Artificial muscles propel a robotic leg to walk and jumpThe new muscle-powered robotic leg surpasses traditional motor-driven designs by imitating human muscle movement, leading to improved efficiency and agility.
These electronics-free robots can walk right off the 3D-printerResearchers have developed a low-cost, walking robot made with a single material and powered by compressed gas, suitable for environments without electronics.
Watch this bird-inspired drone leap into the airRAVEN is a versatile robot inspired by bird anatomy, capable of walking, hopping, and flying.
Artificial muscles propel a robotic leg to walk and jumpThe new muscle-powered robotic leg surpasses traditional motor-driven designs by imitating human muscle movement, leading to improved efficiency and agility.
These electronics-free robots can walk right off the 3D-printerResearchers have developed a low-cost, walking robot made with a single material and powered by compressed gas, suitable for environments without electronics.
Watch this bird-inspired drone leap into the airRAVEN is a versatile robot inspired by bird anatomy, capable of walking, hopping, and flying.
Nanoflowers: A Blooming Revolution in Wound Care and Antibiotic Treatment Through Smart Design - Yanko DesignNanoflowers merge technology and design to enhance wound care, improve drug delivery and combat antibiotic resistance.
New drone has legs for landing gear, enabling efficient launchesThe RAVEN robot features bio-inspired robotic legs, allowing it to walk, hop, and take off like a bird, enhancing drone efficiency.