A lightweight cable-climbing robot with a computer vision system achieves 92% defect detection precision, enhancing safety ...

The interactive workshop introduced children to the art of blending science and creativity, allowing them to make 'living' ...

Toyota’s Walk Me is a robotic chair with legs that walk, climb, and fold, redefining mobility at the Japan Mobility Show 2025 ...

As the chair climbs stairs, its front legs first test the height and pull the chair up, as the rear legs push their weight upward. Meanwhile, sensors and lidar systems continuously scan the chair's ...

TESLA has Optimus and Xpeng has Iron. Both humanoid robots are common in concept but very different in execution. Clearly, in ...

On November 11, KEENON Robotics unveiled its professional medium-to-large area sweeping and scrubbing robot, the C55, at the ...

BAK Battery has developed a versatile product matrix—fine-tuning power output, capacity, and safety to match varying ...

Learn how lessons from medical robot design can be applied to all robotics from cobots to humanoids and autonomous mobile robots (AMRs). Enjoying Machine Design’s Motion Systems content? Be sure to ...

With an average price around $1,000 depending on where you look, the Scuba X1 is positioned as the entry-level option in ...

A cutting-edge humanoid robot had an unexpected 'error' moment in Hunan, China, on September 19, when it tried – and hilariously failed – to climb a short flight of stairs during a public event. The ...

"Walk Me" is intended to transport people on four legs who can no longer walk well. The robot chair works, but is still a study.