The tiny wings, which can flap even faster than those of butterflies, could someday be used in robots or devices for solar energy harvesting, the researchers say. Skip to main content.

The AlbatrossONE, a model based on the Airbus A321, is constructed from carbon-fiber and glass-fiber-reinforced polymers and has “semi-aeroelastic” hinged wing-tips that flex to reduce drag ...

Scientists develop insect-sized flying robots with flapping wings Date: February 2, 2022 Source: University of Bristol Summary: A new drive system for flapping wing autonomous robots has been ...

Airbus initially trialed ground-based tests throughout 2019 and completed the small-scale, wing-flapping aircraft's first test flight in late July of 2019 on a scaled-down Airbus A321.

Nov 29, 2023: Beetle-mimicking flapping smart wings overcome key barriers in insect-scale drones (Nanowerk News) Engineers have long sought to unlock the secrets behind insects' uncanny flight ...

Scientists have developed what could be an alternative, though, in the form of a sun-powered flapping wing. Created by a team from China's Changzhou and Jiangsu universities, ...

Its wings have nylon hinges, which minimise wobbling and help recover kinetic energy lost during flapping. The robot weighs just 27.5 grams and can fly at speeds of up to 8 metres per second.

"Basically we tried to understand how flapping wings work in the water." This is an Inside Science story. The ancient ancestors of penguins gained their ability to swim at the expense of flight ...

One of the chief discoveries from their new modeling system is that hummingbirds’ primary muscles, known (seriously) as “flight engines,” don’t simply cause wings to flap back and forth.