An overhead view of the Dexter surgical robot system. [Image courtesy of Distalmotion] Distalmotion announced today that it closed a Series G financing round worth $150 million to support its Dexter ...

The compact robot enables people with limited mobility to navigate complicated environments where wheeled devices can't go.

As the chair climbs stairs, its front legs first test the height and pull the chair up, as the rear legs push their weight upward. Meanwhile, sensors and lidar systems continuously scan the chair's ...

When climbing stairs, the front legs first test the height and pull the chair up, while the rear legs push their weight ...

While the chair is still a prototype, it aims to allow users with limited mobility to climb stairs or cross other obstacles that would be impassable by traditional wheelchairs. It's also capable of ...

AI-powered robots, digital twins, and bio-based materials are redefining how furniture is designed and built - sustainably ...

"Walk Me" is intended to transport people on four legs who can no longer walk well. The robot chair works, but is still a study.

Toyota’s Walk Me robot chair, revealed at the Japan Mobility Show 2025, uses four articulated legs to navigate stairs, obstacles, and uneven terrain. The autonomous wheelchair combines safety features ...

Your home has a complicated layout. A lot of 1970s homes have strange, complicated designs—a sunken living room, a playroom ...

A robot vacuum may seem like the perfect solution for keeping your apartment floor clean, but there are some things you ...

The Korea Institute of Science and Technology (KIST) announced that a research team led by Dr. Sona Kwak and Dr. Yoonseop Lim ...

In the World Robot Summit's Harsh Environment Drone Challenge (HEDC), which evaluates the performance of unmanned aerial ...