Flies provide aerodynamic model for tiny flying vehicles

When it comes to flying, the fly reigns supreme. This two-winged insect’s sophisticated flying behavior enables it to make sharp turns, aim at targets and hover – traits which make the insect an ideal prototype for tiny micro air vehicles (MAVs). However, the same flying finesse also presents challenges for scientists trying to investigate, observe and understand these complex creatures in their natural environments. Now, scientists from the U.K. demonstrate that mathematical modeling may provide adequate complementary information for advances in MAV technology.

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<p><a href="http://www.physorg.com/news75969014.html">Flies provide aerodynamic model for tiny flying vehicles</a></p> <p>When it comes to flying, the fly reigns supreme. This two-winged insect’s sophisticated flying behavior enables it to make sharp turns, aim at targets and hover – traits which make the insect an ideal prototype for tiny micro air vehicles (MAVs). However, the same flying finesse also presents challenges for scientists trying to investigate, observe and understand these complex creatures in their natural environments. Now, scientists from the U.K. demonstrate that mathematical modeling may provide adequate complementary information for advances in MAV technology.</p>