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Why only 120,00ft? How much higher could he go before he is like 5,000ft from leaving the atmospshere never to return again?
The question makes little sense: the atmosphere doesn't have a defined boundary from which to measure being 5,000 ft below it.How much higher could he go before he is like 5,000ft from leaving the atmospshere never to return again?
Why only 120,00ft? How much higher could he go before he is like 5,000ft from leaving the atmospshere never to return again?
So why not just go as high as possible and then jump? Why stop at 120,000 ft?
That beard would cause some unstable flight dynamics I think.I'd settle for a wingsuit from the top of the clouds.
120,000 ft is already about twice the Kármán line, and right in the thermosphere. For reference, the ISS orbits in the thermosphere.
I think your math is a little off. 120k ft is just over 36km, the karman line is 100 km. That puts him below the mesosphere and into the stratosphere.
I believe that he broke Kittinger's record for 614 mph freefall speed, but spent less time free falling.
I think he got to like 729 mph? Though of course I guess they have to verify it however they do that.
There was a great moment when he regained the control - there was a moment when he was spinning faster and faster, but apparently the air density got high enough and in a split second he had things under control and was flying head first.
Nobody commented on that in Polish TV where I watched the jump, apparently they had no idea what they were seeing.
Anyone have a video link?
The spinning moment is not present in this video.
Their conversion looks wrong?Felix Baumgartner "stepped off into the void and plunged downward, reaching a maximum speed measured at 833.9 miles per hour, or Mach 1.24."
http://www.nytimes.com/2012/10/15/us/felix-baumgartner-skydiving.html
I think that they adjusted the speed of sound for his altitude