A Chinese humanoid robot has demonstrated real-time tennis rallying, marking a step forward in ...

New AI platform enables robots to learn and replicate real human movement, powering next-gen humanoid systems, robotics, and physical AI applications. As the global race toward humanoid robotics and ...

The demonstration centers on a controlled track test in which the robot passes a speed-measurement device at peak velocity.

In testing robotic systems, developers can fail and learn, as long as they control risk, explains Bullen Ultrasonics' ...

KAIST’s humanoid robot runs, jumps and moonwalks with precision. Here’s what this breakthrough in physical AI could mean for ...

This roundup highlights the latest robotics innovations aimed at improving throughput, simplifying deployment and helping ...

Gearbox architecture is often treated as an internal robot supplier decision. In deployment, however, reducer behavior ...

The same week the company retired its hydraulic Atlas model, it unveiled a first look at the newest version of the humanoid. While this robot looks more human-like than its predecessor, it can move in ...

A humanoid robot standing approximately 127 cm (about 4 ft 2 in) tall and built in China can now rally a tennis ball back and ...

Chinese robotics startup Unitree has claimed that its humanoid robot H1 reached a speed of 10 metres per second during a ...

Chinese researchers have introduced the Unitree G1, a humanoid robot designed to play tennis, showcasing a significant step forward in robotics. Standing at 127 cm with 29 degrees of freedom, the ...