9MM VS 40 HOLLOW POINTS

Published on April 27, 2017
Duration: 4:05

This video features Edwin Sarkissian, a practical field tester, comparing the ballistic performance of 9mm Luger and .40 S&W Federal Premium Hydra-Shok hollow point ammunition against sheet metal barriers. Using a Glock 19 and Glock 23, the test aims to demonstrate penetration differences. The results indicate minimal difference in penetration against this specific hard barrier for these particular loads.

Quick Summary

In a ballistic test by Edwin Sarkissian, Federal Premium 135-grain Hydra-Shok hollow points in both 9mm Luger and .40 S&W showed nearly identical penetration against sheet metal, stopping around the 9th-10th plate. This suggests minimal difference for these specific loads and barrier type.

Chapters

  1. 00:00Introduction & Ammo Overview
  2. 00:519mm Penetration Test
  3. 02:01.40 S&W Penetration Test
  4. 03:06Final Comparison & Conclusion

Frequently Asked Questions

How did 9mm and .40 S&W hollow points perform against sheet metal in the test?

In the test by Edwin Sarkissian, Federal Premium 135-grain Hydra-Shok hollow points in both 9mm Luger and .40 S&W demonstrated very similar penetration capabilities against sheet metal, with both rounds stopping around the 9th or 10th plate.

What is the primary purpose of hollow point ammunition for self-defense?

Hollow point ammunition is designed for self-defense because its cavity allows the bullet to expand upon impact. This expansion increases the bullet's diameter, creating larger wound channels and, crucially, limiting over-penetration through targets.

Which handgun was used for the 9mm test, and which for the .40 S&W?

For the 9mm Luger hollow point test, a Glock 19 handgun was utilized. The .40 S&W hollow point test was conducted using a Glock 23 handgun.

Does caliber significantly impact hollow point penetration against hard barriers like sheet metal?

Based on this specific test with Federal Premium 135-grain Hydra-Shok loads, the caliber (9mm vs .40 S&W) showed minimal difference in penetration depth against sheet metal, with both stopping at a similar point.

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