Harvard engineers have come up with a robot octopus that is made entirely of soft materials, is autonomous, and requires no tether to operate. The Octobot combines 3D printing, mechanical engineering, and microfluidics to create what could be the first in a new generation of soft, autonomous machines. If you're going to make a soft robot , you could do worse than choose an octopus as inspiration. The most intelligent of the molluscs and one of the most advanced invertebrates, its dexterity and ability to manipulate are all combined with a body completely without hard parts save for its beak, which robots don't need. This makes it an ideal model for soft robots that strive to go beyond mechanical worms , but there's more to making a soft robot than choosing an animal to mimic. The current generation of soft robots are limited in that they aren't entirely soft. Many of them include hard components, such as heating wires , batteries, and circuit boards for c...
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