Brooklyn Father And Son Launch Homemade Spacecraft
Adair writes "A father and son team from Brooklyn successfully launched a homemade spacecraft nearly 19 miles (around 100,000 feet) above the Earth's surface. The craft was a 19-inch helium-filled weather balloon attached to a Styrofoam capsule that housed an HD video camera and an iPhone. The camera recorded video of its ascent into the stratosphere, its apogee where the balloon reached its breaking point, and its descent back to earth. They rigged a parachute to the capsule to aid in its return to Earth, and the iPhone broadcast its GPS coordinates so they could track it down. The craft landed a mere 30 miles from its launch point in Newburgh, NY, due to a quick ascent and two differing wind patterns. The pair spent eight months researching and test-flying the craft before launching it in August. Columbia University Professor of Astronomy Marcel Aguera said, 'They were very good but also very lucky.'"
This is a very clever use of an iPhone. I would love to see this one used as a yearlong high school science project. The ROI on materials is incredible here.
19 miles is still in the stratosphere.
"Total destruction the only solution" - Bob Marley
If slashdot ever allows real article moderation (and not that firehose abortion), in addition to 'flamebait' and 'troll', can we have a '-1, pedant bait' article? Seriously, at the time of this comment, of 35 articles, at least half are arguing over whether or not this is truly a spacecraft. It's really easy to shit on others from the safety of your parents' basement. Whether it has been done before is also irrelevant. This father and son is doing something. There's too many complainers to call someone else out specifically, but what have you people done lately? I don't claim to have done anything interesting of late, but I also am not shitting on what others have done.
Jesus was all right but his disciples were thick and ordinary. -John Lennon
Better than MIT is the Florida attempt... Florida students transmitted some science data, and not just download from a phone after landing... http://www.news-journalonline.com/news/florida/space/2010/04/14/experiment-off-the-ground-for-erau-students.html
And there is no improvement that can possibly be made to a helium balloon that can make it actually go any higher than Earth's atmosphere.
Yes there is. Attach rockets.
What is so sad is that joke of a "spacecraft" this gets a strong mention in the press (and on Slashdot) while a real spacecraft... using a helium balloons as a 1st stage to get altitude is being used in a genuinely innovative fashion for something new with rocketry. See:
http://www.arcaspace.com/en/home.htm
ARCA was successful with their last launch attempt.... which was launched yesterday. No video links yet, but the official page says that the launch attempt was successful. Yeah, attaching rockets to a balloon is something being considered.
FYI, ARCA (Aeronautics and Cosmonautics Romanian Association) is using this flight as a part of the testing regime in order to get TO THE MOON! They are a Google Lunar X-Prize team who is making some real progress and sending stuff up. They are also doing it on a budget of a mostly volunteer team in Eastern Europe. The main reason for using the balloons is not really the altitude issue, but that does simplify the rocket nozzle designs as it can be tuned to a near vacuum rather than having to deal with atmospheric flight (it makes a difference). Also, if something goes "boom", that explosion happens high up in the sky and over the Black Sea instead of over a populated area, making the issues of a launch pad much less of a problem.
You sure told that 8 year old. Kudos.
This isn't news at all.
Now if only the father had put the boy in the balloon....
What the grandparent probably meant by 'stay afloat' is maintaining altitude for a considerate amount of time. SSO and X-15 reached the 100km point, but had to come down relatively quickly because, once fuel runs out, you just fall to the gravity well.
If you're in the atmosphere, you can glide without using all that much fuel. You can't do that in space - certainly not at 100km altitude. In order to 'stay afloat', you need to do orbital velocity.
Of course, since it's not like atmosphere abruptly ends somewhere, the 'where to draw the line' can be a bit arbitrary, but the currently chosen one isn't impractical.
Serving time in Aristotelean prison for violating laws of physics
The Brooklyn man was quoted as saying "it all started as a way to find out if there was really any place at all where I could get good reception on the iphone". When the phone landed there were 7 voicemail messages, 13 text messages, and 16 emails that were all sent several days prior but had managed to download at about 5 vertical miles.
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