer vision, navigation algorithms, and advanced robotic control into a single embodied platform.

03

Enhanced Full-Body Motion Control

The G1 EDU Plus introduces significant mechanical upgrades compared to the standard EDU configuration. The waist has been expanded from one to three degrees of freedom, while each arm has been upgraded from five to seven degrees of freedom.

These improvements provide greater flexibility, smoother upper-body coordination, improved balance, and more natural whole-body movement. The enhanced kinematics enable researchers to develop more sophisticated manipulation strategies, dynamic locomotion, and human-like interaction behaviors.

04

UnifoLM — Building Smarter Humanoid Robots

The Unitree Robot Unified Large Model (UnifoLM) enables researchers to create robots capable of perceiving, learning, and interacting with the physical world through an integrated AI framework designed specifically for embodied intelligence.

By combining advanced perception, motion planning, and language understanding, the G1 EDU Plus becomes a powerful development platform for autonomous humanoid robotics and next-generation AI applications.

05

Compact Design with Expanded Mobility

Despite its compact form factor, the G1 EDU Plus offers significantly improved body articulation through its upgraded waist and arm architecture. The enhanced mechanical structure enables greater movement freedom while maintaining excellent balance and structural stability.

Its lightweight construction and compact dimensions make it ideal for laboratories, universities, robotics classrooms, AI development environments, and industrial research facilities.

06

Designed for the Era of Intelligent Agents

The G1 EDU Plus provides a complete foundation for developing intelligent humanoid robots capable of perceiving their surroundings, making autonomous decisions, and interacting naturally with people and objects.

Its open architecture, advanced sensing, and flexible motion system make it an ideal platform for embodied AI research, robotics education, industrial innovation, and future intelligent automation.

07

Unitree G1 Technical Overview

The illustration below highlights the mechanical architecture, upgraded joint configuration, dimensions, motion capabilities, and key technical parameters of the Unitree G1 EDU Plus humanoid platform.