The Unitree G1 EDU is an advanced humanoid robot engineered for research, education, and human–robot interaction. It inherits Unitree’s precision engineering and powerful control systems, offering a compact yet highly capable platform for exploring robotics, AI, and motion programming.

Key Technical Parameters

• Height: 127 cm

• Weight: ≈ 35 kg

• Degrees of Freedom: 23 (Body + Arms + Legs + Head)

• Material: High-strength carbon-fiber composite & metal frame

• Processor: High-performance AI computing unit (supports ROS / Python / C++)

• Power System: High-density battery with fast-swap design

• Mobility: Bipedal walking, balancing, and dynamic motion control

• Perception: Built-in camera module for vision recognition and environment sensing

• Audio System: Dual microphone + speaker for voice interaction

• Connectivity: Wi-Fi / Ethernet / Bluetooth / ROS interface

• Control: PC / Tablet / Remote via SDK and API

Core Capabilities

• Smooth bipedal walking and self-balancing gait

• Motion capture learning and replay

• Vision-based object tracking and recognition

• Voice and gesture interaction

• Open programming interface for AI research

To help clients and researchers unlock the full potential of G1 EDU, we provide professional secondary-development support and custom integration services.

Our Development Services Include:

• Motion Programming & Choreography — Custom movement design, synchronized multi-robot actions, and sport/dance demonstrations.

• AI Voice & Dialogue Integration — Personalized speech modules and Q&A systems for interactive applications.

• Vision & Recognition Development — Face, object, and gesture recognition training and deployment.

• Autonomous Navigation & Localization — SLAM mapping and route planning for indoor mobility tasks.

• Sensor & Hardware Expansion — Integration of custom modules, depth cameras, LIDAR, and edge AI processors.

• Software Interface Customization — Support for ROS, Python, and C++ with custom API development.