Frangible 9mm Vs FMJ

Published on March 20, 2022
Duration: 0:57

This video compares Federal 9mm frangible ammunition against standard FMJ rounds, focusing on their performance against hard surfaces. Frangible rounds are shown to disintegrate upon impact with steel or concrete, creating minimal damage and dissipating energy safely, making them ideal for close-range steel target practice. In contrast, FMJ rounds exhibit significantly higher penetration power, shattering a concrete paver stone.

Quick Summary

Frangible 9mm ammunition is designed to disintegrate upon impact with hard surfaces, significantly reducing ricochet risks and making it ideal for close-range steel target practice. Unlike FMJ rounds which can penetrate or shatter barriers, frangible rounds safely dissipate energy.

Chapters

  1. 00:00Intro: Frangible vs FMJ 9mm
  2. 00:20Frangible Ammo Concrete Impact Test
  3. 00:32FMJ Ammo Concrete Impact Test

Frequently Asked Questions

What is the main advantage of using frangible 9mm ammunition?

Frangible 9mm ammunition is designed to disintegrate upon impact with hard surfaces like steel or concrete. This significantly reduces the risk of dangerous ricochets and makes it ideal for close-range shooting at steel targets, enhancing range safety.

How does frangible 9mm ammo perform differently from FMJ rounds on hard surfaces?

Frangible rounds break apart upon impact, dissipating energy safely with minimal penetration. FMJ rounds, however, retain much of their energy and can penetrate or shatter hard surfaces, causing more damage and posing a greater ricochet risk.

Is frangible ammunition suitable for self-defense or home defense scenarios?

While frangible ammo is safer for steel targets, its effectiveness for self-defense is debated. It may not offer sufficient penetration through barriers like drywall or doors, and its terminal ballistics on soft tissue differ from traditional rounds.

What happened when frangible 9mm was fired at a concrete paver?

When fired at a concrete paver, the frangible 9mm round created a shallow crater approximately half an inch deep. It did not penetrate the block, demonstrating how its energy dissipates upon impact with a hard surface.

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