Hi Power vs *Body Armor*( a old vs new) #history #ww2 #gun #bodyarmor

Published on February 7, 2023
Duration: 0:48

A WWII-era Browning Hi Power 9mm pistol was tested against modern Level 3A+ Battle Steel body armor. While the armor successfully stopped the bullet at point-blank range, significant damage to the particle board backing indicated severe blunt force trauma. This demonstrates that even if penetration is prevented, the kinetic energy transfer can still cause fatal internal injuries.

Quick Summary

A WWII Browning Hi Power 9mm did not penetrate Level 3A+ Battle Steel body armor at point-blank range. However, the impact severely damaged the particle board backing, demonstrating significant kinetic energy transfer and potential for fatal blunt force trauma.

Chapters

  1. 00:00Intro: Hi Power vs Body Armor Test
  2. 00:13Test Setup: Armor & Backing
  3. 00:22The Shot: Browning Hi Power Fires
  4. 00:26Results: Bullet Stopped, Backing Damaged
  5. 00:40Conclusion: Kinetic Energy & Trauma

Frequently Asked Questions

Can a WWII Browning Hi Power penetrate modern body armor?

In a test using a Level 3A+ Battle Steel armor plate, a 9mm round from a Browning Hi Power did not penetrate the armor itself. However, the impact caused significant damage to the backing material, indicating potential for severe internal injury.

What happens when a bullet hits body armor?

When a bullet hits body armor, the armor is designed to catch and deform the projectile, spreading its energy over a larger area. Even if the bullet doesn't penetrate, the force of impact (backface deformation) can cause significant blunt force trauma.

What is Level 3A+ body armor?

Level 3A+ body armor is a rating indicating protection against common handgun rounds, including 9mm and .44 Magnum. The '+' often signifies enhanced protection beyond standard Level III-A, potentially against certain rifle threats or specific ammunition types.

Does stopping a bullet mean survival?

Not necessarily. While stopping penetration is crucial, the kinetic energy transferred upon impact can cause severe blunt force trauma, leading to internal injuries, broken bones, or even fatal damage, even if the armor holds.

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