30mm TUNGSTEN KINETIC PENETRATOR Armor-Piercing Discarding Sabot Gun Ammo #military #bullet #physics

Published on March 11, 2024
Duration: 0:31

This video provides an expert-level, instructional guide on the disassembly of a 30mm Tungsten Kinetic Penetrator Armor-Piercing Discarding Sabot (APDS) round. The presenter, demonstrating precise, gloved handling, meticulously separates the components, revealing the tungsten penetrator and sabot. This detailed breakdown showcases a deep understanding of specialized military ammunition construction.

Quick Summary

This video expertly demonstrates the disassembly of a 30mm APDS round, highlighting its tungsten kinetic penetrator and discarding sabot. Key components like the casing, sabot segments, and penetrator are clearly shown, with specific markings identified for lot tracking. The presentation emphasizes the precision engineering behind this military-grade ammunition.

Chapters

  1. 00:00Channel Introduction
  2. 00:0230mm APDS Round Presentation
  3. 00:08Round Disassembly
  4. 00:10Sabot and Penetrator Examination
  5. 00:28Disassembled Components Display

Frequently Asked Questions

What is a 30mm APDS round?

A 30mm APDS (Armor-Piercing Discarding Sabot) round is a specialized military projectile. It features a sub-caliber tungsten kinetic penetrator encased in a sabot that separates after firing, designed for high-velocity armor penetration.

How is a 30mm APDS round constructed?

The round consists of a cartridge casing, a sabot that holds a smaller tungsten penetrator, and the penetrator itself. The sabot ensures proper barrel fit and separates mid-flight, while the dense tungsten core delivers kinetic energy to defeat armor.

What are the key components of the 30mm APDS round shown?

The video displays the cartridge casing, multiple sabot segments, and the core tungsten kinetic penetrator. Markings on the casing and sabot are also visible for identification.

What is the purpose of the tungsten kinetic penetrator?

The tungsten kinetic penetrator is the armor-defeating element. Its high density and the velocity imparted by the propellant allow it to pierce heavily armored targets through sheer kinetic energy transfer.

More Tactical & Gear Videos You Might Like

More from Ordnance

View all →