Unitree G1edu: Flexible AI Humanoid Robot for Science and Development

• ✔ Advanced AI and easy programmability for innovative projects
• ✔ Extremely high number of degrees of freedom for unparalleled flexibility of movement
• ✔ Robust industrial-grade ball bearings for long life and reliability
• ✔ Powerful 8-core CPU for lightning-fast processing of complex computing tasks
• ✔ Integrated depth camera and 3D LiDAR for accurate perception of the surrounding space
• ✔ Fast and stable wireless connectivity with WiFi 6 and Bluetooth 5.2
• ✔ Modular design with smart, quick-change battery for continuous operation

Enter the era of advanced robotics with the Unitree G1edu , a programmable humanoid robot designed for scientific research, development and education. Built for the most demanding applications, this robot represents the cutting edge of artificial intelligence and mechanics, offering unprecedented flexibility and computing power.

Unitree G1edu is an ideal platform for exploring complex algorithms, human-robot interaction, and autonomous systems, providing a robust and open environment for endless innovation.

🤖 What can this robot do?

• Advanced Degrees of Freedom: With up to 3 degrees of freedom at the waist and up to 9 degrees of freedom for each hand (including an optional 3-finger hand with force control and additional wrist degrees of freedom), the G1edu achieves extraordinary dexterity.
• Industrial-grade joint bearings: Each joint is fitted with high-precision cross roller bearings, ensuring smooth movement, high load capacity and extreme reliability.
• Low-inertia PMSM motors: Specially designed permanent magnet synchronous motors (PMSM) with an internal rotor guarantee excellent response and efficient heat dissipation even under intensive use.
• Wide range of motion: The joints offer an impressive range of motion: waist (Z±155°, X±45°, Y±30°), hip (P±154°, R-30~+170°, Y±158°) and wrist (P±92.5°, Y±92.5°), allowing for complex and dynamic actions.
• Integrated Intelligence: Powered by an 8-core high-performance CPU, G1edu easily handles complex algorithms and real-time data processing.
• Surrounding Perception: The depth camera and 3D LiDAR provide the robot with a detailed view of its surroundings, crucial for autonomous navigation and interaction.
• Modern connectivity: With WiFi 6 and Bluetooth 5.2, fast and reliable communication is ensured, essential for remote control and data collection.
• Open platform: Support for secondary development and intelligent OTA updates ensure that the robot remains flexible and ready for future challenges.

🔬 Explore every detail

Unitree G1edu is not just a robot; it is a complete development platform. Thanks to advanced mechanics and electronics, it offers an incredible level of adaptability. Its design with full-through wiring in the joints eliminates tangled cables and ensures cleanliness and reliability of the entire system. Every component is designed with long life and maximum performance in mind, from robust bearings to efficient PMSM motors that minimize energy loss and overheating.

The smart 13-cell quick-release lithium-ion battery allows for seamless replacement and longer operating time, which is crucial for long-term experiments and testing. With a powerful computing module and support for OTA updates, the Unitree G1edu is always at the forefront of technological advancement, ready to receive new features and improvements.

😥 Are you bothered by the limitations of existing robotics research platforms?

Many existing robotic platforms lack the flexibility, sufficient degrees of freedom, or computing power needed for cutting-edge research in AI and advanced robotics. You often encounter proprietary systems that limit the possibilities for secondary development and integration of custom solutions. In addition, the reliability of joint mechanisms and the quality of sensors are often compromised, leading to frustrating results and extended development times.

🚀 Get unparalleled freedom for your innovation!

Unitree G1edu is designed to eliminate these limitations. It offers an open and highly flexible platform with a rich number of degrees of freedom, allowing you to experiment with complex movements and algorithms. Its high-end components and powerful sensors provide reliable data, while secondary development support and OTA updates ensure that your investment will have long-term value and adaptability. With G1edu, you can push the boundaries of research and bring true innovation.

🌟 More than just features, real benefits

• High number of degrees of freedom: Allows simulation of complex human movements and very precise manipulation, opening the door to advanced motor research.
• Powerful CPU and advanced sensors: Provides real-time data collection and processing, which is key for autonomous decision-making and interaction with the environment.
• Programmability and OTA updates: Offers maximum flexibility for developing custom applications and ensures the robot is always up to date with the latest features.
• Industrial bearings and motors: They guarantee long service life, reliability and stability even during demanding and continuous operation, minimizing downtime.
• Open architecture: Allows easy integration of custom hardware and software, maximizing customization and expansion options.

🎯 Who is it the ideal choice for?

• Scientific teams and research institutes: Looking for a cutting-edge platform for studying artificial intelligence, robotics, and autonomous systems.
• Universities and technical schools: For hands-on learning and advanced projects in mechatronics, robot programming, and AI.
• AI and autonomous systems developers: Who need flexible and powerful hardware to test and implement their innovative algorithms.
• Industrial Innovators: Exploring future applications of humanoid robotics in logistics, inspection, or assistance services.

❓ Do you have concerns? We will answer them

• Concern: Is programming such a complex robot too complicated? -> Answer: The manufacturer provides comprehensive documentation and an SDK for secondary development, which makes programming and integrating your own solutions easier even for advanced users.
• Concern: What is the reliability and durability of the components under intensive use? -> Answer: Unitree G1edu is equipped with industrial cross roller bearings and robust PMSM motors, designed for high loads and long-term reliability in demanding research environments.
• Concern: Can the robot be expanded with additional features or hardware in the future? -> Answer: Thanks to the modular design, support for OTA updates and open architecture for secondary development, the robot is fully prepared for future expansion and adaptation to your specific needs.

⚙️ Technical specifications

Parameter	Value
Number of degrees of freedom in the waist	1 (optionally up to 3)
Number of degrees of freedom in the hand	7 (optionally up to 9, with 3-finger hand and force control)
Spherical bearings	Industrial cross roller bearings (high precision, high load capacity)
Engines	Low inertia high speed PMSM motor with internal rotor
Space for movement – ​​Passport	Z±155°, X±45°, Y±30°
Space for movement – ​​Hip	P±154°, R-30~+170°, Y±158°
Range of motion – Wrist	P±92.5°, Y±92.5°
Electrical installation	Fully permeable at the joints
Battery	13-cell lithium-ion battery
Basic computing power	8-core high-performance CPU
Sensors	Depth camera + 3D LiDAR
Connectivity	WiFi 6, Bluetooth 5.2
Optional modules/functions	Powerful computing module, Smart battery (quick release), Intelligent OTA update, Secondary development possible

❓ Frequently Asked Questions (FAQ)

1. For what purposes is Unitree G1edu primarily intended?

Unitree G1edu is designed primarily for scientific research, artificial intelligence development, robotics, and for educational purposes at universities and research institutes.

2. What are the programming and secondary development options?

The robot is fully programmable and supports secondary development. The manufacturer provides detailed manuals and SDKs that allow the implementation of custom algorithms and functionality extensions.

3. What kind of battery does the robot have and how long does it last?

It is equipped with a 13-cell lithium-ion battery with quick release function. Specific endurance depends on the load and intensity of use, but the design is optimized for efficient operation.

4. What sensors does Unitree G1edu use to perceive its surroundings?

For detailed spatial perception and autonomous navigation, the robot is equipped with a depth camera and advanced 3D LiDAR.

5. What is the stability and reliability of the robot's joints?

The robot's joints use industrial cross roller bearings, which ensure high precision, durability and long-term reliability even during dynamic and demanding movements.

6. Is it possible to connect the robot to the internet and other devices?

Yes, the robot supports the latest WiFi 6 and Bluetooth 5.2 wireless connectivity for fast and stable communication with external systems and network environments.

7. What does 'Fully through-wiring in joints' mean?

This feature ensures that all wiring is neatly routed inside the hinge mechanisms, minimizing the risk of cable damage, improving aesthetics and facilitating maintenance.

8. What are the main advantages of PMSM motors?

Low inertia, inner rotor PMSM motors provide excellent dynamic response, high efficiency, and improved heat dissipation, which is key to smooth and powerful robot movement.