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AT AN AIRFIELD somewhere in the UK, there’s a drone with the wingspan of a Boeing 737. And it belongs to Facebook.
This enormous unmanned aerial vehicle is called Aquila—a nod to the eagle who carried Zeus’s thunder bolts in Greek mythology—and it’s part of Facebook’s rather ambitious effort to deliver Internet access to the more than 4 billion people on earth who don’t already have it. The idea is that Aquila will circle in the stratosphere, above the weather, wirelessly beaming Internet signals to base stations in underdeveloped areas of countries like Nigeria and India.
Earlier this year, the company tested smaller models of this aircraft, and now, according to Facebook’s Yael Maguire, who oversees the project, the company is ready to test the full-size Aquila prototype. “The aircraft is real,” he tells WIRED, before a briefing with other reporters at Facebook headquarters in Menlo Park, California.
Though as wide as a 737, the drone weighs hundreds of times less than the commercial airliner, thanks to a carbon-fiber frame. The goal, Maguire says, is to reach a point where the drone can stay aloft for 90 days at an altitude of between 60,000 and 90,000 feet. “We think this is a very ambitious goal, given that the world record, as far as we can tell, is about two weeks.”
Meanwhile, at a lab in Woodland Hills, California, another group of Facebook engineers is developing new laser networking technologies that can help the drone beam its Internet signals down to earth. According to Maguire, the group has designed and tested a laser that can deliver data at “10s of Gbits per second,” hitting a target the size of a dime at a distance of 10 miles.
originally posted by: olaru12
a reply to: Vasa Croe
Satellite surveillance has been around for a long time....
www.surveillanceissues.com...
That's how they know where to fly those drones.
originally posted by: Zaphod58
a reply to: Vasa Croe
They're easily tracked as they'll be required to have transponders broadcasting.
The government already has surveillance UAVs that can loiter days. The problem with staying too long is that you either put the data on magnetic storage to be analyzed upon return and risk not getting the data back if it crashes or is found and shot down, or you broadcast it and risk the signal being detected, giving away the location of the aircraft.
originally posted by: Zaphod58
a reply to: Vasa Croe
They're easily tracked as they'll be required to have transponders broadcasting.
The government already has surveillance UAVs that can loiter days. The problem with staying too long is that you either put the data on magnetic storage to be analyzed upon return and risk not getting the data back if it crashes or is found and shot down, or you broadcast it and risk the signal being detected, giving away the location of the aircraft.