12 Gauge Breaching Round Basics

Published on September 17, 2012
Duration: 10:56

This video details the function and testing of 12-gauge breaching rounds, emphasizing their specialized design for tactical door entry. The rounds are constructed from compressed iron powder, allowing them to disintegrate upon impact to prevent over-penetration while delivering significant kinetic energy to locks and hinges. Testing against plywood, metal shelves, and comparison with standard slugs highlight their unique ballistic properties and effectiveness at close range.

Quick Summary

12-gauge breaching rounds are specialized ammunition made from compressed iron powder, designed to destroy door locks and hinges. Their frangible nature ensures they disintegrate upon impact, preventing over-penetration and enhancing safety.

Chapters

  1. 00:00Intro & Range Demo
  2. 00:18Breaching Round Basics Explained
  3. 01:16Plywood & Metal Testing
  4. 02:13Technical Composition: Iron Powder
  5. 02:59Kinetic Energy Demonstration
  6. 04:53Comparison with Wax Slugs
  7. 06:59Distance & Accuracy Testing
  8. 08:14Breaching vs. Standard Slugs

Frequently Asked Questions

What is the primary purpose of a 12-gauge breaching round?

A 12-gauge breaching round is designed for tactical applications, specifically to destroy locks, hinges, and other hardware on doors, facilitating rapid entry.

How are breaching rounds constructed to ensure safety?

Breaching rounds are typically made from powdered, compressed iron. This frangible composition causes them to disintegrate upon impact, minimizing the risk of over-penetration and harm to individuals on the other side of the door.

Do breaching rounds require special shotgun barrels?

Yes, specialized breaching barrels are often recommended. These barrels usually have brakes and slots designed to allow gas pressure to escape safely when the muzzle is pressed directly against a surface during firing.

What is the kinetic energy like for breaching rounds?

Breaching rounds deliver significant kinetic energy at close range, demonstrated by their ability to create hydrostatic shock in targets like soda bottles and punch clean holes through materials like plywood and metal.

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