Hydraulic Press reveals Tungsten Sphere Matrix of 40mm High-Explosive Anti-Aircraft Ammo #military

Published on September 4, 2025
Duration: 1:43

This video demonstrates the destructive power of a hydraulic press on a 40mm L/70 HE-PFPX M822 anti-aircraft round. The press successfully breaches the casing, revealing the internal fragmentation sleeve packed with a tungsten sphere matrix. A technical diagram further illustrates the projectile's components, including the proximity fuze and explosive charge.

Quick Summary

A 40mm L/70 HE-PFPX M822 anti-aircraft round is crushed by a hydraulic press, revealing its internal fragmentation sleeve packed with a tungsten sphere matrix designed for high-density fragmentation.

Chapters

  1. 00:00Intro: 40mm HEAA Ammo Under Press
  2. 00:21Hydraulic Press Crushes Projectile
  3. 00:50Revealing Fragmentation Sleeve
  4. 01:19Tungsten Sphere Matrix Close-Up
  5. 01:35Technical Diagram Breakdown

Frequently Asked Questions

What type of ammunition is shown being crushed by the hydraulic press?

The video features a 40mm L/70 HE-PFPX M822 anti-aircraft round. This projectile is designed for engaging aerial targets with high-explosive and fragmentation effects.

What is the internal structure of the 40mm HEAA projectile?

Inside the projectile is a fragmentation sleeve containing a dense matrix of small tungsten spheres embedded in epoxy filler. It also houses a proximity fuze and an explosive charge.

What is the purpose of the tungsten sphere matrix in this ammunition?

The tungsten sphere matrix is designed to create a high-density pattern of lethal fragments upon detonation. Tungsten's density ensures effective penetration against targets.

What technical components are visible in the 40mm HEAA round?

Visible components include the outer casing, the internal fragmentation sleeve with tungsten spheres, an explosive charge (identified as Cast Octol), and a proximity fuze, specifically the M766 model.

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