Return of The Plastic Plates! Will Stacking Them Up make a Difference?

Published on July 25, 2021
Duration: 8:58

This video demonstrates a ballistic test comparing the penetration of .22LR and .22 Magnum ammunition through stacked plastic plates. The experiment revisits a previous test, this time with the plates stacked tightly together to eliminate air gaps. The results show a significant difference in penetration between the two calibers, with the .22 Magnum easily passing through all plates while the .22LR's performance is notably reduced compared to the previous test with spaced plates.

Quick Summary

In a ballistic test, .22LR ammunition penetrated 30 stacked plastic plates, stopping around the 25th, while .22 Magnum easily penetrated all 40 plates. This highlights the significant power difference between the two calibers, with stacked plates offering minimal additional resistance for the .22LR.

Chapters

  1. 00:00Introduction and Setup
  2. 00:34Previous Test Recap
  3. 00:55New Test Setup: Stacked Plates
  4. 01:04Firearm and Ammunition Details
  5. 01:43.22LR Test Firing
  6. 02:08.22 Magnum Test Firing
  7. 02:34Results: .22 Magnum Penetration
  8. 02:42Results: .22LR Penetration Count
  9. 03:47Conclusion and Takeaways
  10. 03:57Cleanup and Final Thoughts

Frequently Asked Questions

How many plastic plates did the .22LR penetrate when stacked tightly?

When stacked tightly, the .22LR ammunition penetrated through 30 plastic plates. The projectile stopped around the 25th plate and cracked the 31st, indicating a significant reduction in penetration compared to when the plates were spaced apart.

Did stacking plastic plates affect the .22 Magnum's penetration?

No, stacking the plastic plates did not affect the .22 Magnum's penetration. The .22 Magnum ammunition easily passed through all 40 stacked plates, demonstrating its superior power and penetration capabilities over the .22LR.

What firearm and ammunition were used in the plastic plate test?

The test used a Heritage Rough Rider revolver with a 6.5-inch barrel. For .22LR, Aguila Super Extra 40-grain round nose ammunition was used, and for .22 Magnum, Aguila 40-grain semi-jacketed soft point ammunition was used.

What was the main takeaway from stacking the plastic plates for the test?

The main takeaway was that stacking the plastic plates tightly did not significantly increase the resistance for the .22LR compared to when they were spaced. This suggests that these particular plastic plates are not a very effective barrier against even .22LR ammunition.

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