Robofly!
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Robofly!

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A new type of flying robot is insect-sized, weighs about as much as a toothpick, and is powered by lasers.
“RoboFly” is here!
Engineers at the University of Washington have created the first robotic insect with its own brain, allowing it to take its first independent flaps without being tethered like conventional robotic insects.
The goal is to direct it into performing specific tasks, such as surveying crop growth and detecting gas leaks.
Excerpt:
This is one flying insect you don't want to swat. It doesn't bite, sting or spread disease. In fact, someday it could be a life- and climate-saver. In time, it could even be used to survey crops, detect wildfires, poke around in disaster rubble searching for survivors and sniff out gas leaks, especially global warming-fueling methane, a powerful greenhouse gas many times more potent than carbon dioxide.
Introducing … RoboFly!
It's the first robotic flying insect that lifts off without being tethered to a power source on the ground, unlike other flying robotics. It weighs just a bit more than a toothpick and takes off using tiny beating wings—not propellers, as drones do—driven by a laser beam. A minuscule onboard circuit turns the laser energy into electricity, which causes its wings to flap.
Ultimately, the scientists believe their invention will have the ability to hover, perch on things and fly around by steering the laser, or by adding tiny batteries or perhaps culling energy from radio frequency signals. The goal is to direct it into performing specific tasks, such as surveying crop growth and detecting gas leaks. They even think it might be possible to equip them with smoke detectors so they can find forest fires more rapidly than larger robots.
Robofly, primer robot volador inalámbrico Creado por un equipo de ingenieros de la Universidad de Washington, Robofly se convirtió en el primer insecto robótico volador inalámbrico.

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O primeiro robô voador sem fio é parecido com uma mosca
O primeiro robô voador sem fio é parecido com uma mosca
Como um guarda-chuva com um buraco, você não pode fazer muito com robôs insetos voadores quando se pensa em fontes de energia.
Pequenos robôs aerotransportados podem se esgueirar para lugares de difícil acesso que drones maiores não conseguem, cumprindo alguns dos mesmos objetivos, como vigilância e detecção de vestígios de substâncias químicas como o metano no ar. Mas eles não podem fazer isso…
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Watch a laser-powered RoboFly flap its tiny wings
Watch a laser-powered RoboFly flap its tiny wings
Making something fly involves a lot of tradeoffs. Bigger stuff can hold more fuel or batteries, but too big and the lift required is too much. Small stuff takes less lift to fly but might not hold a battery with enough energy to do so. Insect-size drones have had that problem in the past — but now this RoboFly is taking its first flaps into the air… all thanks to the power of lasers.
We’ve seen…
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Tiny Robo-Fly Uses Micro Energy to Buzz
For 12 years, Harvard engineering professor Robert Wood has been trying to get a fly-sized drone off the ground. He and his colleagues have had to overcome issues of weight, aerodynamics of wing flapping, power supply, and figuring out how to manufacture a robot smaller than a quarter. Finally, the little robo-fly is airborn. Read more