The latest development from the Bionic Learning Network
laboratories of Festo AG, Esslingen, Germany is the SmartBird,
an autonomous, self-propelled biomechatronic bird that, just
like its natural model – the herring gull – can take off, fly,
and land all on its own. The robot is the result of an R&D
project aimed at designing a machine that’s energy efficient and
lightweight; uses high-power-density propulsion with high-speed
flight controls; and has excellent aerodynamics and
maneuverability.  SmartBird video, Bionic Handling Assistant,
The project has practical benefits, too, according to the
company. Combining several electromechanical drives gives Festo
engineers insights into industrial hybrid drives. The minimal
use of materials and lightweight construction pave the way
toward better resource management. And knowledge gained in
aerodynamics and flow behavior provides important lessons for
improving future generations of pneumatic cylinders and valves.
According to Festo, the wing motion distinguishes