KAIST researchers developed a four-legged robot that can independently choose whether to walk, run, or jump as terrain ...
Robots that work flawlessly in a lab often fail the moment conditions change. A ...
New four-legged robot adapts its movement in real time, using AI to choose the best gait for stairs, rocks, slopes, and other ...
A quadruped robot technology has been developed that can perceive and judge its surroundings like a living animal, allowing ...
DigiKey, the global distribution leader of electronic components and automation products, is hosting a webinar with Shawn ...
사람과 동물처럼 주변 지형을 판단해 걷기·달리기·점프 등 다양한 움직임을 스스로 선택하는 사족보행 로봇 제어기술이 개발됐다. 계단이나 잔디밭, 쓰러진 나무 등이 섞인 야외 환경에서도 빠르고 안정적으로 이동할 수 있어 재난 현장과 국방 임무 등에 활용될 것으로 기대된다. KAIST는 박해원 기계공학과 교수팀이 하나의 제어기로 여러 보 ...
The mathematics of humanoid robot walking revolves around balancing dynamics using the center of mass (CoM), kinematic ...
In July 2026, large funding rounds, new approaches to robot training, and new robot models drew our readers attention.
Legged robots require a lot of energy when walking. Porous footpads are intended to make the locomotion of robot dogs more ...