Primary Arms 4x Compact Scope Torture Test - Iceman Challenge

Published on August 28, 2014
Duration: 5:50

This video demonstrates a rigorous durability test for the Primary Arms 4x Compact Scope, focusing on its performance after being completely encased in ice for 24 hours. The test involves submerging the illuminated scope in water, freezing it solid, and then carefully extracting it. The presenter highlights the scope's ability to retain illumination and functional turrets after this extreme cold and ice exposure, suggesting its resilience for field use.

Quick Summary

The Primary Arms 4x Compact Scope underwent a rigorous 24-hour freeze test, being completely encased in ice. Post-thaw, its Red Dot illumination and turrets remained fully functional, demonstrating impressive durability against extreme cold and moisture.

Chapters

  1. 00:05Introduction to Scope Testing
  2. 00:30Preparing the Scope for Freezing
  3. 01:54Removing the Frozen Scope
  4. 03:34Melting the Ice Off the Scope
  5. 04:05Post-Ice Test Functionality Check
  6. 04:31Illumination and Turret Performance
  7. 05:37Conclusion: Scope Durability

Frequently Asked Questions

How was the Primary Arms 4x Compact Scope tested for durability?

The scope was placed in a Ziploc bag with water, sealed, and then frozen for 24 hours. After thawing, its illumination and turret functions were tested to assess its resilience to extreme cold and ice exposure.

Did the Red Dot illumination on the scope survive the freezing test?

Yes, the Red Dot illumination on the Primary Arms 4x Compact Scope remained fully functional after being completely encased in ice for 24 hours and subsequently thawing.

Were the turrets on the scope still working after the ice test?

The video shows that the turrets on the Primary Arms 4x Compact Scope were still adjustable and operating correctly after the ice had melted, indicating good mechanical integrity.

What caused fogging on the scope after the ice test?

The fogging observed on the outside of the scope's lenses was due to the temperature difference between the very cold scope and the hot, humid ambient air, a common occurrence with cold objects in warm environments, not a defect in the scope itself.

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