Bats generate a measurably distinct aerodynamic footprint to achieve lift and maneuverability, quite unlike birds and contrary to many of the assumptions that aerodynamicists have used to model animal ...

The maneuverability of a bat in flight makes even Harry Potter's quidditch performance look downright clumsy. While many people may be content to simply watch these aerial acrobats in wonder, Kenneth ...

In order to roost upside down on cave ceilings or tree limbs, bats need to perform an aerobatic feat unlike anything else in the animal world. Researchers have shown that it's the extra mass in bats' ...

Experiments that reveal the swirling air around a flying bat indicate that those mammals generate lift and thrust with their wings much differently than birds do. At first glance, birds and bats seem ...

Researchers have designed innovative membrane wings inspired by bats, paving the way for a new breed of unmanned Micro Air Vehicles (MAVs) that have improved aerodynamic properties, can fly over long ...

Just like dissection can reveal important information about animal structure and morphology, so can attempting to recreate and mimic aspects of animals with robotics. That's the approach of a group of ...

The researchers captured ten Sowell's short-tai led bats in Costa Rica. Each of the bats flew around a large outdoor cage in three different circumstances: dry, wet (the researchers dampened their fur ...

The Fluid Mechanics Laboratory and the Swartz Lab at Brown University, have been carrying out a remarkable research about the understanding of in-vivo Bat flight aerodynamics. Using wing-tunnel ...

Bats use tiny hairs to sense the speed and direction of air flowing over their wings. This may alert them to the danger of stalling and enable them to perform impressive aerobatic tricks, according to ...

If one takes a simple approach—a quasi-steady-state approximation—to aerodynamics, a lot of animals should not be able to fly. This was first recognized sometime in the early 20th century, although ...

Bats generate a measurably distinct aerodynamic footprint to achieve lift and maneuverability, quite unlike birds and contrary to many of the assumptions that aerodynamicists have used to model animal ...