This is hardly fast, but works around a close in battle field which
describes the needs of the folks at the pointy edge. This toy can
also be camouflaged better so that it stays less obvious, although
once deployed, even real birds will be quickly targeted.
Beyond all that, this is a great toy for mass consumption. It looks
like it can take off and land on a single spot in one's backyard.
Every teenage boy is a sure buyer. What a neat way to fly with the
eagles.
At least we now have a successful working prototype.
United States
Army's New Robotic Bird Drone Is So Stunningly Realistic, It Gets
Attacked By Hawks!
June 06, 2013 - UNITED
STATES - A robotic bird created for the U.S. Army for
use as a miniature spy drone is so convincing that it has been
attacked by hawks and eagles, according to researchers.
The Robo-Raven, as the
solar-powered, remotely piloted surveillance aircraft is called, was
designed and built at the University of Maryland’s Maryland
Robotics Center — an interdisciplinary research establishment in
the university’s A. James Clark School of Engineering. The
center posted a video of a test flight this week.
The Robo-Raven “already attracts attention from birds in the area which tends to hide its presence,” said John Gerdes, a mechanical engineer with the Vehicle Technology Directorate at the U.S. Army’s Aberdeen Proving Ground in Maryland.
Seagulls, songbirds
and sometimes crows tend to try to fly in formation with the robotic
bird during testing, but birds of prey, such as falcons and hawks,
take a much more aggressive approach, he said.
“Generally we don’t
see them coming,” Mr. Gerdes said on the center’s
website. “They will dive and attack by hitting the bird from above
with their talons, then they typically fly away.”
The Robo-Raven’s wings flap completely independently of each other and “can be programmed to perform any desired motion,” enabling the bird to carry out aerobatic flight maneuvers, such as diving and rolling, never before possible. - Washington Times.
The Robo-Raven’s wings flap completely independently of each other and “can be programmed to perform any desired motion,” enabling the bird to carry out aerobatic flight maneuvers, such as diving and rolling, never before possible. - Washington Times.
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