Added: 4 years ago
From: classabuv
Views: 54,675
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  • Anyone who takes that as empirical determination is a complete nause

  • lol. fail demonstration.

  • They should have doen the test of a athletic protector and then did kicks tot he testicles.....that would be a practical use

  • check out my videos for a new impact aborption material that can be used to make a flexible armour suit

  • d3o its a great hi-tech gel but this test is obviously inadequate, he hit the unprotected melon 3x harder.

  • This is the future, lol, 3 years later and it still hasnt caught on.

  • and i thought the one on the right had d3o inside it. cool

  • the molecule dont "not move" they lock together.

  • I think it might be more applicable like say, In joints to prevent hyperextension or something.

    Like ever caught a ball and hyperextended your finger?

    Or in sports accidents, to help prevent your body from just flailing out of control.

  • also do they suply this hammer with every pack or something because ive seen it on almost all the tests

  • although this doesnt work with intusions ie knifes bullets etc the this is a brilliant material. it does seem to already excist in flour and water but seems to have been modified to take a greater force. i seem to remember it is considered a non newtonian dilute solid.

  • i'd like to see some really crude experiments with this material, not just the usual hammer or shovel pussy hits. more like "lets try shooting it with an ak-47, cutting it with a katana" and the hits with nothing less heavy than a 50 lb. hammer.

    oh and explosives!

  • um he swung way harder on the 2nd 1

  • omg great idea i wanna cover my entire body with D3o and get on a really high point then trow myself down just going WEEEEEEE!!! and then just instean of going SPLAT! i would be safe XD

  • you would break every bone in your body, but will have 0 bruises ))

  • wow

  • I've seen this material before but I don't understand how it works. Surely, if it goes solid when hit then the shock just gets transferred through the goo. Does it really protect you any better than having a hard-hat would? And if so, how?

  • the molecules lock up if hit quickly. the force rebounds back. yet when maneuvered slowly the molecules will move.

  • It spreads the force like a normal helmet, but springs back so you won't have to replace it. It's also flexible so it fits better.

  • Other than the slight elastic quality of d3o in this instance, a dilatant material wouldn't really offer greater protection than a hard hat.

    The beanie is of course a bad example but a knee pad that is flexible and allows full freedom of movement, yet acts as a tough, rigid shell when under significant shear forces, has clear advantages over traditional body armour.

  • what a bloody wanker. I don't think you could be any more obvious. The best is the stupid broad that thinks its so amazing, yet she was standing right there when he did it. I wonder if that was the first take even. Probably broke a good dozen melons before he figured out how lightly to tap them. lol

  • lol *tap*... now watch this.. *SLAM*

  • ROFL he taps the first and pretty much takes a run up on the 2nd one! Lmao!

  • dont think a national TV programme would fabricate a test on what is a peice of safety equipment....but i agree it's not the clearest. Regardless, the Ribcap uses d3o which will be industry standard in many safety applications soon so it must do the job.

  • ummm this video doesnt show me anything first melon he barely hit the second one you see him taken a very long swing and then you see the mallet hitting it not on the head of the mallet but on the handle, and yet its busted open. Seems a bit fake if you watch it closely. NEXT

  • I was looking for this video, thanks

  • cool

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