500 SMITH & WESSON VS COPPER

Published on September 18, 2017
Duration: 5:23

This video features Edwin Sarkissian conducting a destructive ballistics test comparing various handgun calibers and ammunition types against one-inch thick copper plates. The experiment highlights the penetration capabilities of specialized rounds like Underwood's 9mm and .500 S&W Magnum Xtreme Penetrator compared to standard lead ammunition. The results demonstrate significant differences in performance, with the .500 S&W Magnum Xtreme Penetrator causing substantial deformation to the copper plate.

Quick Summary

Edwin Sarkissian conducted a ballistic test comparing 9mm and .500 S&W Magnum ammunition against one-inch thick copper plates. The Underwood 9mm Xtreme Penetrator created a 1/4 inch crater, while the .500 S&W Magnum 350gr Xtreme Penetrator deeply embedded and bulged the plate, showcasing superior penetration over lead rounds.

Chapters

  1. 00:00Introduction and Setup
  2. 00:28.22 LR Performance Test
  3. 01:309mm Underwood Xtreme Penetrator Test
  4. 03:13.500 S&W Magnum Test
  5. 04:15Final Results Analysis

Frequently Asked Questions

How did .22 LR ammunition perform against copper plates?

.22 LR 40-grain lead rounds were tested against one-inch thick copper plates and showed zero penetration, with the bullets flattening against the surface. This demonstrates the copper's resistance to lower-velocity projectiles.

What was the performance difference between 9mm Xtreme Penetrator and standard 9mm rounds?

The Underwood 9mm +P 115gr Xtreme Penetrator (solid copper) created a significant 1/4 inch deep crater in the copper plate. Standard lead core 9mm rounds only managed to mark the surface, showing the superior penetration of the solid copper design.

Which .500 S&W Magnum load was more effective against copper plates?

The .500 S&W Magnum 350-grain Underwood Xtreme Penetrator (solid copper) caused more substantial deformation and bulging of the one-inch copper plate compared to the heavier 700-grain Hard Cast Lead round. The copper round embedded deeply.

What is the significance of testing ammunition against copper plates?

Testing against thick copper plates provides a clear, visual demonstration of ammunition's penetration capabilities and terminal ballistics against very hard targets. It highlights differences in bullet construction and caliber performance under extreme stress.

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