Glock Fail

Published on September 20, 2011
Duration: 4:29

This video demonstrates a series of tests on a Glock pistol involving submersion in water and exposure to sediment and sand. The tests highlight potential failure points and the importance of proper firearm maintenance, especially after exposure to environmental contaminants. The presenter shows how a Glock can fail under these conditions and the subsequent cleaning process.

Quick Summary

Glocks, despite their reputation for reliability, can fail when exposed to extreme environmental conditions like water submersion, sediment, and sand. This video demonstrates these failures and the subsequent necessity of thorough cleaning to restore the firearm's functionality.

Chapters

  1. 00:21Introduction & Initial Setup
  2. 00:34Sediment Test Preparation
  3. 01:33Water Submersion Test
  4. 02:20Sand Exposure Test
  5. 03:02Observed Glock Failure
  6. 03:05Firearm Cleaning Process
  7. 03:50Post-Cleaning Test Fire
  8. 04:23Test Sequence Conclusion

Frequently Asked Questions

Can Glocks withstand being submerged in water?

While Glocks are known for their reliability, this video demonstrates that submersion in water can lead to malfunctions. The test shows a Glock failing after being exposed to water, highlighting that even robust firearms have environmental limitations.

What environmental factors can cause a Glock pistol to fail?

This video tests a Glock's resilience against water, sediment, and sand. The results indicate that exposure to these elements can induce malfunctions, emphasizing the importance of keeping firearms clean and dry, especially after use in challenging conditions.

Is it necessary to clean a Glock after it gets wet?

Yes, it is crucial to clean a Glock thoroughly after it has been exposed to water, sediment, or sand. The video shows a failure occurring and then proceeds to a cleaning process, implying that proper maintenance is key to restoring functionality after such contamination.

How does sediment affect firearm performance?

Sediment in the barrel of a firearm can obstruct the firing mechanism or the bore, leading to malfunctions such as failure to feed, failure to eject, or even a complete stoppage. This video demonstrates this by introducing sediment into the firearm's barrel.

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