Quadruped "robot dogs" may move quite a bit like their canine counterparts on land, but they're not nearly as good at swimming (although some can walk underwater).Such is not the case with a new ...

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 ...

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 ...

With over 70 different antelope species living in Africa, it’s no surprise that each has its own special quirks. The giant eland tips the scales at 2,000 pounds, while the color bongo sports a ...

Treatment of Ipsilateral Femoral Neck and Shaft Fractures. MedGenMed 1(3), 1999 [formerly published in Medscape Orthopaedics & Sports Medicine eJournal 3(4), 1999]. Available at: https://www ...

Shortly after its inception, LimX Dynamics' prototype X1 ventured to the Guangxi Liuzhou Steel Factory, which boasts a history of over 60 years. The robot successfully navigated a 38-degree long ...

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 ...

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.

China's Deep Robotics Lynx is seen in a screen shot from a video released on November 13, 2024. The high-speed quadruped robot can jump, climb and back-flip its way across difficult terrain with ease.

Go1’s walking movements involve stability control, gait generation, motion control, navigation, and obstacle avoidance, as well as learning and adaptation through AI, Unitree Robotics said in an ...

The Dingo Quadruped aims to be just such an open-source platform for teaching and experimentation purposes. The robot is based on the Stanford Pupper, a robot platform we’ve discussed previously .