Are Match Bullets Suitable for Defense? Hornady 75gr BTHP Gel Test

Published on January 30, 2018
Duration: 5:39

This test evaluates the Hornady 75gr BTHP match bullet for self-defense applications using a ballistic gelatin medium. Fired from a 10.5-inch AR-15, the bullet achieved 15.4 inches of penetration and exhibited significant fragmentation, creating a large temporary stretch cavity. While its performance was deemed 'devastating,' its potential lack of barrier penetration, common in match bullets, is discussed as a double-edged sword for home defense.

Quick Summary

The Hornady 75gr BTHP match bullet achieved 15.4 inches of penetration in ballistic gelatin, meeting FBI standards, with significant fragmentation and a large temporary stretch cavity. Fired from a 10.5-inch AR-15 at 2,372 FPS, its performance was deemed 'devastating'.

Chapters

  1. 00:00Intro & Test Setup: Hornady 75gr BTHP
  2. 01:14Ballistic Gelatin Test Execution & Velocity
  3. 01:53Results: Penetration, Fragmentation, Cavity
  4. 03:02Barrier Blindness & Home Defense Implications

Frequently Asked Questions

Is the Hornady 75gr BTHP match bullet suitable for self-defense?

The Hornady 75gr BTHP demonstrated impressive terminal ballistics in gel tests, achieving 15.4 inches of penetration and significant fragmentation. While not specifically designed for defense, its performance suggests it could be effective, though barrier penetration limitations are a consideration.

What was the velocity and penetration of the Hornady 75gr BTHP in the test?

The 75gr BTHP, fired from a 10.5-inch AR-15 using 24.0gr Ramshot TAC, averaged 2,372 FPS. It achieved 15.4 inches of penetration in ballistic gelatin, meeting FBI standards.

How does the Hornady 75gr BTHP perform after hitting barriers?

Match bullets like the 75gr BTHP often exhibit 'barrier blindness,' meaning their terminal performance can be significantly reduced after impacting materials like glass or metal. This lack of barrier penetration might be advantageous for home defense to reduce over-penetration.

What kind of cavity did the 75gr BTHP create in ballistic gelatin?

The bullet created a large temporary stretch cavity (TSC) measuring approximately 3.5 inches by 9 inches. It also showed massive fragmentation and a 4-inch neck before the cavity began.

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