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Unitree G1 EDU U4

Unitree G1 EDU U4
Unitree G1 EDU U4 is a high-end humanoid robot designed for research, education and development in the field of artificial intelligence and robotics. With a height of about 132 cm and a weight of about 35 kg, it offers advanced mobility and handling capabilities. The NVIDIA Jetson Orin computing platform (or equivalent performance) enables real-time control and processing of sensor data. The robot has 43 degrees of freedom (DoF) and is equipped with two Dex3-1 three-fingered hands with integrated tactile sensors for precise manipulation and teaching of intelligent motion control.
The offer is intended exclusively for entrepreneurs or educational institutions, for the purchase it is necessary to provide proof of ID number. Always contact our team at: [email protected], as well as for any other questions.

Key features of the Unitree G1 EDU U4 robot
- 43 degrees of freedom (DOF) - configurable design for humanoid movement
- Height approx. 132 cm, weight approx. 35 kg
- Advanced Sensing: 3D LiDAR + depth camera
- Two Dex3-1 three-finger manipulation arms with integrated tactile sensors
- Maximum knee torque up to ~120 Nm
- Movement speed around 2 m/s
- Arm capacity up to approx. 3 kg
- Battery life of approximately 1-2 hours
- Supporting research, teaching and university applications

Compatible with the manufacturer's app
To use the product's smart features, you need to add the device to the manufacturer's app. For more information about the application (name, supported OS, supported languages) and how to add a device to the application, please refer to the product manual.

Advanced humanoid mobility and agility
The G1 EDU U4 robot is equipped with actuators and mechanics that enable natural movement - walking, running, turning and stable dynamics. With a design engineered for a humanoid platform, it handles manoeuvres that were previously the domain of laboratory experiments.

Handling and working with objects
Using motor stages and three-fingered hands Dex3-1 with integrated tactile sensors, the robot can precisely grasp and manipulate objects. The load-bearing capacity of the arms and the moment in the joints allow practical use in teaching, research and testing of AI algorithms for control of motion systems.

Precise perception of the environment
The combination of 3D LiDAR and a depth camera allows the robot to navigate in space, map the environment and react to obstacles or terrain changes. This is crucial for autonomous walking, interaction with objects and safe operation in a laboratory or research centre.

Computing power and open development platform
The computing unit enables the running of demanding AI algorithms, machine learning and sensor processing in real time. The robot supports developers in C++/Python, ROS/ROS2 and allows customization for their own projects or experiments.

Integration and readiness for teaching or research
Its size, weight and modular design make the G1 EDU U4 suitable for laboratory deployment, student training and robotics project development. Both the manufacturer and distributors emphasize the use in education and research, making it an ideal choice for academic initiatives.

Warranty and conditions
This product is intended exclusively for entrepreneurs and legal entities. By purchasing this product, you confirm that you are entering into this contract as a business or legal entity. The warranty for this product is 12 months.
These goods cannot be returned after unpacking by withdrawing from a distance contract. For more information seeTerms and Conditions .
Specifications can be changed without notice. Images are for illustrative purposes only.

