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From a few insect steps, software inferred the goal of walking and taught a larger six-legged robot to handle rough ground and a missing limb.

Built in 3 months, Unitree's humanoid hits 12.66 m/s and a 2m standing jump. The $905M IPO lands Wednesday as robotics goes public.

Researchers develop a system that predicts a robot’s future position so it can plan the next motions without stopping, making actions smoother and much faster.

This new project aims to create helpful assistants for the elderly that can handle surprises and change their plans when necessary to finish complex daily tasks.

On-board AI software enables robots to quickly map a scene and identify the items they need to complete a given set of tasks.

MIT researchers have built tiny robotic insects that flap their wings like flies, endure long flights, and perform acrobatics.

Researchers have developed a soft toroidal micro-robot with light-steerable motion in a variety of viscous fluid environments.

Researchers developed a flying device that changes form to balance itself in air currents without using much energy like birds do.

A new low-energy system mimics human brain processes to help robots navigate efficiently, using minimal power for real-world applications.

Penn State researchers explore active matter to design tiny robots for drug delivery and environmental cleanup.