45 ACP vs 45 Colt vs 410 Slug: Not Even Close?

Published on November 29, 2024
Duration: 14:18

This video provides a detailed comparison of 45 ACP, 45 Colt, and 410 Slug performance through various barriers. While 45 ACP and 45 Colt showed good penetration and expansion, the 410 slug, despite higher velocity and energy, demonstrated less consistent barrier penetration and expansion in some tests. Specialized 410 rounds like 'Ball and Chain' showed extreme penetration capabilities.

Quick Summary

In ballistic gel, 45 ACP penetrated 17.5 inches. 45 Colt penetrated 11.75 inches but showed massive expansion. The 410 slug penetrated 16 inches, outperforming the 45 Colt in depth but with less expansion.

Chapters

  1. 00:00Introduction & 45 ACP Test
  2. 00:5645 Colt Barrier Test
  3. 01:35410 Slug Barrier Test
  4. 02:53Pressure-Treated Lumber Test
  5. 05:25Concrete Block Test
  6. 07:43Mild Steel Dent Test
  7. 09:20Chronograph & Energy Data
  8. 09:50Ballistic Gel Testing
  9. 11:13Specialized 410 Rounds Test

Frequently Asked Questions

How did 45 ACP, 45 Colt, and 410 Slug perform against pressure-treated lumber?

In tests against a 4x4 pressure-treated lumber block, none of the rounds were able to penetrate completely. The 410 slug demonstrated significantly less penetration depth compared to both the 45 ACP and 45 Colt rounds.

Which caliber dented mild steel the most in the test?

The 410 slug achieved the deepest dent on 1/8 inch mild steel, measuring 0.345 inches. This was attributed to its higher velocity, followed by 45 Colt at 0.298 inches and 45 ACP at 0.286 inches.

What were the ballistic gel penetration results for 45 ACP, 45 Colt, and 410 Slug?

The 45 ACP penetrated 17.5 inches in ballistic gel. The 45 Colt penetrated 11.75 inches with substantial expansion, while the 410 slug penetrated 16 inches with less expansion than the 45 Colt.

Did the 410 slug penetrate plywood as well as 45 caliber rounds?

No, the 410 slug did not penetrate the 3/4 inch plywood as cleanly as the 45 ACP and 45 Colt. Its lower weight likely contributed to less effective penetration through this barrier.

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