Boston Dynamics gave Atlas 13-fingered hands for real work

Boston Dynamics released a video showing its Atlas robot with a new set of hands.

The clip, published on October 1, 2026, introduces a hardware upgrade designed for physical tasks.

These hands feature 13 degrees of freedom, meaning each hand has 13 independent points of movement.

This design allows for finer control, similar to how a human hand can adjust its grip on a fragile object.

The company states the hands are directly actuated, which connects motors closer to the joints for better responsiveness.

A key goal is enabling sim-to-real reinforcement learning.

This means the robot can practice complex movements in a computer simulation before trying them in the real world.

Imagine a robot learning to pick up a glass without breaking it by running thousands of virtual trials first.

The hands were designed from the ground up for dexterous physical work, not just simple grasping.

This approach aims to bridge the gap between digital training and physical execution.

The source does not specify which specific tasks the robot performed in the video.

It also does not provide data on the success rate of these new hands in unstructured environments.

The release focuses on the hardware design and the learning methodology rather than a specific commercial application.