Freezing 10 Handguns to Test Cold Weather Reliability

Published on February 13, 2026
Duration: 8:02

This video details a rigorous cold weather reliability test conducted by TheFirearmGuy, a recognized firearms expert. Ten popular handguns were subjected to 18 hours of freezing temperatures before being tested for function and reliability at a snowy range. The results offer valuable insights into how different firearm platforms perform under extreme environmental stress.

Quick Summary

In a cold weather reliability test, 10 handguns were frozen for 18 hours and then fired at a snowy range. Nine out of ten performed perfectly, with only the Beretta APX A1 experiencing a stovepipe malfunction, showcasing the general resilience of modern firearms.

Chapters

  1. 00:00Introduction: Freezing 10 Handguns
  2. 00:40Handguns Tested & Cooler Loading
  3. 02:27Range Test: Tisas, Kahr, Kimber
  4. 03:48Range Test: CZ, S&W, Springfield
  5. 05:17Range Test: Beretta Malfunction
  6. 06:01Range Test: Sig, Glock, 1911
  7. 07:14Conclusion: Cold Weather Performance

Frequently Asked Questions

How were the handguns tested for cold weather reliability?

Ten handguns were placed in a cooler with ice for 18 hours to simulate extreme cold. Afterward, they were taken to a snowy outdoor range and fired to test their reliability and function under these harsh conditions.

Which handguns were included in the cold weather reliability test?

The test included the CZ P-10 C, Springfield 1911 Garrison, S&W M&P9 Metal Carry Comp, Glock 26, Beretta APX A1, Sig P320 X-Compact, Kimber R7 Mako, Tisas PX-9, Kahr X9, and Springfield Echelon.

Did all the handguns perform reliably in the cold?

No, while 9 out of the 10 handguns performed perfectly, the Beretta APX A1 Compact Tactical experienced a stovepipe malfunction and failed to lock the slide back on the last round.

What are the implications of this cold weather test for firearm owners?

The test demonstrates that most modern 9mm handguns are highly reliable even after prolonged exposure to freezing temperatures. It highlights potential issues like optic fogging and minor cycling failures in specific models under extreme conditions.

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