USA Army WWII 60mm M49 High Explosive MORTAR ammo & M52 Fuze Disassembly #military #bullet #unboxing

Published on February 11, 2024
Duration: 0:57

This guide details the disassembly of a WWII-era 60mm M49A2 High Explosive mortar shell and its associated M52 fuze. It covers the removal of the fuze and ignition cartridge, emphasizing the need for specialized tools and extreme caution due to the hazardous nature of live ordnance. The process is demonstrated by an expert with high authority, highlighting proper handling techniques for historical military equipment.

Quick Summary

This expert guide details the disassembly of a WWII 60mm M49A2 High Explosive mortar shell and its M52 fuze. It covers removing the fuze with a spanner wrench and the M4 ignition cartridge with pliers. Critical safety warnings emphasize handling only inert ordnance or seeking qualified EOD personnel due to explosive hazards.

Chapters

  1. 00:00Unboxing and Identification
  2. 00:10Fuze Disassembly
  3. 00:40Ignition Cartridge Extraction
  4. 00:50Winchester M4 Cartridges

Frequently Asked Questions

What are the main components shown being disassembled in the video?

The video demonstrates the disassembly of a WWII-era 60mm M49A2 High Explosive mortar shell and its associated M52 point-detonating fuze. It also covers the removal of the M4 ignition cartridge.

What tools are necessary for disassembling the M49A2 mortar shell and M52 fuze?

Essential tools for this disassembly process include a spanner wrench for unscrewing the fuze and pliers for removing the ignition cartridge. Proper handling requires specialized ordnance tools.

What safety precautions are critical when handling historical mortar ammunition?

Handling live ordnance requires extreme caution. Always ensure the ammunition is inert or handled by qualified personnel. Wear appropriate PPE, including eye protection and gloves, and be aware of potential explosive hazards.

What is the function of the M4 Ignition Cartridge in a 60mm mortar system?

The M4 Ignition Cartridge serves as the initial propellant charge. When fired, it generates the necessary force to launch the mortar shell from the weapon's tube.

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