Let's see if we can break them! Freezing testing my favorite rifles!

Published on February 24, 2021
Duration: 24:01

This guide details an extreme cold weather firearm function test, as demonstrated by Tim from Military Arms Channel. It involves freezing firearms to simulate harsh conditions and testing their reliability under stress. The test highlights how environmental factors can impact weapon performance, offering valuable insights for operators and enthusiasts preparing for cold-weather deployments or activities.

Quick Summary

In an extreme cold weather test by Military Arms Channel, the IWI X95 proved most reliable, cycling flawlessly. The Sig MCX Virtus required a forward assist due to short-stroking, the Beretta ARX 160 had a dead trigger, and the CZ Bren 2 experienced multiple stovepipes, highlighting vulnerabilities in freezing conditions.

Chapters

  1. 00:10Introduction and Context
  2. 01:54Testing Methodology and Gear
  3. 05:45Initial Freezing Phase
  4. 07:44First Firing Test
  5. 10:41Extreme Freezing Phase
  6. 14:43Final Firing Test and Results
  7. 17:44Final Analysis and Rankings
  8. 23:00Bonus: Semi-Auto PKM

Frequently Asked Questions

How did the Sig MCX Virtus perform in extreme cold weather testing?

The Sig MCX Virtus experienced short-stroking due to ice buildup in its action during the extreme cold test. It required the use of the forward assist to clear the malfunction and continue firing, indicating a potential vulnerability in sub-freezing conditions.

Which rifle was the most reliable during the cold weather firearm test?

According to the test conducted by Tim from Military Arms Channel, the IWI X95 was the most reliable rifle. It cycled flawlessly throughout the extreme cold weather test, even after water was sprayed directly into its action and it was allowed to freeze solid.

What were the main failure points observed in the CZ Bren 2 and Beretta ARX 160 during the freeze test?

The CZ Bren 2 suffered from multiple stovepipe malfunctions, suggesting issues with ejection in freezing temperatures. The Beretta ARX 160 experienced a dead trigger after its first round, indicating a potential problem with its trigger mechanism freezing up.

What is the significance of using OSS Zero Back Pressure suppressors in this test?

The OSS Zero Back Pressure suppressors were used to ensure that the gas system of the tested firearms was not artificially boosted by the suppressor. This allowed for a more accurate assessment of the rifles' inherent reliability and performance under extreme cold conditions.

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