Unitree Robotics’s famous humanoid G1 became a point of discussion last week, courtesy of a viral tweet posted on October 31 ...

Robots aren't always the most delicate of machines when handling fragile objects. They don't have the lightness of touch of ...

Engineers from Britain implemented a novel approach to improve how robots grip and handle fragile, slippery or asymmetric objects. The breakthrough slip-prevention method shows impressive results and ...

MIT researchers have developed a new soft robotics platform able to grip items such as tools using the appropriate amount of force. The Series Elastic End Effectors (SEED) has been designed to allow ...

Researchers at the Bristol Robotics Laboratory have unveiled a innovative adaptive robot suction mechanism that draws inspiration from the biological structures of octopus suckers. This robot octopus ...

From Boston Dynamics’ Atlas to Google’s SayCan, most hand-wielding robots don’t have the dexterity necessary to “feel” what they’re holding. (If they did, maybe a 7-year-old boy wouldn’t have had his ...

Even the most sophisticated mechanized graspers sometimes can't grab the right part of an object, and shifting it around is a computationally complex maneuver. Researchers at MIT have developed a new ...

In the face of rising global agricultural labor costs and an aging workforce, a new review published in Engineering explores how agricultural robots are leveraging advanced hand–eye coordination ...

Unitree G1-D is a wheeled humanoid robot with hand and head cameras, up to 19 DOF, optional mobile base, and support for dexterous robotic hands.

The robotics company Boston Dynamics has given its humanoid robot Atlas a three-fingered gripper that covers a large part of the functional range of a five-fingered robotic hand. This is possible ...

The robot uses a 3D camera, touch and force sensors on its claws, and a self-training neural network to scale ladders.