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Roboticsflapping wing roboticsStory 02

Robot wings recover from a bump by themselves

What changedResearchers built flapping robot wings that borrow an idea from insect muscles: motion helps generate the next beat. The wings adapt to mechanical changes and react to collisions through their own actuation dynamics. Laboratory flights through hanging obstacles were more stable than the comparison system, while overall flight still relies on a controller.

Laboratory take-off and obstacle-flight photographs with measured flight trajectories and stability comparisons

The useful part

Why it matters

Carefully designed mechanics could let flying robots react to contact before a central controller has time to intervene.

Keep in mind

Good to know

These are controlled laboratory flight and collision tests. The wings respond through their actuation dynamics, but the robot still needs a flight-control system.

Evidence

Primary source

Rundong Yang and colleagues, UC San Diego and collaborators

Read the complete 18 September 2026 edition