Booster T2 Pro | Nvidia Thor Orin | 2000 TOPS

The Booster Robotics T2 Pro with Dexterous Hands is a humanoid research and development robot designed for AI, robotics research, autonomous systems and advanced human-robot interaction. It stands approximately 1.4 m tall, weighs around 43 kg and features 43 degrees of freedom, including anthropomorphic dexterous hands with six degrees of freedom per hand. Its fully torque-controlled joints with dual-encoder technology support torque, speed and position control. Powered by the NVIDIA Thor Orin platform with up to 2,000 TOPS, it is optimized for advanced perception, locomotion and manipulation tasks.

The T2 Pro Dex Hand is particularly suited for Embodied AI, humanoid motion research, autonomous navigation, dexterous manipulation, sensor fusion and human-robot interaction. Typical users include universities, research institutes, AI laboratories and technology companies. Key features include 43 DoF, head and waist depth cameras, wrist cameras, a 9-axis IMU, microphone array, speaker and the NVIDIA Thor Orin computing platform with up to 2,000 TOPS. Compared to the standard T2 Pro and Gripper version, the Dexterous Hands model enables highly precise grasping and complex finger coordination for advanced manipulation research.

Integration is aimed at developers and research teams with experience in robotics, AI and dexterous manipulation systems. The Booster T2 Pro Dex Hand provides Wi-Fi 6, Bluetooth 5.2, Ethernet, USB and USB-C connectivity, as well as an external power output for additional hardware. The package includes a battery pack, charger, remote controller and transport case. Integrated wrist cameras and dexterous robotic hands support the development of complex manipulation and interaction applications in research and development environments.

The T2 Pro Dex Hand was developed as an open platform for advanced AI, robotics and dexterous manipulation projects. The NVIDIA Thor Orin platform with up to 2,000 TOPS supports complex perception, locomotion, interaction and manipulation models directly on the robot. Its hybrid control architecture combines torque, speed and position control, enabling highly precise motion planning and sophisticated grasping strategies. The dexterous hands with 6 DoF per hand make the system particularly suitable for fine-motor research and human-like object manipulation. The Booster T2 Pro supports open development environments with ROS 2 and SDK support. This allows motion control, sensor systems, AI applications and manipulation tasks to be developed flexibly using Python or C++ and integrated into existing robotics workflows.

The Booster Robotics T2 Pro Dex Hand is ideal for businesses, universities, and development teams seeking a high-performance humanoid platform for Embodied AI, autonomous navigation, motion research, and advanced robotic manipulation. With 43 degrees of freedom, up to 2,000 TOPS of AI computing power, anthropomorphic dexterous hands with 6 DoF per hand, depth cameras in the head, waist, and wrist areas, and a battery life of up to two hours, it provides an advanced foundation for research and development projects. Unlike the standard T2 Pro and the Gripper version, the Dex Hand model enables fine finger movements, precise grasping, and highly complex manipulation tasks. Its strengths include powerful onboard AI, advanced sensing capabilities, human-like hand functionality, and a sophisticated humanoid motion architecture.