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Freefall position physics
Freefall position physics











freefall position physics

How much of a spin is too much for you to recover from? Nobody really knows.

freefall position physics

So his team throw themselves at the problem. But Felix will be freefalling too fast for any normal automatic parachute. Joe only survived his spin because his parachute fired automatically. If his feet are at the center, then the blood will rush into his brain, causing what's known as a red-out, which could cause an aneurysm or brain damage. If Felix spins with his head at the center, then the g force will pull the blood out of his brain causing a blackout. Joe's camera captured just how violent this spin was. And it was so violent I could not pull my arms in. When I was freefalling, all of a sudden I had this violent rotation. This is what happened to Felix's mentor, Joe Kittinger, on one of his jumps, over 50 years ago. The fear is that if Felix starts spinning up at any kind of a rate it could get to the point where he would not be able to control it. In a vacuum there's very little to stop motion. This means any changes in his body position could spell disaster.įlat spin is a really serious concern. So if I have one arm off a little more than the other arm and I don't notice it, it can cause me to spin.įelix is jumping into a near-vacuum at the edge of the Earth's atmosphere. What causes a flat spin is an odd position in freefall, if you have one extremity sticking out more than the other, the faster you go, the more drag affects what you do. Their biggest fear is that as Felix falls he could go into what's known as a flat spin. His team have to anticipate the extra risks of falling from such an extreme height. Five times higher than the maximum altitude normally attempted by skydivers jumping from a plane.

freefall position physics

Felix Baumgartner is attempting to freefall from 128,000ft.













Freefall position physics