Join me @ IBOtoolbox for free.
Vlad Tverdohleb
Member Since: 7/26/2015
performance / stats
Country: Canada
Likes Received: 151
Featured Member: 1 times
Associates: 155
Wall Posts: 382
Comments Made: 63
Press Releases: 370
Videos: 0
Phone: 015144814545
Skype:     theprservices
profile visitor stats
TOTAL: 71906
are we ibo associates?
recent videos
member advertising
active associates
Curtiss Martin    
Last logged on: 6/16/2019

Marlena Burton    
Last logged on: 6/16/2019

Brandon J Urquhart I    
Last logged on: 6/16/2019

Linda Michel White       
Last logged on: 6/16/2019

Lonnie E. Shipe, M.A.    
Last logged on: 6/16/2019

Phil Schaefer    
Last logged on: 6/16/2019

Emmanuel Mba    
Last logged on: 6/16/2019

David Williams     
Last logged on: 6/16/2019

Last logged on: 6/16/2019

Ted Hunter    
Last logged on: 6/16/2019

Bob & Shirley Rushing    
Last logged on: 6/16/2019

Chizoba Nworjih    
Last logged on: 6/16/2019

Mark Turnbull    
Last logged on: 6/16/2019

Athena Gay    
Last logged on: 6/16/2019

Todd Treharne    
Last logged on: 6/16/2019

other ibo platforms
Vlad Tverdohleb   My Press Releases

This Cute Little Robot Fly Is The First Without A Wire

Published on 5/17/2018
For additional information  Click Here

Like an umbrella with a hole in it, you can’t do a whole lot with flying insect robots tethered to power sources.

Tiny airborne robots can sneak into hard-to-reach places that larger drones can’t, accomplishing some of the same goals, like surveillance and detecting trace chemicals like methane in the air. But they can’t do that if they’ve got big old cords sticking out of them.

Over at the University of Washington, mechanical engineers are fixing that problem. They’ve invented RoboFly, the first wireless robot insect. By cutting the cord, robot flies are one wing flap closer to navigating the heights and narrow crevices that their living counterparts can. 

The researchers will present their work at the International Conference on Robotics and Automation on May 23, according to a press release from the university.

The biggest hurdle for making cordless tiny robots was figuring out how to store the power that keeps them aloft. Flapping takes a lot of energy, so the equipment needed to hold enough power on minuscule devices would be so big that there would be no point in having such a tiny bot at all.

So the RoboFly traded a cable for a laser beam. Laser power constantly feeds energy to the robot from far away, so there’s no wire and no bulky battery. 

RoboFly’s back has a solar cell that, when hit with a laser, converts light to electricity. Then, a circuit amps the power up to 240 volts — enough for flight. That same circuit also holds a basic computer called a microcontroller. This command center sends the voltage out in waves that stimulate different flapping speeds. Together, the solar cell, circuit, and metal fly body weigh about as much as a toothpick.

For right now, RoboFly is able to navigate about as well as a toothpick, too. The robot can only take off and land because its controlling laser doesn’t move around. When the power source becomes more mobile, so will RoboFly. The laser could be dropped all together if power storage gets lighter — and then the robofly could go anywhere, even places that lasers might not reach (like inside structures).

Click here to read more.

Member Note: To comment on this PR, simply click reply on the owners main post below.
-  Copyright 2016 IBOsocial  -            Part of the IBOtoolbox family of sites.