Calculate Skydiver Deceleration Force

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In summary, the conversation discusses the calculation of force exerted on a skydiver as they decelerate from their terminal velocity of 120 mph to 30 mph in one second. The resulting deceleration is 132 ft/sec^2, which is approximately 4 g's. There is also mention of equipment manufacturers trying to reduce the initial deceleration and jerk during the deceleration process.
  • #1
Vikinglord
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I'm wondering how to calculate the force exerted on a skydiver as they decelerate from their terminal velocity of approximately 120 mph to approximately 30 mph in the course of one second, as I have seen and felt while skydiving. Thank you all in advance.
 
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  • #2
120 mph is 176 ft/sec and 30 mph is 44 ft/sec. So the deceleration is 132 ft/sec^2. This is about 4 g's.
 
  • #3
Note that that assumes contact deceleration, which I would think equipment manufacturers try to achieve.
 
  • #4
Instead of constant deceleration, there's some effort to also reduce the jerk, so that the initial deceleration is not as great as the maximum deceleration.
 

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