Premium Pocket Power!...Federal Premium HST VS Punch .380 ACP Self-Defense AMMO Ballistic Gel Test!

Published on August 25, 2024
Duration: 13:02

This guide details a ballistic gel test procedure for comparing .380 ACP self-defense ammunition, specifically Federal Premium HST and Punch. It covers test setup, firing protocols through a clothing barrier, data collection using a chronograph, and analysis of recovered projectile performance including expansion, penetration, and mass retention. The expert-level instruction emphasizes scientific methodology for evaluating ammunition effectiveness.

Quick Summary

In a ballistic gel test comparing Federal Premium HST and Punch .380 ACP ammunition fired from a Smith & Wesson Bodyguard 2.0, the HST (99gr) averaged 929 FPS and 190 ft-lb, penetrating 14.75 inches and expanding to 0.592 inches. The Punch (85gr) averaged 895 FPS and 151 ft-lb, penetrating 15.5 inches and expanding to 0.458 inches.

Chapters

  1. 00:00Intro & Test Setup
  2. 00:47Ammunition & Firearm Details
  3. 01:49Cartridge & Projectile Comparison
  4. 02:32Federal Punch Velocity Test
  5. 04:04Federal HST Velocity Test
  6. 04:44Muzzle Energy Comparison
  7. 05:49Ballistic Gel Test: Punch
  8. 06:25Ballistic Gel Test: HST
  9. 06:58Gel Performance Analysis
  10. 09:10Projectile Recovery & Measurements
  11. 10:53Ammunition Performance Conclusion
  12. 11:40Final Thoughts & Call to Action

Frequently Asked Questions

How did Federal Premium HST and Punch .380 ACP perform in ballistic gel tests?

Federal HST (99gr) averaged 929 FPS with 190 ft-lb energy, penetrating 14.75 inches and expanding to 0.592 inches. Federal Punch (85gr) averaged 895 FPS with 151 ft-lb energy, penetrating 15.5 inches and expanding to 0.458 inches. Both performed well, with HST showing better velocity consistency.

What are the key differences between Federal Premium HST and Punch .380 ACP ammunition?

The HST is heavier (99gr vs 85gr) and generally achieves higher velocity and energy, with more consistent performance. The Punch, while lighter, achieved slightly deeper penetration in this test. Both are designed for self-defense and expand reliably.

What firearm was used for the .380 ACP ballistic gel test?

The ballistic gel tests were conducted using a Smith & Wesson Bodyguard 2.0 pistol, which features a 2.75-inch barrel. This shorter barrel length impacts the achieved muzzle velocities compared to advertised figures from longer barrels.

What factors influence bullet performance in ballistic gel tests?

Key factors include the ammunition's advertised velocity and weight, the firearm's barrel length, the presence of a barrier (like clothing), and the specific design of the projectile (e.g., hollow point cavity shape). These elements affect penetration depth, expansion diameter, and retained weight.

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