The SeaPerch program by MIT Sea Grant engages students in underwater robotics, fostering skills in engineering, ...

The researchers aimed to create robots that could walk directly off the 3D printer, powered by air and made from flexible, ...

A prototype “hairy gripper” based on the mouths of ants has already been developed and tested with “excellent results”, ...

A team of researchers from the University of Toronto in Canada has created miniature magnet-powered tools for keyhole brain ...

A robot has been developed that can walk without electronics, powered solely by a cartridge of compressed gas. Designed by researchers at the Bioinspired Robotics Laboratory at the University of ...

In the world of robot fabrication, the dream of manufacturing machines ready to go directly off the line is still many years ...

Discover how a 3D printed walking robot moves without electronics using compressed gas. Read more about the innovation ...

The low-cost robots walk, run underwater, and work in tough places like space or disaster zones, powered only by air and flexible design.

Imagine a robotic hand that coordinates its palm and fingers with human-like precision -- not only grasping objects with ...

Roboticists have developed an ambulatory 3D-printed robot powered by compressed gas, an advance that could see robots ...

Roliner is a soft, adaptive metamaterial designed to improve prosthetic fit and comfort. This silicone-based liner uses ...