GLASS VIAL OF ACID KILLED THOUSANDS OF PEOPLE: Sea Mine Hertz Horn #military #navy #history #war

Published on April 13, 2024
Duration: 1:00

This expert guide details the disassembly of a Hertz Horn, a crucial component of naval contact mines, as demonstrated by a subject matter expert. It covers the identification of parts, the removal of the electrolyte vial, and the understanding of its chemical-electric trigger mechanism. The guide emphasizes the historical context of mine deployment and stresses extreme caution due to the hazardous nature of ordnance.

Quick Summary

The Hertz Horn is a component of naval contact mines featuring a chemical-electric trigger. Physical impact deforms its lead cap, breaking an internal glass vial of acid electrolyte. This releases the acid to complete a battery circuit, generating an electric current that detonates the mine.

Chapters

  1. 00:00Hertz Horn Introduction
  2. 00:12Internal Components & Activation
  3. 00:26Mine Deployment History

Frequently Asked Questions

What is a Hertz Horn and how does it work?

The Hertz Horn is a component of naval contact mines. It features a lead cap and a glass vial containing an acid electrolyte. When a ship strikes the mine, the lead cap deforms, breaking the vial. The acid then flows into a battery cell, generating an electric current to detonate the mine.

What are the key internal components of a Hertz Horn?

The key internal components of a Hertz Horn include a glass vial filled with a chemical electrolyte (acid), a spring, and electrical contacts. The housing typically consists of a lead cap and a brass/steel body.

How were naval mines like those with Hertz Horns deployed historically?

Historically, naval mines equipped with components like the Hertz Horn were deployed from the decks of naval vessels. Archival footage shows minelayer ships releasing these spherical mines into the sea during wartime operations.

What is the activation method for a Hertz Horn?

The activation method for a Hertz Horn is physical impact and deformation. When a ship strikes the mine, the lead cap bends, breaking the internal glass vial containing the acid electrolyte, which initiates the detonation sequence.

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