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Kestrel Flight Mechanics Inspire Advanced Drone Stabilization

Researchers uncover how kestrels maintain stability in turbulent conditions, paving the way for safer drone designs.

hovering kestrel in a wind tunnel fitted with motion trackers
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Overview

  • Kestrels use wing morphing to stay nearly motionless while hovering in gusty winds.
  • The study involved tracking kestrels with motion capture technology in a wind tunnel.
  • Findings suggest that adjusting wing surface area is more efficient than traditional flap movements.
  • Researchers have developed a prototype drone based on kestrel flight mechanics.
  • The research could improve drone operations in urban environments and adverse weather.