University of Tokyo’s DRAGON Lab developed the world’s first flapping-wing drone capable of safe human contact, inspired by a falcon.

The bird-like drone uses soft, flexible wings instead of propellers, making it quieter and safer for close interaction.

It responds to simple hand gestures: bent arm signals “stay,” extended arm means “approach and land.”

Eight motion-capture cameras track user movements, enabling precise flight planning that maintains 0.3-meter chest distance and approaches from predictable angles.
The drone’s sophisticated algorithm adjusts velocity based on human motion perception, potentially enabling package delivery and accessibility applications in crowded urban environments.
University of Tokyo’s DRAGON Lab developed the world’s first flapping-wing drone capable of safe human contact, inspired by a falcon. The bird-like drone uses soft, flexible wings instead of propellers, making it quieter and safer for close interaction. It responds to simple hand gestures: bent arm signals “stay,” extended arm means “approach and land.” Eight motion-capture cameras track user movements, enabling precise flight planning that maintains 0.3-meter chest distance and approaches from predictable angles. The drone’s sophisticated algorithm adjusts velocity based on human motion perception, potentially enabling package delivery and accessibility applications in crowded urban environments.
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