The advent of artificial intelligence (AI) has revolutionized many sectors, including robotics. One of the most fascinating ...

A Bristol-based roboticist has developed a robotic prosthetic hand using 3D-printed components that costs as little as £650, which is much cheaper than existing technology ...

Cassidy Parrish had a problem to solve close to home. When her father’s hand pain grew worse, making everyday tasks like ...

3D-printed designs are usually limited to fast-drying polymers, but a new method enables wild, soft robotic possibilities.

Discover HITTER, a UC Berkeley humanoid robot that plays table tennis using AI-powered planning to outsmart human players.

Researchers in Japan and Switzerland have revealed a giant robotic hand that could transform how communities prepare for and ...

An assistant professor at the University of Arkansas’s College of Engineering started developing a robotic gripper in 2020 ...

Newly created soft-rigid robotic fingers incorporate powerful sensors along their entire length, enabling them to produce a robotic hand that could accurately identify objects after only one grasp.

The team has been working on this project, named Dactyl, since the middle of 2017, and they felt showing their robotic hand could solve a Rubik’s cube would show it had adequate dexterity.

The robot works in a simple manner, following a hand placed in front of the robot’s sensors. First, the robot checks for the presence of an object in front using the ultrasonic sensor.

Many “first robot” projects involve the automating of repetitive machine tending or some form of back-breaking loading/unloading (e.g. boxes on and off pallets).

To create smarter materials that will transform robotics, researchers must work together. That was the thinking behind the four year SMART project, which united fifteen early-stage researchers ...