Booster T2 Pro | Nvidia Thor Orin | 2000 TOPS

The Booster Robotics T2 Pro Gripper combines the powerful T2 humanoid platform with integrated robotic grippers, extending its capabilities beyond motion and AI to active object manipulation. Featuring 33 degrees of freedom, up to 2,000 TOPS of AI computing power, a maximum speed of 2 m/s, and additional wrist cameras for precise grasping and handling tasks, it provides a highly capable development platform for research and embodied AI. Unlike the T2 Pro with demonstration hands, it can actively grasp and move objects. Compared to the Dex Hand version, the focus is on robust and practical gripping performance rather than fine finger dexterity.

The Booster Robotics T2 Pro Gripper is particularly well suited for Embodied AI, autonomous navigation, humanoid motion research, sensor fusion, voice interaction and advanced object manipulation. Typical target groups include universities, research institutions, development departments and technology companies. Key features include 33 degrees of freedom (DoF), depth cameras in the head, waist and wrist areas, a 9-axis IMU, microphone array, loudspeaker and the powerful NVIDIA Thor Orin platform with up to 2,000 TOPS of AI performance. Unlike the standard T2 Pro with demonstration hands, the Gripper version can actively grasp, move and handle objects, making it ideal for manipulation research, pick-and-place applications and real-world human-robot interaction. Compared to the Dex Hand version, the focus is on robust and practical gripping rather than fine finger dexterity.

The integration is designed for developers and research teams with experience in robotics, AI, humanoid systems and robotic manipulation. The Booster T2 Pro Gripper features Wi-Fi 6, Bluetooth 5.2, Ethernet, USB and USB-C, as well as an external power output for additional hardware extensions. The package includes a battery pack, charger, remote controller, robust transport case and integrated robotic grippers for object handling tasks. Its advanced sensor suite, including head, waist and wrist cameras, combined with the open system architecture, enables the development of complex applications in research, embodied AI, autonomous navigation and object manipulation.

The Booster Robotics T2 Pro Gripper was designed as an open development platform for demanding AI, robotics and object manipulation applications. The NVIDIA Thor Orin platform with up to 2,000 TOPS enables complex perception, locomotion, interaction and grasping tasks to run directly on the robot. The hybrid control architecture combines torque, speed and position control, allowing developers to create precise motion sequences and intelligent manipulation strategies. Equipped with integrated robotic grippers and additional wrist cameras, the T2 Pro Gripper is particularly suited for grasping, handling and pick-and-place applications. Extensions can be integrated via Ethernet, USB and USB-C, enabling the platform to be flexibly adapted to a wide range of research, Embodied AI and manipulation development projects. 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 Gripper is ideal for businesses, universities and development teams looking for a high-performance humanoid platform for Embodied AI, autonomous navigation, motion research and robotic manipulation. With 33 degrees of freedom, up to 2,000 TOPS of AI computing power, integrated gripper hands, 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, the Gripper version can actively grasp, move and handle objects, making it particularly suitable for manipulation research and real-world interaction scenarios. Its strengths lie in its high computing performance, advanced sensor suite, object-handling capabilities and human-like motion architecture.