Unitree R1
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Product Details
5 Reasons to try Unitree R1:
1. The Unitree R1 boasts an impressive 24 to 26 degrees of freedom, allowing it to navigate and operate effectively in highly complex and varied environments. This extensive range of motion ensures unparalleled flexibility for diverse applications. Furthermore, its head features dual degrees of freedom, significantly boosting its environmental perception capabilities and enabling a more comprehensive understanding of its surroundings for enhanced interaction and safety.
2. Designed with practicality in mind, the Unitree R1 stands at a compact height of ≤121cm and weighs approximately 25kg, making it remarkably lightweight and agile. This streamlined design ensures easy transportation, deployment, and maintenance. Its 'out-of-the-box' readiness minimizes setup time, allowing users to integrate it into their operations quickly and efficiently without complex assembly or configuration.
3. The Unitree R1 is at the forefront of intelligent robotics, incorporating integrated voice and image multimodal large AI models. This advanced capability enables sophisticated human-robot interaction and environmental understanding. With fully open control interfaces for its joints and sensors, and support for mainstream ecological simulation platforms, the R1 provides an ideal platform for developers to seamlessly apply and test complex algorithms in real-world physical environments.
4. Experience exceptional agility and responsiveness with the Unitree R1, powered by its low-inertia high-speed interior permanent-magnet synchronous motors. These advanced motors deliver superior response speed and efficient heat dissipation, ensuring consistent and reliable performance during demanding tasks. This robust power system allows the R1 to move swiftly and nimbly, effortlessly traversing diverse terrains and scenarios with precision and stability.
5. The Unitree R1 is built for future scalability and specific user requirements. It offers extensive customization options, including the integration of powerful NVIDIA Jetson Orin modules, providing computing power ranging from 40 to 100 TOPS. This modularity allows users to significantly enhance the robot's processing capabilities, adapting it to evolving computational demands and ensuring it remains at the cutting edge for specialized applications and research.
1. The Unitree R1 boasts an impressive 24 to 26 degrees of freedom, allowing it to navigate and operate effectively in highly complex and varied environments. This extensive range of motion ensures unparalleled flexibility for diverse applications. Furthermore, its head features dual degrees of freedom, significantly boosting its environmental perception capabilities and enabling a more comprehensive understanding of its surroundings for enhanced interaction and safety.
2. Designed with practicality in mind, the Unitree R1 stands at a compact height of ≤121cm and weighs approximately 25kg, making it remarkably lightweight and agile. This streamlined design ensures easy transportation, deployment, and maintenance. Its 'out-of-the-box' readiness minimizes setup time, allowing users to integrate it into their operations quickly and efficiently without complex assembly or configuration.
3. The Unitree R1 is at the forefront of intelligent robotics, incorporating integrated voice and image multimodal large AI models. This advanced capability enables sophisticated human-robot interaction and environmental understanding. With fully open control interfaces for its joints and sensors, and support for mainstream ecological simulation platforms, the R1 provides an ideal platform for developers to seamlessly apply and test complex algorithms in real-world physical environments.
4. Experience exceptional agility and responsiveness with the Unitree R1, powered by its low-inertia high-speed interior permanent-magnet synchronous motors. These advanced motors deliver superior response speed and efficient heat dissipation, ensuring consistent and reliable performance during demanding tasks. This robust power system allows the R1 to move swiftly and nimbly, effortlessly traversing diverse terrains and scenarios with precision and stability.
5. The Unitree R1 is built for future scalability and specific user requirements. It offers extensive customization options, including the integration of powerful NVIDIA Jetson Orin modules, providing computing power ranging from 40 to 100 TOPS. This modularity allows users to significantly enhance the robot's processing capabilities, adapting it to evolving computational demands and ensuring it remains at the cutting edge for specialized applications and research.
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