Harvard researchers create soft robot without the hard objects | Inquirer Technology

Harvard researchers create soft robot without the hard objects

/ 09:08 AM August 26, 2016

Octobot is completely devoid of solid components and utilizes hydrogen peroxide to simulate movement.  Image Harvard

When people think of robots, they conjure up images of cables, wires and lots of solid components. Researchers from Harvard have created one quite different–a completely “soft robot,” which they call Octobot.

Octobot was inspired by the mobility and flexibility of the octopus and was created by replacing rigid components with a little bit of fluid chemistry. Their system utilizes hydrogen peroxide which is then put into contact with a platinum catalyst to elicit different responses.


According to a Harvard press release, to control the reactions made by hydrogen peroxide, the team created a microfluidic logic circuit based on the works of chemist George Whitsides. The circuit is a soft analog version of an electronic oscillator that manages when hydrogen peroxide decomposes to gas inside the Octobot.


Octobot is manufactured through a combination of molding, 3D printing and soft lithography.

While little Octobot is rather limited in its current movement set, researchers hope that future designs will allow it to crawl, swim and, ultimately, interact with its environment.  Alfred Bayle

Your subscription could not be saved. Please try again.
Your subscription has been successful.

Subscribe to our daily newsletter

By providing an email address. I agree to the Terms of Use and acknowledge that I have read the Privacy Policy.

TOPICS: 3D printing, Harvard, soft robotics
TAGS: 3D printing, Harvard, soft robotics

© Copyright 1997-2024 INQUIRER.net | All Rights Reserved

We use cookies to ensure you get the best experience on our website. By continuing, you are agreeing to our use of cookies. To find out more, please click this link.