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Birdlike robot swims underwater, then flaps into flight without paddling

Researchers have developed a robotic device capable of both underwater propulsion and aerial flight, mirroring the mechanics of diving birds.

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22h agofirst detected

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The brief

MIT researchers have designed and tested a flapping robot that transitions between aquatic and aerial environments. The device demonstrates the ability to dive, swim, and breach the surface to initiate flight without traditional paddling mechanisms.

Coverage from Silicon Republic, AP News, DPA Magazine, Glitchwire, and Yahoo News Canada highlights the robot's functional similarity to seabirds, specifically noting comparisons to the puffin. Reports emphasize the machine’s utility in providing mechanical data regarding how birds navigate these two distinct mediums.

Future updates will likely clarify the intended practical applications for this technology. Coverage does not yet specify a timeline for potential field deployments or further mechanical refinements.

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Quick answers

What inspired the design of the robot?

The robot is modeled after the avian mechanics of diving birds, with specific mentions of the puffin.

What movements can the robot perform?

The robot is capable of diving, swimming, breaching the water's surface, and flying using a flapping motion.

Who developed this technology?

Researchers at MIT are credited with the study and development of the robot.

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