Level 3 Ballistic Plate vs 5.56 Nato with "Coch" and Dorr

Published on October 7, 2023
Duration: 7:23

This video details a ballistic test of Paladin Armor Systems Level 3 plates against 5.56 NATO M193 ammunition. The test aimed to determine the number of rounds required for penetration into a tight group. The plate was secured to a stump on a berm, simulating a wearer. The results indicated that the plate failed after five shots within a 2-inch group, with one round penetrating.

Quick Summary

A Paladin Armor Systems Level 3 ballistic plate was tested against five rounds of 5.56 NATO M193 55-grain ball ammunition fired into a tight 2-inch group. The plate ultimately failed, with one round penetrating the armor and impacting the backing material.

Chapters

  1. 00:09Introduction & Previous Test Recap
  2. 00:33Introducing the 5.56 NATO Test
  3. 00:43Test Setup: Plate on Stump
  4. 01:025.56 NATO M193 Ammunition Details
  5. 01:15Previous Barrel Length Test Insights
  6. 01:40Testing Methodology: Tight Group
  7. 02:00Sponsor Segment: CCW Safe
  8. 02:32Final Test Setup Confirmation
  9. 03:07First Shot Impact & Plate Deformation
  10. 03:27Second & Third Shot Analysis
  11. 03:42Fourth Shot Impact & Bulge
  12. 03:53Fifth Shot & Penetration
  13. 04:42Test Results: Plate Failure at 5 Shots
  14. 05:03Detailed Examination of Penetration
  15. 05:21Worst-Case Scenario vs. Spread
  16. 05:54Weight Comparison: Level 3 vs. Level 4
  17. 06:03Comparing 45-70 vs. 5.56 NATO Performance
  18. 06:23Barrel Length & Velocity Impact
  19. 06:48Round Disintegration at High Velocity
  20. 07:00Concluding Remarks & Call for Comments

Frequently Asked Questions

How many rounds did it take to penetrate the Paladin Armor Systems Level 3 plate?

The Paladin Armor Systems Level 3 ballistic plate failed after absorbing five rounds of 5.56 NATO M193 55-grain ball ammunition. These shots were fired into a tight group, approximately 2 inches in diameter.

What type of ammunition was used to test the Level 3 ballistic plate?

The ballistic test utilized 5.56 NATO M193 55-grain ball ammunition. This is described as a common and widely produced round for the 5.56 NATO caliber, representing a typical threat.

How was the ballistic plate tested for penetration resistance?

The plate was secured to a stump on a berm to simulate a wearer with some give. Rounds were fired at a designated 3-inch target area, aiming for a tight group to assess penetration under concentrated impact.

What is the difference in performance between 45-70 and 5.56 NATO against armor?

While 45-70 is powerful, 5.56 NATO ammunition, especially M193 ball, is generally considered more effective at defeating armor due to its higher velocity and design, even though it's not specifically armor-piercing.

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