Unitree G1: A Groundbreaking Humanoid Robot for AI, Research and Education

• ✔ Extremely agile and powerful next-generation humanoid robot
• ✔ High mobility with up to 41 degrees of freedom for natural movements
• ✔ Cutting-edge onboard AI with 8-core CPU and 100 TOPS AI performance
• ✔ Advanced sensors for spatial awareness: RealSense D435 and 3D LiDAR
• ✔ Modular and developer-friendly architecture for wide adaptation possibilities
• ✔ Ideal platform for education, research, entertainment and humanoid application development

Unitree G1 represents a fascinating leap forward in humanoid robotics, embodying the future of Embodied AI. This compact yet extremely powerful robot is designed to combine advanced sensors, agile movement, and robust computing power into one flexible platform.

Unitree G1 is not just a machine, it is an intelligent companion and an indispensable tool for robotics pioneers, opening the door to innovative solutions in both the academic and commercial sectors.

🤖 What can this pioneering robot do? Key features of the Unitree G1

• Compact and robust design: Dimensions of 1320×450×200 mm and a weight of approximately 35 kg with battery guarantee mobility and easy integration.
• Unrivaled flexibility of movement: Up to 41 degrees of freedom allows the G1 to perform natural, human movements with impressive grace and agility.
• Strong AI Heart: Powered by an 8-core high-performance CPU and an AI computing unit with 100 TOPS, ensuring autonomous behavior and intelligent decision-making.
• Precise perception of surroundings: Equipped with a RealSense D435 depth camera and 3D LiDAR module for detailed spatial awareness, mapping and navigation.
• Dynamic stability and speed: Capable of moving at speeds up to 2 m/s and hybrid force and position control for smooth and stable performance even in dynamic environments.
• Expandability for precision work: Optional dexterous hands with haptic feedback allow the robot to interact with objects with high precision.
• Open platform for innovation: The EDU version offers open access for developers and researchers, making it easy to integrate algorithms and train your own AI models.

🔍 Explore every detail: Unitree G1 deep dive

Unitree G1 is not just a robot; it is a gateway to the future of embodied artificial intelligence. This compact yet extremely powerful humanoid robot delivers unprecedented levels of agility and interaction, making it an ideal platform for a wide range of applications, from advanced research to commercial use.

Measuring 1320×450×200 mm and weighing just 35 kg with battery, the Unitree G1 combines power with ease of portability. It features up to 41 degrees of freedom, allowing it to perform smooth and human-like movements, while optional dexterous hands with haptic feedback open the door to precise object manipulation.

At the heart of the robot is an 8-core high-performance CPU complemented by a 100 TOPS AI compute unit, providing robust onboard intelligence for autonomous behavior, perception, and advanced secondary development. Its sensors, including the RealSense D435 depth camera and 3D LiDAR module, give it excellent spatial awareness, essential for mapping, navigating, and interacting with complex environments.

The G1 is capable of moving at speeds of up to 2 m/s and uses hybrid force and position control to achieve dynamic balance and fluid performance. A special EDU version offers open access for developers and research institutions, making it easy to integrate algorithms and train your own artificial intelligence models, pushing the boundaries of robotics forward.

❓ Are you facing limitations in robotics research?

Traditional robotic platforms often lack the flexibility, processing power, or human-like movement capabilities that are key to breakthrough research and development in artificial intelligence and bionics. Limited interaction options with the environment and the absence of open development tools can hinder innovation and increase the time to implement new ideas.

✨ Unitree G1: The answer to your most demanding challenges

Unitree G1 comes as a comprehensive solution that combines cutting-edge hardware capabilities with an open software architecture. It offers incredible agility, advanced AI features, and sensors that allow the robot to move autonomously and interact with its surroundings in a way never before possible. It is a tool that will accelerate your research, streamline your education, and open new horizons for commercial applications.

🚀 More than just hardware: The real benefits of Unitree G1

• 41 degrees of freedom: Precise and human-like movements -> Benefit: Enables complex tasks and realistic simulations for advanced bionics research.
• 100 TOPS AI computing power: Robust on-board intelligence -> Benefit: Ensures autonomous decision-making and fast data processing for advanced AI applications.
• Integrated sensors (3D LiDAR, RealSense): Excellent spatial awareness -> Benefit: Reliable navigation and interaction in complex, dynamic environments.
• Open architecture (EDU version): Easy integration of algorithms -> Benefit: Accelerates the development of custom solutions and supports rapid iteration of research projects.
• Optional dexterous hands: Precision manipulation -> Benefit: Expands the robot's ability to interact with the physical world and opens the door to new applications.

🎯 For whom is Unitree G1 the ideal choice?

• Research and academic institutions: For cutting-edge research in humanoid robotics, artificial intelligence, and bionics.
• Educational centers: As an advanced learning platform for students of robotics, computer science, and mechatronics.
• Developers and engineers: For prototyping and testing innovative robotic algorithms and applications.
• Entertainment companies: For innovative interactive displays, performances and special effects.
• Automation Innovators: For testing flexible automated solutions in complex environments.

💬 Do you have any concerns? We'll answer them!

• Concern: Is the robot difficult to program and integrate into your own projects? -> Answer: The EDU version of Unitree G1 offers an open architecture with developer access, which makes it easier to integrate algorithms and train your own AI models, significantly accelerating development.
• Concern: How is the robot's stability and safety ensured during dynamic movement? -> Answer: The G1 uses sophisticated hybrid force and position control that ensures dynamic balance and smooth performance even during fast movement of up to 2 m/s, minimizing the risk of loss of stability.
• Concern: Are optional accessories available to expand functionality and perform more specific tasks? -> Answer: Yes, the Unitree G1 supports optional dexterous hands with haptic feedback, which greatly expand the robot's capabilities in terms of precise manipulation and interaction with the physical world.

📊 Technical specifications

Robot type	Humanoid service and research robot
Height	1320mm
Width	450mm
Depth	200mm
Weight (with battery)	approx. 35 kg
Degrees of freedom (DOF)	Up to 41
Processor	8-core high-performance CPU
AI computing power	100 TOPS
Depth camera	RealSense D435
Other sensors	3D LiDAR module
Maximum movement speed	Up to 2 m/s
Motion control	Hybrid force and position control
Optional accessories	Dexterous hands with haptic feedback
Developer version	EDU open access version

💡 Frequently Asked Questions

What is Unitree G1 and what is it intended for?

Unitree G1 is an intelligent bionic service robot with a humanoid form, designed for cutting-edge research, education, entertainment and the development of advanced humanoid applications. It represents a platform for the future of embodied AI.

What are the key physical parameters of Unitree G1?

The robot is 1320 mm high, 450 mm wide and 200 mm deep. Its weight with battery is around 35 kg, which ensures a good combination of performance and portability.

How many degrees of freedom does Unitree G1 have and what does this mean for its movements?

Unitree G1 has up to 41 degrees of freedom, allowing it to perform extremely smooth, natural and human-like movements. This high degree of mobility is key for complex interactions and realistic simulations.

What computing power does Unitree G1 offer for artificial intelligence?

The robot is equipped with an 8-core high-performance CPU and a dedicated AI computing unit with 100 TOPS performance, giving it robust on-board intelligence for autonomous navigation, perception, and complex AI tasks.

What sensors does Unitree G1 use for orientation and perception of its surroundings?

For advanced spatial awareness, the Unitree G1 uses the RealSense D435 depth camera and 3D LiDAR module. These sensors enable accurate mapping, navigation, and obstacle detection in real time.

Is Unitree G1 suitable for developers and researchers?

Absolutely. The EDU version of Unitree G1 offers open access for developers and research institutions, making it easy to integrate custom algorithms and train AI models. It is an ideal platform for innovative projects.

Can Unitree G1 manipulate physical objects?

Yes, the robot supports optional dexterous hands with haptic feedback. These hands allow it to perform precise object manipulation tasks and interact with the environment in a much more sophisticated way.

How fast can the Unitree G1 move and how is its stability ensured?

Unitree G1 is capable of moving at speeds of up to 2 m/s. Dynamic stability and smooth performance are ensured thanks to hybrid force and position control, which allows it to maintain balance even during fast and complex movements.