Humanoid & robot atlas
Domo
Photo: MIT Computer Science and Artificial Intelligence Laboratory (official image), from people.csail.mit.edu. Image policy
RetiredUnited States

MIT Computer Science and Artificial Intelligence Laboratory · research humanoid

Domo

An upper-body humanoid by Aaron Edsinger, successor to MIT's Cog and Kismet, built to help older and disabled people with everyday tasks such as putting objects on shelves. Cameras in its head fed 12 computers; it could judge an object's size by shaking it in its hand.

Price
—Not published
Height
—Not published
Weight
—Not published
Payload
—Not published
Speed
—Not published
Battery
—Not published

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Why it matters

An early humanoid built to work safely with people, with springy series elastic actuators in 22 of its 29 joints so it could feel and yield to human force.

Real-world use

No customers or deployments reported yet.

Timeline

First shown
2007-04-09
Released
Not yet
MIT News announcement

How it stacks up

Against other humanoids that publish the figure. Pick a measure.

Not published by the maker: height, weight, speed, payload, battery, price.

Public attention

A historic robot: no longer sold or in use, so it is not ranked against current humanoids.

  • No Wikipedia article of its own yet
  • No recent press stories listed yet

Measures how much people read and write about a robot, not how good it is. Measured 2026-10-14; same method for every robot. How it is measured

What’s inside

No component details published yet.

Hands
dexterous
Movement
Stationary · 29 joints

From the maker

Domo is the only humanoid from MIT Computer Science and Artificial Intelligence Laboratory (Humanoid Robotics Group) in the atlas.

Made, sold and where

No production or sales figures published yet.

Price
Not published
How to get one
No official buying page found

Sources

Figures come from press coverage. Every link below backs something on this page.

MIT News Assistive robot adapts to people, new places MIT Technology Review A Robust Robot for the Elderly MIT DSpace Robot manipulation in human environments (PhD thesis)

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