MIT and EPFL researchers built an 8.8-ounce robotic bird that flies, dives underwater and launches back into the air using ...
The bioinspired device, which weighs roughly half a pound and measures around three feet wide, was also modeled after aquatic ...
Inspired by diving birds, roboticists built the lightweight machines to move from water to air. The design may one day lead to robots that can monitor and sample the coastal ocean.
Interesting Engineering on MSN
Puffin bird-inspired robot flaps its wings to travel through both air and water
Experts spend years trying to build robotic systems that can both fly and dive.
A robot that can jump into flight like a bird could eliminate the need for runways for small fixed-winged drones. Birds use the powerful explosive force generated by their legs to leap into the air ...
Researchers have developed a new kind of robot that flies through the air, swims through the water, and transitions between the two realms.
MIT and EPFL have jointly developed the first flapping-wing robot that can fly and dive. Scientists at the Massachusetts Institute of Technology (MIT) have, together with researchers from the École ...
Zebra mussels, an aquatic invader from Eurasia, continue their continental spread after arriving in North America. These tiny shellfish are now infesting Lake Meredith in Texas, raising new concerns.
Loons, gulls, puffins, and petrels are some of the 100 species of birds that can both fly and swim. These diving birds can plunge in water to swim after prey, and leap back into the air to fly away.
The lightweight robot takes inspiration from diving birds that can both swim and fly (Picture: Raphael Zufferey and Victor Pennacino/Cover Images) A new ultra-lightweight robot can swim underwater – ...
The researchers aim for a future in which winged robots could used for research in aquatic regions often deemed too dangerous for traditional ocean vessels. Researchers from Massachusetts Institute of ...
Researchers have created a pigeon-inspired robot with bird-like reflexes, enabling it to stay stable in turbulent conditions. To regulate its movements, researchers developed PigeonBot II, a ...
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