A research team from AMOLF in Amsterdam has created a soft robot that walks, hops, and swims—all without a brain, electronics, or AI. Just soft tubes, air, and some clever physics.

An innovator has built a self-balancing one-wheeled robot. Developed using 3D-printed components, the latest innovation can ...

Explore the LYNX M20, an all-terrain robot redefining industrial automation with advanced mobility, durability, and ...

A compact, AI-powered sorting system uses hexagonal cells and 360° wheels to automate and optimize material flow in ...

Ground-going delivery robots are already streamlining operations in various industries, but they typically still have to be loaded and unloaded by humans. That's where the multi-terrain LEVA bot comes ...

Perhaps this is just a limitation of the concept design ... robot or Unitree wheeled robots, the Corleo also aims to gallop ...

In China, eVTOLs are often referred to as “flying cars” because they share a high percentage of components and technologies.

An infrared beam turns a twisted elastomer loop into a self-rolling cable-car soft robot that can carry 12 times its own ...

Perhaps this is just a limitation of the concept design ... robot or Unitree wheeled robots, the Corleo also aims to gallop and jump over gaps. This requires even more dynamic and stronger actuators ...

When I get behind the wheel ... a car port. The charger is super fast. When compared to an original 5W charger, you can charge an iPhone 15 Pro from nothing back up to 25% approximately three ...

That extra power is instead sent to the other wheel, whose pinions will be locking (getting a better bite), thus accepting more input. Another big difference in EV design versus internal ...