ETH Zurich researchers have trained their quadruped robot ANYmal to pick up a ball and throw it across a field, demonstrating manipulation skills beyond simple walking or running.

Robotic joint reconstruction offers patients faster recovery, less pain, and personalized outcomes—here’s how it’s reshaping ...

Thomson's Movotrak CTU features collision detection settings for groundbreaking programming and control benefits.

ABSTRACT: In this paper, a rope-driven continuous robotic arm is taken as the research object, and its dynamic modeling and motion control methods are studied. Geometric analysis and coordinate ...

'Bottom-up' robotic intelligence. While a traditional robotic hand would need a motor to actuate each joint, the ADAPT hand has only 12 motors, housed in the wrist, for its 20 joints. The rest of the ...

MIT’s custom robot arm can perform human-style table tennis shots, including topspin loops, flat drives, and backspin chops, with an impressive 88% success rate across styles. The robot’s paddle ...

To research on the kinematic and dynamic features of the robot arm, it is primarily important to research on the mechatronic system. In this article, the author introduces the research on the ...

Researchers at UC San Francisco have achieved a remarkable breakthrough in brain-computer interface (BCI) technology, enabling individuals with paralysis to control robotic devices through thought ...

The robot follows the correct direction of movement – the circular motion around the hinges – almost automatically via the controller and without the need for an additional model of the door. This is ...

Game-changing mini-muscle motors power new robotic forearm like humans. The human forearm, with the radius and ulna forming the radioulnar joint, enables movements like writing and swinging a racket.