#China #Hangzhou #Humanoid Robot #Unitree H2 #NVIDIA Isaac

Introduction of the H2 Plus Model

Unitree Robotics has recently made headlines with the launch of the H2 Plus, a cutting-edge humanoid robot that marks the first reference design utilizing NVIDIA's Isaac™ GR00T development platform. This innovative robotic model aims to enhance academic research by providing essential resources for developers in the humanoid robotics field.

Unifying Robotics Development

The H2 Plus represents a significant step toward streamlining the humanoid robotics research process. This robot combines the Unitree H2 humanoid chassis with advanced components, including Sharpa five-fingered hands and the powerful NVIDIA Jetson Thor onboard compute. This hybrid design allows for greater efficiency in various development workflows, ranging from hardware integration and data collection to simulation and deployment of humanoid robots.

Key Features of the H2 Plus

The H2 Plus stands nearly six feet tall, weighs around 150 pounds, and boasts 31 degrees of freedom in its body structure, making it ideal for human-scale testing. Its dual Sharpa Wave tactile hands enhance dexterity with an impressive 22 degrees of freedom, permitting a total of 75 degrees of freedom when combined with the arm and body.

In terms of sensing capabilities, the H2 Plus is equipped with multi-view sensing systems, including a stereo camera mounted on its head that offers a wide field of view, alongside wrist cameras for closer tasks. The robot features robust whole-body control, capable of handling arm torque rated at 120 Newton-meters and leg torque at 360 Newton-meters, making it proficient in lifting gears weighing up to 15 kilograms.

Advanced Computational Power

Equipped with NVIDIA Jetson AGX Thor™ T5000 onboard computing power, the H2 Plus is capable of executing real-time inference and robot control. It features a Blackwell GPU that supplies 2,070 FP4 teraflops of AI performance, complemented by a 14-core Arm CPU and 128GB of unified memory. These specs collectively facilitate quick, high-performance processing in robotic operations.

Software and Development Environment

One of the standout aspects of the H2 Plus is its integration with the NVIDIA Isaac GR00T platform, which allows researchers to carry out simulation, training, and evaluation while preserving control of their data. This platform offers several tools, such as the Isaac Teleop for high-quality demonstration data capture and a series of open foundation models assisting in reasoning, learning, and multitask behaviors for humanoids.

The Vision for Humanoid Robotics

As the demand for general-purpose humanoids grows, Unitree Robotics aims to simplify the research process by providing an accessible design framework. Xingxing Wang, Founder and CEO of Unitree Robotics, asserted that the H2 Plus serves as a dependable starting point for developing robotic skills intended for practical applications in various industries.

Furthermore, NVIDIA's CEO Jensen Huang highlighted that humanoid robots are poised to infuse physical AI into numerous sectors, likely unlocking trillions in economic prospects.

Availability and Future Outlook

With the complete specifications announced, the H2 Plus humanoid robot is set for release in late 2026. Additionally, the extension of the Isaac GR00T platform will support other Unitree models, such as the G1 humanoid robot, ensuring a consistent development approach across different robotic systems.

Research teams or developers interested in exploring the technical specifications and capabilities of the H2 Plus can visit the dedicated page for more detailed information. Through this development, Unitree Robotics is advancing not just robotics but the foundation on which future research will evolve in the field of humanoid robotics.