- Stock: In Stock
- Product code: 00-00013727
Unitree G1 Edu Standard-U1 is an advanced humanoid robot platform developed for universities, engineering laboratories, AI startups, and robotics research centers. Designed as an open system for real-world experimentation, this EDU version combines human-like mobility, intelligent perception, and flexible development tools in a compact and transportable body.
Overview
Engineering Platform
The G1 Edu Standard-U1 is more than a demonstration robot. It is a professional development platform created for robotics engineers, researchers, and developers working on artificial intelligence, embodied AI, and automation technologies.
Compact Structure
Despite its advanced capabilities, the robot maintains a lightweight and foldable design. With a height of approximately 1320 mm and a weight of around 35 kg, the system can be transported and deployed in different environments with minimal effort.
Kinematics and Mobility
Human-Like Motion
The robot features approximately 23 degrees of freedom in the standard EDU configuration, enabling smooth movement, stable walking, and dynamic body control similar to human motion.
Powerful Actuators
Custom high-speed PMSM motors and industrial-grade bearings provide precise movement control and excellent durability. Knee joint torque reaches up to 120 N·m, supporting stable movement and advanced balancing capabilities.
Flexible Movement
Unitree G1 can move at speeds of up to 2 m/s while maintaining balance across different surfaces. Its advanced kinematics make it suitable for robotics research, navigation testing, and AI interaction experiments.
Vision and AI
3D Perception
The robot is equipped with a 3D LiDAR system, depth camera, and IMU sensors, allowing accurate environmental mapping and object recognition in real time.
AI Computing
The onboard computing system supports NVIDIA Jetson Orin integration with AI performance reaching up to 100 TOPS. This allows developers to run neural networks, machine vision, and reinforcement learning models directly on the robot.
Smart Interaction
An integrated microphone array and 5W speaker enable voice communication and AI assistant integration for interactive applications.
Technical Specifications
- type: humanoid robot (EDU version)
- height: approx. 1320 mm
- folded dimensions: 690 × 450 × 300 mm
- weight: approx. 35 kg with battery
- degrees of freedom: approx. 23 DOF
- maximum knee torque: up to 120 N·m
- maximum speed: up to 2 m/s
- arm payload: up to 3 kg
- computing platform: built-in processor with NVIDIA Jetson Orin support
- AI performance: up to 100 TOPS
- sensors: 3D LiDAR, depth camera, IMU
- audio system: 4 microphones, 5W speaker
- communications: Wi-Fi 6, Bluetooth 5.2
- battery: 9000 mAh lithium battery
- operating time: up to 2 hours
- charger: 54V / 5A
- software support: SDK, ROS, ROS2, API
- warranty: up to 18 months
- country of origin: China
Development Environment
Open SDK
The EDU version provides full access to development tools including Python, C++, ROS, and ROS2. This allows developers to create custom robotic behaviors, AI systems, and autonomous navigation solutions.
Modular System
Through open APIs and hardware compatibility, the robot can be expanded with additional sensors, cameras, and experimental modules depending on project requirements.
OTA Updates
Support for over-the-air updates ensures continuous software improvements and access to the latest features and optimizations.
Applications
Education and Research
The platform is ideal for universities and laboratories studying biomechanics, robotics, computer vision, and embodied artificial intelligence.
AI Development
Developers can use the G1 Edu Standard-U1 to train and test machine learning algorithms in real physical environments rather than simulations.
Business Integration
The robot can also be adapted for service tasks, interactive presentations, exhibitions, and advanced automation projects.
Why Choose Unitree G1 Edu Standard-U1
Professional Flexibility
The combination of open software architecture, advanced mobility, and AI computing power makes this robot suitable for both academic and commercial development tasks.
Reliable Construction
Its durable body structure and industrial-grade components ensure stability during continuous testing and intensive laboratory use.
Future-Oriented Platform
Unitree G1 Edu Standard-U1 provides a practical foundation for experimenting with next-generation humanoid robotics and intelligent automation systems.
Start Developing
Build the Future
Choose Unitree G1 Edu Standard-U1 to explore advanced robotics, AI interaction, and autonomous systems using a flexible humanoid platform built for real engineering challenges.
