An automated system that weaves ultra-thin “fabric muscles” capable of powering wearable robots like everyday clothing—lightweight, flexible, and ready for mass production.
In a major...
By combining magnetic sensing and digital processing, the encoder converts the machine's rotation into precise position data.
As robots and motor-driven systems become more complex,...
By eliminating rigid motors and gears, the system relies on material behaviour to perform multiple coordinated actions.
Researchers in South Korea develops a robot that...
Tiny, adaptable robots now walk, swim, and collaborate across varied terrains thanks to a modular 3D-printed design, paving the way for versatile micro robotics...
Guided by heat and pressure, a vine-like robot slips through arteries and engines, navigates where humans and tools can’t.
Reaching tight or delicate spaces, such...
Robots can now learn to pick, stack, and organize things inside digital rooms, practicing safely and faster, without needing real-world training every time.
Robots may...
Flying robots can pass tools to each other in the air. This could make jobs safer and faster. Find out more!
Industrial inspection, maintenance, and...