Discover how woodpeckers use their bodies like hammers, combining muscle power and coordination to drill through wood.

WPI researchers are enabling aerial robots, smaller than 100 mm and weighing less than 100 g, to navigate without relying on vision.

AIDOL — an android hailed as “Russia’s first anthropomorphic robot with artificial intelligence” by its creator company of ...

Nitin J. Sanket, a professor at WPI, has developed small flying robots with his team that fit in the palm of a hand and use ...

Chinese researchers have developed a new navigation system for robots inspired by how rats, ants, and birds get their ...

The world of “Star Wars” is full of scoundrels that fans can’t help but love for their swagger and independent moral code, ...

Well, the vast majority you'll see here were either developed and/or published by Nintendo itself. But there's also room for ...

The year's not quite over, but we've already seen more than enough to know that we could all use a good laugh. Thankfully, TV ...

In a demonstration that signals a new chapter in mobile robotics, researchers at the California Institute of Technology have introduced a machine that can walk like a human, take flight like a drone, ...

A researcher at Worcester Polytechnic Institute (WPI) is designing small flying robots modeled after bats to support search ...

Only in Dubai can you be in 40-degree heat one minute, and skiing down a real snow slope the next. A fun activity for ...

A robotics engineering professor is building tiny, autonomous flying robots that can use sound waves to navigate in total darkness like bats.