By Victoria
GillScience reporter, BBC News
Super
slow-motion footage of a moth in flight has revealed how the insects use their
bodies to hover.
The moth moves
its body by pivoting its abdomen up and down to fine-tune the effect of the
forces that keep the insect airborne.
The
researchers are studying insect flight to "distil the biological
principles of flight control".
This, they
say, will help them to accurately engineer flying robots that use these same
principles.
Their
insights, which show how the insects use more than just their wings as they
control their flight, are published in the Journal
of Experimental Biology.
Lead author
Jonathan Dyhr from University
of Washington explained
that - in terms of insect models - moths provided a particularly interesting
basis for miniaturised robots.
"They're
larger insects, so they're in a more realistic range of flapping or flying
[machines that we would be] able to put instrumentation on.
And although
they're relatively big, Dr Dyhr explained, they're "incredibly good at
hovering."
"A moth
can really precisely control movements [and remain] in one place, because it's
trying to feed from flowers," he said.
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