All R1 Models

The Unitree R1 supports development in Python and C++, giving developers the flexibility to build everything from AI applications and computer vision to real-time robot control. It also integrates with ROS 2, making it easy to leverage the broader robotics ecosystem for research, autonomy, and advanced application development.

The Unitree R1 can be equipped with different hand configurations, including:
– Three-finger dexterous hands
– Five-finger dexterous hands

Yes. The Unitree R1 supports voice interaction features, enabling basic conversational engagement and human-robot interaction—ideal for public-facing environments and demos.

Yes. The Unitree R1 can be controlled using a remote controller or mobile device, allowing for flexible operation during demonstrations, testing, or events.

Yes. Additional sensors may be attached depending on the project requirements and integration setup. As an R1 robot distributor, Toborlife AI can help customers evaluate suitable sensor options for research, education, or development projects.

Yes. The robot can be configured for voice-based interaction when integrated with the Toborlife AI Interactive Package. Customers interested in purchasing the Unitree R1 can contact Toborlife AI to discuss their voice-interaction requirements before purchase.

No, the Unitree R1 is not waterproof or dustproof.

Yes. The robot is suitable for ROS development, AI development, robotics programming, and research-focused applications, depending on the selected setup. As an R1 robot distributor, Toborlife AI can help developers and research teams understand the platform’s compatibility with AI and robotics workflows.

Yes. The robot can be used for robotics competitions, hackathons, university projects, and STEM innovation programs in the USA. Teams interested in purchasing the Unitree R1 can contact Toborlife AI for information about availability, configuration guidance, and competition-focused support.

Yes. Integration with existing laboratory systems may be possible, depending on the software environment, hardware interfaces, and project requirements. Before purchasing an R1 robot platform for a laboratory, Toborlife AI can help evaluate its compatibility with your current systems.

Yes. The robot can support HRI research involving voice control, movement, perception, AI-driven responses, and interaction testing. As an R1 robot distributor, Toborlife AI can help research teams choose the appropriate setup for human–robot interaction studies.

Unlike static laboratory kits, the R1 Edu is a real humanoid robot that allows students to apply coding, AI, and engineering concepts using modern hardware. It supports Python, C++, and ROS 2, evolves with the curriculum through software updates, and prepares students for careers in robotics and physical AI.

Yes. The R1 Edu can operate fully offline, with programs and data stored locally on the robot. An internet connection is needed only for software updates and optional cloud or AI integrations, making it practical for educational settings with strict network policies.

Yes. The camera and microphone systems can be disabled or restricted through software to meet classroom privacy requirements. Combined with local data storage and Toborlife AI’s Silo Program, this gives universities full control over what the robot senses and records.

Yes. The R1 Edu provides open, low-level access to joint control, allowing advanced users to edit motion behaviors, tune controllers, and develop custom gaits or manipulation routines. Higher-level APIs are also available for beginners, making it a flexible platform for both research and teaching.

Yes. R1 Edu configurations offer onboard computing suitable for perception, voice interaction, and AI-model deployment. The robot can also stream data to external workstations for more demanding training workloads. Toborlife AI can recommend the appropriate configuration for your goals.

Yes. As an official Unitree partner and R1 robot dealer serving universities, schools, and laboratories, Toborlife AI provides ongoing access to spare parts, repairs, warranty service, and technical support, helping institutions protect their investment for years to come.