The system combines a Unitree H2 Plus body with Sharpa Wave tactile five-finger hands. Its computing stack is based on Jetson Thor and Nvidia’s Isaac GR00T software.

In the base configuration, the platform includes a Unitree H2 Plus chassis about 183 cm tall and weighing 68 kg, 31 degrees of freedom in the body, two Sharpa Wave hands with 22 degrees of freedom, and 75 total degrees of freedom across the body and hands. It also includes a stereo camera on the head, wrist cameras, and an inertial module.

According to media reports, the hands can handle up to 7 kg in normal operation and up to 15 kg at peak load.

This is not a mass-produced industrial robot, but a standardized research platform. Nvidia’s goal is unification: one system for hardware integration, data collection, simulation, training, and transferring learned skills to a real humanoid machine.

Among the first users are Ai2, ETH Zurich, Stanford Robotics Center, and the Advanced Robotics and Controls Laboratory at UC San Diego. Nvidia will also use the platform for its own internal robotics research.

A major focus is safety. Nvidia is integrating Blackwell chips so that subsystem updates pass through the company’s computing module with code authentication. The same security mechanisms are used in Nvidia’s server infrastructure.

The company plans to scale the project together with humanoid robot manufacturers from the United States, Europe, and South Korea, although it has not disclosed partner names.

Earlier, Unitree presented what it called the world’s first production-ready piloted robot. The android can move on both two and four limbs.

Conclusion:
Nvidia is moving deeper into humanoid robotics by offering a unified platform for hardware integration, simulation, training, and real-world skill transfer. Isaac GR00T could become an important research standard for universities, labs, and robotics developers.