can you survive terminal velocity into water

Perhaps you'd break your legs but maybe the brain would survive. If you work it out, he should be going about 115km/hr by the time he hits the water. Hitting a water surface with that speed is lethal as the statistics from the other answers show nicely. Would this be possible at terminal velocity? When these two forces equal each other out, you've got terminal velocity – the stable speed at which a skydiver falls. Having something to hold on saves people from this all the time, something like a parachute would help a lot ;) Anything they can do to create a larger surface area will slow their terminal velocity. Instead of a flat water surface the athletes jump into basically a bubble bath. If you are afraid of heights, this is a super scary video. Wikipedia gives the Terminal Velocity of a skydiver belly down as 195km/hr. So, our world record diver was going almost 60% of terminal velocity when he hit. We were discussing with friends whether you can survive if you jump off a plane (say 1500m height), your parachute doesn't open and you fall into water, so I would like to know the opinion of someone with more knowledge for this matter. He showed diving from height into 3 feet of water like this. Apparently freefall velocity is about 135mph but it is a variable depending on the body shape you adopt. Thus, if hurled off a skyscraper, pennies achieve their terminal velocity after only about 50 feet (15 meters) of descent. In the MCU, at least, we see him jump into water with no parachute and survive a fall onto his shield from a building. My rough extimate of his entry speed is about 70 mph. Note there is not a mark on him so clearly you can survive a good deal higher than this. In the language of the post, you’d want the movement of the water to be “less random”. According to the World High Diving Federation, the maximal velocity attained is around 100 kph or 60 mph and even at that speed impulses can peak around 100 Gs. Once at terminal velocity, you can fall as far as you like and you won't gather any more speed. Your little brain is right, Paul — there’s a difference between landing on water and landing on concrete, namely you can’t dive into concrete. $\endgroup$ – Samuel May 4 '15 at 21:55 [Marvel] Can Captain America survive hitting the ground at terminal velocity with or without his shield? I have done the skydiving simulator once so might be able to stay in control! The 17-year-old male survivor said he may have touched bottom, perhaps 20 to 25 feet down … A slower terminal velocity would effectively be like falling from a much lower height. The diver jumped from 172 feet (or 52 meters). In case you are too afraid to watch it, this dude jumps off the top of a building that is listed at 129 feet and lands in water… "In a normal position for a … So, streamlining yourself is the best way to survive a terminal velocity fall into water (like a dart). In a free fall you can reach a speed of 50 m/s. What would terminal velocity be for him? I think terminal velocity is around 120 mph so I have serious doubts entry into water at that speeed is survivable by a human. Even so, don’t expect to live or stay conscious. (Huge fan pointing upwards). In clive diving competitions they use a trick though to reduce the probability of getting hurt quite a bit. It’s the shearing of forces that really messes things up. And if it's not possible, I would like to know would it help if you had a rock cube (50x50x50cm) under your feet on a feet-first fall, … A freefall would at 135 would 3-4 times that impact of the dive shown. (assuming no air restance).

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