Nvidia picks Unitree for humanoid robot platform

What did Nvidia and Unitree actually launch?

Nvidia has chosen Chinese robotics startup Unitree as the hardware partner for its first commercially available humanoid research platform, called Isaac Root. The system puts Nvidia's Jetson Thor module, which carries a Blackwell GPU, inside Unitree's H2 humanoid robot body. The complete package stands roughly six feet tall, weighs 150 pounds, and ships with 31 degrees of freedom across the body plus 25 degrees of freedom per hand. Those hands are made by Singapore-based Sharpa, not Unitree. Nvidia's Isaac GR00T AI models and its simulation and data-generation software stack are bundled in as well.

Nvidia CEO Jensen Huang announced the platform during a keynote in Taipei on Monday. Sales to research institutions are scheduled to begin in October, when Unitree's upgraded H2 Plus variant becomes available. At least four institutions have already committed: Ai2 in Seattle, ETH Zurich, the Stanford Robotics Center, and UC San Diego's Advanced Robotics and Controls Laboratory.

Nvidia is using a Chinese hardware partner to put frontier humanoid research within reach of university labs that could never have built this themselves.

Why does this matter for the robotics industry?

Until now, access to capable humanoid platforms has been concentrated at large tech companies and well-funded AI startups. Pricing a research-grade system for university labs changes who gets to run experiments, and that matters because academic research is where many of the foundational training techniques for robot AI originate. Broadening access could accelerate the pace at which useful behaviors get developed and published.

For Nvidia, the move extends its strategy beyond selling chips into data centers. The company already dominates AI compute through its CUDA software platform. Bundling that software with a physical robot body gives Nvidia a foothold in the data collection and simulation pipeline that will feed the next generation of physical AI models. Huang has told investors he expects the robotics segment to grow rapidly over the next five years, and he has publicly predicted that physical AI could become a market worth tens of trillions of dollars.

For Unitree, the partnership is a significant endorsement at a sensitive moment. The startup is seeking to raise 4.2 billion yuan, roughly $620 million, through a listing on Shanghai's STAR board, with the exchange scheduled to review the IPO application the same day the Nvidia deal was announced. Unitree has also disclosed that more than 40 percent of its revenue already comes from outside China, which makes a high-profile U.S. research partnership a useful signal to international investors.

What are the limits of this announcement?

Humanoid robots remain a narrow market in practice. Deployments of AI-powered humanoids have been largely confined to warehouse settings, with safety concerns and privacy questions slowing adoption in homes and other public spaces. The Isaac Root platform is explicitly aimed at researchers, not at production deployments, so the near-term commercial impact is limited.

The list of confirmed research partners is also notable for who is absent: no China-based institutions are included, which may reflect the ongoing sensitivity around U.S.-China technology transfers rather than a lack of interest. Unitree itself is a Chinese company, so the arrangement already involves cross-border hardware supply, but the software and AI model stack sits on the U.S. side of that relationship.

• The H2 Plus robot body becomes available in October 2025.
• Sharpa, backed by Qiming Venture Partners according to PitchBook, supplies the dexterous hands.
• Nvidia's full software stack, including simulation and data generation tools, is integrated into the package.