Kawasaki Heavy Industries will collaborate with NVIDIA to focus on physical AI and establish a robotics center in the U.S., as reported by Nikkei. This partnership will leverage NVIDIA’s simulation technology in Kawasaki’s CORLEO project, which aims to integrate robots capable of autonomous actions in unstructured environments. The CORLEO project also highlights Kawasaki’s strategy to fuse robotics with hydrogen power and personal mobility, emphasizing its roadmap toward event deployments and commercialization.

Corleo: CORLEO is Kawasaki Heavy Industries’ four-legged off-road personal mobility robot, designed to combine motorcycle-style ride dynamics with quadruped robotics for challenging terrain. In this development, CORLEO will leverage NVIDIA’s simulation technology as part of Kawasaki’s broader push into physical AI and robotics, including work at the planned U.S. robotics center.
NVIDIA: NVIDIA is a U.S.-based technology company best known for its graphics processing units and related platforms that power artificial intelligence, data centers, robotics, and simulation. In this context, NVIDIA is collaborating with Kawasaki Heavy Industries by providing simulation and physical AI technologies that will be integrated into Kawasaki’s new U.S. robotics center and the CORLEO four-legged mobility robot project.
Kawasaki Heavy Industries: Kawasaki Heavy Industries is a Japanese conglomerate that manufactures heavy machinery, industrial equipment, aerospace components, ships, and motorcycles, and has been expanding its robotics and hydrogen technology businesses. In this news, the company is partnering with NVIDIA to apply physical AI and advanced simulation to its robotics initiatives and will open a U.S.-based robotics center, with NVIDIA’s tech specifically supporting its CORLEO robotic mobility project.

Physical_AI_trend: Robotics and industrial companies have recently begun using the term ‘physical AI’ to describe the integration of large AI models and real-time sensing into robots that can act autonomously in unstructured environments.
Kawasaki_CORLEO_roadmap: Kawasaki has publicly outlined a roadmap for CORLEO that targets event deployments and eventual commercialization, positioning the robot as a flagship example of its fusion of robotics, hydrogen power, and rideable personal mobility.
NVIDIA_robotics_platform: NVIDIA has been promoting its robotics stack, including simulation tools and AI models, as a foundation for building and testing autonomous machines before real-world deployment.