Image Credit: Bethesda
Forgot password
Enter the email address you used when you joined and we'll send you instructions to reset your password.
If you used Apple or Google to create your account, this process will create a password for your existing account.
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Reset password instructions sent. If you have an account with us, you will receive an email within a few minutes.
Something went wrong. Try again or contact support if the problem persists.

Scientists Develop “Bulletproof Custard”

This article is over 14 years old and may contain outdated information
image

British scientists have created a way to make bulletproof vests lighter and less cumbersome.

Custard might be able to support a person’s weight, but could it stop a bullet? Well, not quite, but scientists have used the same principle to develop a force absorbing liquid for use in personal armor.

BAE Systems in the UK fired ball bearing shaped bullets at over 300 meters per second into two test materials: 31 layers of untreated Kevlar and 10 layers of Kevlar combined with its liquid armor. What it found was that the liquid/Kevlar combination was much more effective than Kevlar alone.

“It’s very similar to custard in the sense that the molecules lock together when it’s struck,” said Stewart Penny, BAE’s business development manager. “The Kevlar with the liquid works much faster and the impact isn’t anything like as deep.”

While research into liquid armor isn’t new, BAE believes that its tests are the first clear evidence that such material could protect soldiers from bullets and shrapnel. It also thinks that the liquid could make body armor much more comfortable to wear, as the amount of material required to offer decent protection is much reduced.

Source: BBC

(image)

Recommended Videos

The Escapist is supported by our audience. When you purchase through links on our site, we may earn a small affiliate commission.Ā Learn more about our Affiliate Policy
Author