This Helmet Will NOT Protect You! #guns #shorts

Published on January 13, 2024
Duration: 0:52

A ballistic test reveals that a World War II era M1 helmet, while stopping a 9mm round, exhibits significant backface deformation. However, it offers no protection against a 5.56 rifle round, which easily penetrates both sides. This highlights the limitations of historical ballistic protection against modern rifle calibers.

Quick Summary

A World War II era steel helmet was tested against modern calibers. It stopped a 9mm round but showed significant backface deformation. Against a 5.56 rifle round, the helmet was easily penetrated, highlighting its inadequacy for modern threats.

Chapters

  1. 00:00Intro: WWII Helmet Ballistic Test
  2. 00:069mm Ballistic Test Results
  3. 00:265.56 Ballistic Test Results

Frequently Asked Questions

How did a World War II helmet perform against a 9mm round?

In a ballistic test, a World War II era steel helmet successfully stopped a 9mm projectile. However, the impact caused significant backface deformation, indicating potential for injury despite the lack of penetration.

Can a WWII helmet stop a 5.56 rifle round?

No, a World War II era steel helmet cannot stop a 5.56 rifle round. The test showed that the projectile easily penetrated both sides of the helmet, demonstrating its ineffectiveness against modern rifle fire.

What is backface deformation in ballistic testing?

Backface deformation refers to the inward bulging of a material after being struck by a projectile. Significant deformation, even without penetration, can transfer blunt force trauma to the wearer, potentially causing serious injury.

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