This will happen if you cement your gun

Published on February 8, 2021
Duration: 13:00

This video showcases an extreme durability test where firearms, including a Glock 19 and Hi-Point C9, encased in concrete, are subjected to .50 BMG rifle fire. The experiment, led by Edwin Sarkissian, demonstrates the surprising resilience of these handguns after being freed from concrete blocks, with both firearms managing to cycle and fire despite significant debris. The content highlights firearm robustness under unconventional stress.

Quick Summary

The extreme durability of firearms like the Glock 19 and Hi-Point C9 was tested by encasing them in concrete and firing a .50 BMG rifle at the blocks. After extraction, both handguns showed surprising resilience, with the Glock 19 cycling reliably and the Hi-Point C9 firing, though internal debris caused malfunctions in the latter.

Chapters

  1. 00:00Introduction: Concrete Encased Firearms
  2. 00:42The Plan: .50 BMG vs Concrete
  3. 01:19Shooting the .38 Special
  4. 02:34Shooting the Hi-Point C9
  5. 04:13Shooting the Glock 19
  6. 05:36Function Testing the Hi-Point
  7. 06:30Function Testing the Glock 19

Frequently Asked Questions

What happens when a handgun is encased in concrete and shot with a .50 BMG rifle?

When encased in concrete and shot with a .50 BMG, firearms like the Glock 19 and Hi-Point C9 can survive the impact. After extraction, they may still be capable of firing, though internal debris can cause malfunctions, as seen with the Hi-Point's slide issues.

Can a Glock 19 still fire after being encased in concrete?

Yes, a Glock 19 demonstrated the ability to fire and cycle after being encased in concrete and subjected to .50 BMG rifle fire. While it showed resilience, signs of damage to the slide release were noted, indicating significant stress.

How durable are firearms like the Hi-Point C9 under extreme conditions?

The Hi-Point C9 showed surprising durability when encased in concrete and shot with a .50 BMG. It managed to cycle and fire post-extraction, although internal concrete debris eventually led to a slide malfunction, highlighting the limits of its operation under such stress.

What safety precautions are necessary when conducting extreme firearm tests?

When conducting extreme firearm tests, essential safety precautions include wearing appropriate Personal Protective Equipment (PPE) such as hearing protection (like Walker's), maintaining a safe distance, and ensuring the testing area is secure. Proper firearm handling and malfunction clearing knowledge are also critical.

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