Unitree G1: Intelligent Bionic Humanoid Robot for AI and Research

• ✔ Agile movement with up to 41 degrees of freedom for natural interactions.
• ✔ Advanced sensors including RealSense D435 and 3D LiDAR for spatial perception.
• ✔ Powerful AI with 8-core CPU and 100 TOPS for autonomous operations.
• ✔ Developer-friendly architecture and EDU version with open source code.
• ✔ A versatile platform for research, education and entertainment.
• ✔ Optional force-feedback dexterous hands for precise manipulation.
• ✔ Movement speed up to 2 m/s with hybrid control for dynamic balance.

Introducing Unitree G1, a compact and high-performance humanoid robot designed to bring the future of embodied artificial intelligence into reality. With its agile movement, advanced sensors, and developer-friendly architecture, G1 is an ideal platform for both serious research and commercial applications. Its elegant design and robust capabilities open up new possibilities in robotics.

⚙️ What makes Unitree G1 so special?

• Compact and powerful design: Dimensions 1320×450×200 mm and weight approximately 35 kg with battery.
• Natural Motion: Supports up to 41 degrees of freedom for smooth, human-like movements.
• Advanced interaction: Optional force-feedback dexterous hands for precise object manipulation.
• Powerful onboard intelligence: Powered by an 8-core high-performance CPU and a 100 TOPS AI computing unit.
• Superior environmental perception: Equipped with a RealSense D435 depth camera and 3D LiDAR module for mapping and navigation.
• Dynamic stability: Movement speed up to 2 m/s with hybrid force and position control.
• Open Platform: Open source EDU version for easy algorithm integration and AI model training.

🔎 Explore every detail of the revolutionary G1 robot

Unitree G1 sets a new standard in practical humanoid robotics. This robot is not just hardware; it is a complete system that offers unparalleled flexibility and intelligence. Its modular design and advanced software capabilities allow developers and researchers to experiment with the latest AI-embodied algorithms, while its robustness and smoothness of movement make it an ideal companion for commercial and educational purposes.

With advanced sensors like the RealSense D435 and 3D LiDAR, G1 can autonomously navigate, map, and effectively plan routes in complex environments. Its hybrid force and position control ensures it maintains balance during dynamic movements and can perform complex tasks with the ease and precision you would expect from a true bionic companion.

🤔 Do you want to push the boundaries of AI and robotics?

Are you frustrated by the limited capabilities of existing robotic platforms, which often lack the flexibility for advanced research or are not agile enough for realistic interactions? Are you looking for a solution that combines cutting-edge mechanics with powerful artificial intelligence, while being open to your own development and experimentation with the latest technologies?

💡 Unitree G1: Your gateway to the future of humanoid robotics

Unitree G1 is designed to overcome these challenges. It is a comprehensive platform for embodied AI, offering not only top-tier hardware, but also software and architecture that support innovation and unlimited development potential. Take back control of your R&D with a robot that is as agile in its thinking as it is in its movements.

🌟 Discover the real benefits that G1 brings

• Features: Up to 41 degrees of freedom and optional dexterous hands. -> Benefit: Unrivaled flexibility and precision for complex manipulation and interaction tasks.
• Features: 8-core CPU and 100 TOPS AI computing power. -> Benefit: Ability to run complex AI models and make autonomous decisions in real time.
• Features: RealSense D435 and 3D LiDAR. -> Benefit: Comprehensive spatial awareness for safe navigation and interaction with the environment.
• Features: EDU version with open source code. -> Benefit: Ideal for developers and researchers who want to integrate and test their own algorithms.
• Features: Compact design and robust construction. -> Benefit: Easy portability and durability for a wide range of applications.

🎯 Who is Unitree G1 ideal for?

• Scientists and Researchers: Seeking a cutting-edge platform for the study and development of embodied AI and robotics.
• Educational institutions: For hands-on teaching of robotics, programming, and artificial intelligence.
• AI developers: Needing flexible and powerful hardware to test and implement advanced AI algorithms.
• Entertainment and cultural industry: For interactive exhibits, dance performances and tour guide services.

🛡️ Your questions, our assurances

• Concern: Is the Unitree G1 robot difficult to program and develop? -> Answer: On the contrary, its developer-friendly architecture and open-source EDU version make it easy to integrate your own algorithms and AI models.
• Concern: Will the robot have enough computing power for my AI projects? -> Answer: With an 8-core high-performance CPU and a 100 TOPS AI computing dock, the G1 is fully prepared for demanding AI tasks and autonomous operations.
• Concern: How will the robot cope with orientation in a complex environment? -> Answer: Thanks to the RealSense D435 depth camera and 3D LiDAR module, the Unitree G1 has excellent spatial awareness, mapping and navigation capabilities.

Technical specifications

Dimensions	1320×450×200mm
Weight (with battery)	~35 kg
Degrees of freedom (DoF)	Up to 41
CPU	8-core, high-performance
AI computing power	100 TOPS
Depth camera	RealSense D435
Distance sensor	3D LiDAR module
Maximum movement speed	2 m/s
Control	Hybrid force and position control
Developer version	Open source EDU

Frequently Asked Questions (FAQ)

What are the main purposes for which Unitree G1 is designed?

Unitree G1 is ideal for educational, research and development purposes in the field of AI and robotics, but also for entertainment and academic applications.

What sensors does Unitree G1 use to sense its surroundings?

The robot is equipped with a RealSense D435 depth camera and a 3D LiDAR module, which enable detailed spatial perception, mapping, and navigation.

Is it possible to buy advanced tentacles for the robot?

Yes, the Unitree G1 offers optional force-feedback dexterous hands that allow for precise interaction and manipulation.

What computing power for artificial intelligence does the robot offer?

The G1 features an 8-core high-performance CPU and a 100 TOPS AI computing dock, ensuring robust onboard intelligence.

Can developers access the software and customize the robot?

Yes, the EDU version of Unitree G1 provides open source code, allowing developers and research institutions to integrate their own algorithms and train AI models.

What is the maximum speed of movement of the robot?

Unitree G1 can move at speeds of up to 2 m/s, allowing it to move dynamically and smoothly in various environments.

How many degrees of freedom does Unitree G1 have?

The robot supports up to 41 degrees of freedom, allowing it to perform very natural and human-like movements.