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A new kind of robot swims the seas and soars the skies

Researchers have developed a flapping-wing robot capable of transitioning between underwater movement and aerial flight.

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The brief

A new robot modeled after the movement of diving birds has been demonstrated to navigate both aquatic and aerial environments. The device utilizes flapping-wing mechanics to achieve mobility in these two distinct mediums.

Coverage from MIT News, NPR, Mirage News, ZME Science, and Interesting Engineering highlights the robot's specific design inspirations, noting its ability to replicate the flight and swimming patterns of a puffin. Reports specify that the unit weighs 250 grams.

Future developments will involve continued observation of the robot's flight mechanics. Further information regarding potential applications or technical limitations remains to be seen in subsequent reports.

Synthesized by headlinez.news from the headlines below under a strict no-invention contract. ✓ fact-checked: all claims supported by sources Updated 4m ago.

Quick answers

How does the robot move?

The robot uses flapping wings to maneuver through both air and water.

What animal inspired the design?

The design is inspired by diving birds, specifically the puffin.

How much does the robot weigh?

The robot weighs 250 grams.

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