.32 ACP Penetration Test with a Seecamp LWS .32 - TheFireArmGuy

Published on July 8, 2017
Duration: 6:37

This video features TheFirearmGuy conducting a penetration and expansion test on the Seecamp LWS .32 ACP using PMC Bronze 60gr JHP ammunition. The test reveals interesting results, with the .32 ACP rounds penetrating particle board but failing to expand in water or even cement board, suggesting potential limitations for this caliber in certain self-defense scenarios. The expert reviewer highlights the importance of ammunition selection for reliable function in small firearms.

Quick Summary

Expert reviewer TheFirearmGuy tested the Seecamp LWS .32 ACP with PMC Bronze 60gr JHP ammo. Penetration tests showed it could pass through particle and cement board, but the hollow points failed to expand in water, retaining their original shape. This highlights the importance of verifying ammunition performance for self-defense scenarios.

Chapters

  1. 00:00Introduction & Ammo Selection
  2. 01:08Particle Board Penetration Test
  3. 02:37Cement Board Penetration Test
  4. 04:09Water Expansion Test & Conclusion

Frequently Asked Questions

How did the .32 ACP ammunition perform in penetration tests?

In penetration tests, the .32 ACP rounds successfully penetrated one 1/2-inch particle board but failed to pass through a second. Against 1/2-inch cement board, the rounds fully penetrated and buried themselves in the dirt behind it.

Did the .32 ACP hollow point ammunition expand during testing?

No, the PMC Bronze 60 Grain Jacketed Hollow Point ammunition used in the test showed absolutely no expansion when fired into a water-filled container, appearing similar to Full Metal Jacket rounds upon recovery.

What are the key specifications of the Seecamp LWS .32?

The Seecamp LWS .32 features a 2-inch barrel, a capacity of 6+1 rounds, and weighs approximately 11.5 oz. It is chambered in .32 ACP.

What factors should be considered when testing self-defense ammunition?

When testing self-defense ammunition, it's crucial to evaluate both penetration capabilities against various materials and expansion characteristics. As seen with the .32 ACP test, some hollow points may not expand as expected, impacting their terminal effectiveness.

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