Lehigh Defense - Xtreme Defense vs Hollow-Point bullet through a Barrier. Here's what happened.

Published on September 28, 2022
Duration: 4:58

This expert-level analysis from Wilson Combat demonstrates the critical performance differences between Lehigh Defense's Xtreme Defense and a premium hollow-point 9mm round when fired through a plywood barrier into ballistic gel. The Xtreme Defense maintained consistent penetration and energy transfer, while the hollow-point failed to expand due to clogging, resulting in over-penetration. The test highlights the importance of ammunition selection for barrier-penetrating scenarios.

Quick Summary

Lehigh Defense's Xtreme Defense ammunition offers superior barrier penetration performance compared to traditional hollow-points. In a Wilson Combat test, the Xtreme Defense maintained consistent energy transfer through plywood, while a premium hollow-point failed to expand due to clogging, leading to over-penetration.

Chapters

  1. 00:08Introduction & Test Setup
  2. 00:19Hollow-Point Barrier Test
  3. 00:51Hollow-Point Performance Analysis
  4. 01:51Hollow-Point No-Barrier Comparison
  5. 02:29Xtreme Defense Barrier Test
  6. 03:02Xtreme Defense Performance Analysis
  7. 04:38Conclusion & Comparison

Frequently Asked Questions

How does a hollow-point bullet perform through a plywood barrier?

When a hollow-point bullet encounters a plywood barrier, the debris can clog its hollow cavity. This prevents expansion, causing the bullet to act like a solid projectile and potentially over-penetrate the target, posing a risk to secondary targets.

What is the advantage of Lehigh Defense's Xtreme Defense ammunition through barriers?

Lehigh Defense's Xtreme Defense ammunition is designed to maintain consistent energy transfer and penetration through barriers without relying on expansion. This results in more predictable performance and reduced risk of over-penetration compared to traditional hollow-points.

Why did the premium hollow-point fail to expand in the Wilson Combat test?

The premium hollow-point failed to expand because its nose cavity was clogged with debris from the plywood barrier. This obstruction prevented the bullet from deforming as intended, causing it to behave like a full metal jacket round.

What was the penetration depth of the Xtreme Defense bullet in ballistic gel?

After passing through a plywood barrier, the 90-grain Lehigh Defense Xtreme Defense projectile penetrated approximately 15.5 inches into a 20-inch ballistic gel block, demonstrating controlled and consistent performance.

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