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NASA PhoneSat returns photos from orbit, reminds us of streaming circa 1998
The launch of NASA's PhoneSat mission last year was loaded with promise: finally, proof that mobile technology could power nanosatellites and stick it to The Man. The photos have returned, and... well, Lockheed won't be scrapping its big satellites just yet. While we're impressed that the Nexus Ones onboard the three PhoneSats delivered images from orbit through amateur radio waves, the transmission artifacts are more like those from 15-year-old online videos than what we see on the ground today. Don't think that the effort was in vain, however -- far from it. While the inaugural PhoneSats have burned up in reentry, as expected, future iterations should build on the experience and make a better case for small-scale spacecraft.
Nexus One launched into space on CubeSat, becomes first PhoneSat in orbit (video)
Google's Nexus One has dreamt of space travel for a while now, but on Monday it was finally launched into orbit aboard a CubeSat dubbed STRaND-1, which was developed by Surrey Satellite Technology and the University of Surrey's Surrey Space Centre. STRaND-1 now holds the honor of being the first PhoneSat and UK CubeSat that has made it into orbit. Alongside the HTC-made handset are an altitude and orbit control system, two propulsion setups and a Linux-based computer with a "high-speed" processor. After the Tux-friendly rig conducts a battery of tests, it'll relinquish control of much of the satellite's functions to the smartphone, which still runs Android. Not only will the mission test how commercial, off-the-shelf tech can survive in the vacuum and conduct experiments, but it'll squeeze in some fun courtesy of apps developed by winners of a competition held last year. An app called 360 will let folks back on terra firma request their own snapshots of earth taken with the phone's shooter and pin them to a map. Ridley Scott might like to say no one can hear you scream in space, but another application loaded onto the device will put that to the test by playing user-submitted shrieks and recording them with the handset's microphone as they playback. Hit the break for more details and a brief video overview of the satellite, or jab the more coverage links to partake in the app shenanigans.
HTC and NASA to send Nexus One into space in 2013 as part of PhoneSat program
Okay, this definitely won't be the first time HTC's own Nexus handset will be experiencing a trip that most of us won't ever have the chance to replicate. But in 2013 the Nexus One will travel deeper into the void than it's ever been before. As it was in 2010, the upcoming Nexus One launch plan is also part of NASA's nano-satellite-building program (aka PhoneSat) and, according to HTC, this will mark the culmination of years of intensive testing -- which consisted of putting the former Android flagship through thermal-vacuum chambers, extreme vibration tests and high-altitude balloon flights. The Taiwanese phone maker didn't specify when exactly the Nexus One's out-of-this-world adventure will take place, but we do know the newfangled One X+ is already being touted as a potential candidate to climb aboard a Jupiter-bound spaceship in the coming future.
Nexus One blasts off to 28,000 feet, looks slightly worse for wear (video)
Your average satellite these days is roughly on par in terms of size with your average living room, give or take, and so naturally the cost of lofting one into orbit is, if you'll pardon the phrase, sky high. Despite that, many offer less processing power a mobile processor like Snapdragon. The obvious solution? Chuck a smartphone into orbit and revel in the savings. That's the idea behind the PhoneSat, helped along by the Mavericks Civilian Space Foundation, which strapped a Nexus One into a rocket with 1,000lbs of thrust and threw it up to 28,000 feet to see how it copes with the immense stress of riding into space. Of course, 28,000 feet isn't quite space (NASA would have run out of astronaut badges long ago), but the G-forces and temperature cycles felt during this short trip are comparable to a one-way voyage to orbit. The first such launch didn't go so well, with the rocket suffering a ballistic return -- coming in like a projectile without a 'chute. The shattered remains of that are shown above. But, the second flight was rather more successful, and the video results can be seen below -- captured by the phone itself. Update: Matt Reyes, one of the folks behind the launch, wrote in to let us know of another article here on the project, including more details on the history of the team and the various hardware beyond the N1 payload. Matt, along with project members Chris Boshuizen and Will Marshall, are NASA engineers, helped by Ryan Hickman at Google, which probably helps to explain how they were able to get from the photo above to the successful launch below in just one iteration. [Photo credit: Steve Jurvetson]
