Lehigh Defense - Xtreme Defense 90 grain 9mm Bullet VS Solid Copper High-Speed Gel Test. Slowmo

Published on April 29, 2023
Duration: 1:00

This video provides an expert-level analysis of the Lehigh Defense 90 grain Xtreme Defense 9mm monolithic bullet through ballistic gel testing. The demonstration, conducted by Wilson Combat, highlights the critical role of the bullet's flute design in controlling energy transfer and penetration depth. The fluted version effectively dumped its energy within 18 inches, while a non-fluted variant over-penetrated, proving the design's efficacy for self-defense applications.

Quick Summary

The Lehigh Defense 90 grain Xtreme Defense 9mm bullet's fluted design is critical for controlled energy transfer, dumping all its energy within 18 inches of ballistic gel. This prevents over-penetration, a key factor for effective self-defense ammunition, as demonstrated in tests by Wilson Combat.

Chapters

  1. 00:00Introduction to Bullet Test
  2. 00:17Fluted Bullet Gel Test
  3. 00:26Non-Fluted Bullet Gel Test
  4. 00:35Results and Analysis

Frequently Asked Questions

What is the primary benefit of the fluted design in Lehigh Defense Xtreme Defense bullets?

The fluted design is crucial for controlling the bullet's energy transfer. In ballistic gel tests, the fluted 90-grain 9mm Xtreme Defense bullet dumped all its energy within 18 inches, preventing over-penetration.

How does the Lehigh Defense Xtreme Defense bullet perform in ballistic gel compared to a non-fluted version?

The fluted Lehigh Defense Xtreme Defense 90-grain 9mm bullet demonstrated superior energy transfer and controlled penetration (dumping energy within 18 inches). A non-fluted version of the same bullet over-penetrated, indicating less efficient energy dissipation.

What equipment was used in the Wilson Combat ballistic gel test?

The test utilized a handgun, a Caldwell shooting rest, a LabRadar chronograph for velocity measurements, and 40 inches of ballistic gel arranged in 20-inch blocks to simulate tissue effects.

Why is controlled energy transfer important for self-defense ammunition?

Controlled energy transfer ensures the projectile incapacitates a threat effectively while minimizing the risk of over-penetration, which could endanger bystanders or cause unintended damage. The fluted design achieves this.

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