Ipsilateral and contralateral training involves holding weights on different sides of the body during unilateral workouts. Learn how it affects your performance.

While quadruped robots may surpass their wheeled counterparts at traversing rough terrain, they still aren't able to move along narrow ridges. That could change, though, as scientists have devised ...

VideoHyQ Maybe it is in their DNA, but it appears that even 500 years after the world's most prolific inventor, Leonardo daVinci, Italian researchers in the Department of Advanced Robotics (ADVR ...

Researchers have designed a system that makes an off-the-shelf quadruped robot nimble enough to walk a narrow balance beam -- a feat that is likely the first of its kind.

About a year ago, we got a firsthand look at Unitree's Laikago quadruped robot. And while it was impressive, it also packed a US$45,000 price tag. Now, though, the Chinese company has announced a ...

Few are lucky to have a first-project as elaborate as [Greg06’s] quadruped robot. We don’t know about you, but for some of us, we were satisfied with blinking two LEDs instead of just one.

The more we read about [Josh Pieper]’s quadruped, the mjbots quad A0, the more blown away we are by his year of progress on the design.Each part of the robot deserves its own article: from the ...

They’ve created a robotic controller that allows a quadruped robot to walk across a thin beam. The four-legged robot can balance on just two legs and walk heel-toe.

A cute Arduino powered spherical quadruped robot has been created by Gregory Leveque, using an Arduino Nano, along with a 16-channel servo driver board.

In tests, the framework developed by a team at the Korea Advanced Institute of Science and Technology (KAIST) enabled a quadruped robot to sprint up vertical walls, leap across large gaps, and ...

The quadruped was supposed to be designed to have 12-foot legs and to walk at a speed of 35 miles per hour. The operator, a fleshy human, was directly in charge of the machines movement–no ...

The current generation of quadruped robots can be directly traced back to military research and development, in particular the BigDog developed for the U.S. Army by Boston Dynamics which I wrote ...