9mm Controlled Fracturing 115-Grain Ultimate Self-Defense Bullet by Lehigh Defense - Slow Motion Gel

Published on June 4, 2023
Duration: 12:58

This guide details the expert testing of the Lehigh Defense 9mm 115-grain Controlled Fracturing bullet, utilizing a Wilson Combat SFX9 and ballistic gelatin. The analysis covers bullet mechanics, performance through bare gel, heavy clothing, and Level 3A body armor, emphasizing its terminal effectiveness and safety features for law enforcement and civilian self-defense. Instruction is provided by industry leaders like Bill Wilson, Ken Hackathorn, and Paul Howe.

Quick Summary

The Lehigh Defense 9mm 115-grain Controlled Fracturing bullet demonstrates exceptional terminal ballistics, achieving 17 inches of penetration in bare gel and 15.5 inches through heavy clothing. Its unique design sheds petals for radial wound paths while the base ensures deep penetration, and it safely implodes against Level 3A body armor.

Chapters

  1. 00:00Introduction and Test Setup
  2. 00:45Bullet Design and Mechanics
  3. 01:19Bare Gelatin Performance Analysis
  4. 04:26Heavy Clothing (Denim) Test
  5. 08:21Body Armor and Law Enforcement Considerations
  6. 11:13Testing Protocol and Conclusion

Frequently Asked Questions

How does the Lehigh Defense 9mm Controlled Fracturing bullet perform in ballistic gelatin?

In bare ballistic gelatin, the 115-grain Controlled Fracturing bullet's base penetrated 17 inches, while its shed petals created radial wound paths up to 6-7 inches, contributing significantly to the permanent wound channel.

What is the advantage of the Controlled Fracturing bullet's design against heavy clothing?

Unlike traditional hollow points that can clog, the Controlled Fracturing bullet disperses its petals even wider and penetrates further through four layers of denim, with the base reaching 15.5 inches, ensuring reliable expansion.

Is the Lehigh Defense 9mm Controlled Fracturing bullet capable of penetrating body armor?

No, the Controlled Fracturing bullet is not armor-piercing. Its fracturing mechanism requires fluid, causing the nose to implode against Level 3A body armor, which is considered a safety benefit.

Who are the experts behind the testing of this ammunition?

The testing and analysis feature insights from industry leaders and veteran tactical instructors Bill Wilson, Ken Hackathorn, and Paul Howe, known for their expertise in firearms and terminal ballistics.

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