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One Robotic Tool For All Logistics
A robotic design that combines multiple gripping methods to reduce errors, provide speed and increase accuracy and fits your modern logistic needs.
As logistics operations...
AI Brings Human- Like Robotic Grip
By combining soft materials, cloud-scale simulation, and learning from human motion, researchers are teaching robots to grasp, adapt, and manipulate objects in unpredictable real-world...
Tiny Robots That Move Themselves
Tiny robots smaller than a grain of rice can sense, think, and move on their own. They could one day fix tissue inside the...
Soft Robotic Vines For Gentle Lifting
Imagine a robot that grows like a vine, wrapping around objects or people to lift them safely. It can handle fragile or heavy items...
Robot Gripper That Gently Lifts Heavy Objects
A gentle lifting gripper that could transform healthcare, mobility assistance and even unload heavy cargo. Read on!
Moving patients or lifting awkward, fragile objects has...
Infant-Inspired Tactile Learning Boosts Robotics
A new meta-learning framework inspired by how babies explore the world could help robots adapt faster, handle objects safely, and interact more naturally with...
AI Robots Build Objects On-Command
MIT researchers have created a speech-to-reality system that lets users speak an object into existence, turning natural language into 3D designs and robotic assembly...
Stronger Muscle-Powered Robots
Artificial tendons make muscle-powered robots stronger and faster. They can last longer and work in tricky or dangerous places.
Biohybrid robots often face a key...
Robot Dinosaur For Museums And Parks
A robot that walks like a dinosaur is changing how museums and parks bring creatures to life. See how it moves, balances, and interacts.
LimX...
Robots Gain More Human-Like Planning
A new two-layer language-model algorithm is helping robots break down tasks, refine actions on the fly, and execute movements with greater human-like reasoning, showing...