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April 9, 2012 First step's a doozer.
http://cellar.org/2012/ss-120326-misp-07.ss_full.jpg
One giant leap Quote:
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Hey! I can see my house!
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That genuinely took my breath away.
Terrifying. |
It looks like he just finished testing a prototype orbiting outhouse for NASA.
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nuckin' futs!
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See, I could totally do that. It looks like fun. Safer than the interstate. ;)
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yeh sure, till that guy pulls outta the drop off cloud and ... :eek:
:eyebrow: |
*snortle*
That'd be my luck. "Oh look, i'm in space. I'm Rocket Woman...HEY ASSHOLE YOU ALMOST KILLED ME...grumble grumble, came outta no where!" |
One word.
Bird strike. What? |
Two words - Red Bull
Now, I've heard that Red Bull gives you a high in exhilaration - but this is taking it to ridiculous heights! :rolleyes:
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Okay, now I'm curious exactly where the whole atmospheric re-entry burn begins. I guess it's still higher than 46.5 miles up...? Or maybe you need to come in at a certain angle? I keep thinking this guy would land with a serious case of hot pants.
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It's when you hit the atmosphere at an orbital speed, and use it to brake. A baloon isn't likely to be moving very fast relative to the atmosphere.
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And a follow up question. Is terminal velocity variable depending on altitude? Seems like the air is thinner up there, and wouldn't slow you down as much. I would expect the jumper to accelerate quickly up to some terminal velocity, and gradually slow down slightly as the air got thicker, and then finally slow down a lot when the chute is deployed.
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