Unitree R1: Advanced Humanoid Robot with 26 Degrees of Freedom for AI

• ✔ 26 degrees of freedom for unparalleled flexibility of movement
• ✔ Agile design with highly responsive joints
• ✔ Powerful 8-core CPU for complex computing tasks
• ✔ Integrated humanoid binocular camera for advanced perception
• ✔ Expandable with NVIDIA Jetson Orin for cutting-edge AI
• ✔ Full support for secondary development and customization
• ✔ Smart quick-change battery for continuous operation

Introducing Unitree R1, a revolutionary humanoid robot that pushes the boundaries of interaction and autonomy. With its advanced mechanics and intelligence, it is designed for scientific research, education, and application development in areas where fine motor skills and adaptive behavior are key. Its flexible joints and agile design allow it to perform complex tasks with unprecedented precision and naturalness.

🌟 Discover the mastery of movement and intelligence

• 26 degrees of freedom: Allows a wide range of movements that are close to human, making it ideal for simulating and studying biomechanics.
• Advanced Spherical Bearings: Crossed roller double hook ball bearings ensure accuracy and durability even under dynamic loads.
• Highly responsive motors: Uses internal rotor synchronous motors with permanent magnets for instant response and efficient heat dissipation.
• Wide range of joint movement: The lumbar joint offers rotation Y±150°R: ±30°, the hip joint Y±157°P: -168°~146°R: -60°~100°, which increases the flexibility of the robot.
• Intelligent electronics: Hollow and internal tracing with double simple coding for reliable communication and control.
• Effective cooling: Local air cooling and heat dissipation keep components at optimal temperatures during intensive operation.
• Powerful computing core: Equipped with an 8-core high-performance CPU as standard for core AI and control tasks.
• Visualization with a bionuclear camera: A humanoid binocular camera allows the robot to perceive depth and analyze its surroundings in detail.
• Expandable compute module: The optional NVIDIA Jetson Orin module provides 40-100 Tops of compute power for the most demanding AI algorithms.
• User-friendly control: A handheld remote control is included for intuitive interaction.
• Secondary development support: Open platform for easy integration with custom software and hardware modifications.

🔍 Explore every detail that defines the future

Unitree R1 is not just a robot; it is an agile platform for innovation. Its 26-degree-of-freedom mechanical structure, equipped with state-of-the-art articulated motors and bearings, enables unprecedented agility and stability. The robot is designed to handle complex tasks, from fine manipulation to dynamic walking and interaction with the environment. With robust computing power and the ability to integrate modules such as NVIDIA Jetson Orin, it becomes an ideal tool for developing the latest algorithms in artificial intelligence, computer vision, and autonomous decision-making.

Its modular design supports a wide range of applications, from humanoid robotics and bionics research, to advanced AI assistant development, to educational programs in universities and research centers. Easy adaptability and support for secondary development open the door to unlimited possibilities, making the Unitree R1 an investment in the future of robotics.

📈 Are you facing limitations in robotics research or education?

Many researchers and developers struggle with the lack of available humanoid robots that offer sufficient flexibility, computing power, and openness for advanced experiments. Limited degrees of freedom, insufficient computing power, or closed software can hinder the implementation of innovative projects in areas such as adaptive behavior, human-robot interaction, or complex motion simulation.

🚀 Unitree R1: Your key to breakthrough innovation

Unitree R1 was designed to overcome these challenges. With its 26 degrees of freedom and highly responsive joints, you get a platform capable of performing a wide range of human movements. The combination of a powerful 8-core CPU and the optional NVIDIA Jetson Orin module provides unlimited potential for developing sophisticated AI algorithms and real-time data processing. Its openness to secondary development ensures that Unitree R1 will become the cornerstone of your breakthrough projects.

✨ More than just a robot: Real benefits for your project

• Extreme flexibility: With 26 DOF, the robot can imitate complex human movements. -> Benefit: Enables the study of biomechanics and the development of natural human-robot interaction.
• Advanced perception: Integrated binocular camera and high computing power. -> Benefit: Provides detailed analysis of the environment and efficient autonomous navigation.
• Open platform: Support for secondary development and extensibility. -> Benefit: Maximum freedom to implement your own innovative solutions and algorithms.
• High performance: 8-core CPU and optional NVIDIA Jetson Orin. -> Benefit: Handle demanding AI calculations and real-time data processing without compromise.
• Long-term operation: Smart battery with quick replacement. -> Benefit: Minimize downtime and work efficiently even during long experiments.

🎯 For whom is Unitree R1 the ideal choice?

• For research teams and university laboratories specializing in humanoid robotics and AI.
• For AI developers looking for a flexible and powerful platform for testing algorithms.
• For educational institutions that want to provide students with hands-on experience with cutting-edge robotics.
• For advanced robotics enthusiasts and innovators who want top-notch hardware for their projects.

💡 Do you have questions? We will answer them with clarity

• Concern: Is it difficult to program the robot if I have no previous experience? -> Answer: Unitree R1 supports secondary development, allowing integration with common programming frameworks and community support that makes learning easier.
• Concern: How reliable are the joints under repeated loads? -> Answer: The robot is equipped with high-quality cross roller double hook ball bearings and robust motors, designed for long life and reliability even under dynamic operation.
• Concern: Will the robot be upgradeable in the future? -> Answer: Yes, the modular design and optional NVIDIA Jetson Orin module ensure that the robot is ready for future hardware and software upgrades.

⚙️ Technical specifications

Degrees of freedom (number of joint motors)	26
Joint output bearings	Cross roller double hook ball
Engine	Low-inertia, high-speed synchronous motor with internal rotor and permanent magnets (better response and heat dissipation)
Hip joint range of motion	Y±150°R: ±30°
Hip joint range of motion	Y±157°P: -168°~ 146°R: -60°~ 100°
Electrical characteristics	Hollow and internal tracing, Double simple coding
Cooling	Local air cooling and heat dissipation
Basic computing power	8-core high-performance CPU
Camera	Humanoid binocular camera
High-performance computing module	Optional NVIDIA Jetson Orin (40-100 Tops of computing power)
Battery	Smart battery (quick replacement)
Control	Handheld remote control
Secondary development	Supported

❓ Frequently Asked Questions (FAQ)

What exactly does “26 degrees of freedom” mean in a robot?

26 degrees of freedom (DOF) refers to the number of independent directions and rotations a robot can move in. The more DOF, the more complex and fluid the robot can perform movements, which is key to imitating human behavior and adapting to different tasks.

What type of motors does the Unitree R1 use and how does this affect its performance?

The robot is equipped with low-inertia, high-speed, internal-rotor synchronous motors with permanent magnets. These motors provide excellent responsiveness and efficient heat dissipation, resulting in agile, precise, and reliable movements with minimal latency.

Is it possible to program and customize Unitree R1 to your own needs?

Yes, Unitree R1 is designed with secondary development in mind. This means that developers can use its open architecture to implement their own software solutions, artificial intelligence algorithms, and integrate with other hardware.

What role does NVIDIA Jetson Orin play in the Unitree R1 robot?

NVIDIA Jetson Orin is an optional high-performance compute module that significantly enhances the robot's AI and data processing capabilities. With 40-100 Tops of compute power, it enables the robot to run complex neural networks and deep learning algorithms directly on the robot.

How is component cooling handled during operation?

The robot uses local air cooling and heat dissipation. This system ensures that all key components maintain optimal operating temperatures, contributing to long-term stability and performance even during intensive use.

What are the robot control options?

A handheld remote control is available for direct interaction. In addition, an open platform for secondary development allows for the implementation of more advanced control methods through software interfaces and custom algorithms.

What type of camera is integrated in the robot and what is it used for?

Unitree R1 is equipped with a humanoid binocular camera that allows the robot to perceive depth and analyze 3D space in detail. This function is crucial for navigation, object recognition, interaction with the environment, and performing delicate tasks requiring precise visual perception.