Steel Cased 9mm Vs Saltwater (Timelapse)Will it Fire?

Published on June 22, 2023
Duration: 0:31

This video from Let's Shoot It tests the reliability of steel-cased 9mm ammunition after prolonged exposure to saltwater. An experimental approach is used, submerging a TulAmmo 9mm round in saltwater via timelapse to observe corrosion. The corroded round is then loaded into a Taurus G3c pistol to determine if it will fire. The test reveals that despite a clear primer strike, the saltwater-damaged round results in a misfire, highlighting potential failure points for ammunition stored in adverse conditions.

Quick Summary

Steel-cased 9mm ammunition, like TulAmmo, can become unreliable after prolonged saltwater exposure, leading to misfires. In a test with a Taurus G3c, a corroded round failed to ignite despite a primer strike, highlighting the importance of dry ammunition storage.

Chapters

  1. 00:00Saltwater Corrosion Timelapse
  2. 00:15Loading and Testing
  3. 00:22Firing Attempt and Result

Frequently Asked Questions

What happens to steel-cased 9mm ammunition when exposed to saltwater?

Steel-cased 9mm ammunition, such as TulAmmo, experiences significant corrosion and rust buildup when submerged in saltwater over time. This degradation can compromise the integrity of the casing and primer, potentially leading to a failure to fire.

Can a Taurus G3c pistol fire saltwater-damaged 9mm ammunition?

In this test, a Taurus G3c pistol attempted to fire a 9mm Luger round that had been submerged in saltwater. Although the primer was struck, the corroded ammunition failed to ignite, resulting in a misfire, indicating ammunition failure rather than a pistol malfunction.

What is the primary takeaway regarding ammunition storage after this saltwater test?

The primary takeaway is that ammunition, especially steel-cased types, should be stored in dry, controlled environments. Exposure to moisture and corrosive elements like saltwater can lead to significant degradation and unreliability, causing misfires even when the firearm itself is functional.

What are the risks associated with firing corroded ammunition?

Firing corroded ammunition carries risks including misfires, squib loads (where the projectile fails to exit the barrel), and potential firearm malfunctions. It is crucial to inspect ammunition for damage and store it properly to ensure reliable function.

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