The clip of the 100+ foot lincoln is in the credits of Focused.
It's huge.
He lands on his head.
It won't be funny when he fucks himself up and can't walk.
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The clip of the 100+ foot lincoln is in the credits of Focused.
It's huge.
He lands on his head.
It won't be funny when he fucks himself up and can't walk.
while that is true, his risk, his reward, his injury. its all inclusive to him.Quote:
Originally posted by phUnk
It won't be funny when he fucks himself up and can't walk.
whats not funny is riding the lifts @ alta with kids scoping big gigando stupid cliff hucks. stupid is as stupid does, but monkey see monkey do.
dude...What are you saying about monkeys?Quote:
Originally posted by Woodsy
stupid is as stupid does, but monkey see monkey do.
Anyone seen mythbusters?
I was just watching it and they were doing an experiment dropping a crash test dummy 160 ft into water. The thing hit the water at 60+ mph and an accelerometer in the dummy's head registered 270G. That is a serious stop.
I wonder what kind of g forces a person hitting snow from 160 would register?
not sure but i came across this thing in my physics book the other day that i thought was kind of cool, it didnt specify what "survive" meant, but it said that:Quote:
Originally posted by fez
Anyone seen mythbusters?
I was just watching it and they were doing an experiment dropping a crash test dummy 160 ft into water. The thing hit the water at 60+ mph and an accelerometer in the dummy's head registered 270G. That is a serious stop.
I wonder what kind of g forces a person hitting snow from 160 would register?
"A person can survive a feet-first impact of 27mph on concrete, 34mph on soil, and 76mph on water"
so im guessing that if your landing in a huge pile of powder, with a deep base of snow underneath, you could probably survive a feet-first impact of over 100mph, although i wouldnt really want to be the one to find out.
:D
Take into account that they are using the force that would be applied to the person's feet upon impact. When wearing skis, you are spreading that impact out to more square inches, hence being able to survive falls from larger heights. Also depends on how deep the pow.Quote:
"A person can survive a feet-first impact of 27mph on concrete, 34mph on soil, and 76mph on water"
I think that if a person curls their toes, grabs their nuts and pinches their nose, they can survive a drop into water from any height.Quote:
Originally posted by dipstik
"A person can survive a feet-first impact of 27mph on concrete, 34mph on soil, and 76mph on water"
:D