Ultimate Glock Meltdown!

Published on August 1, 2015
Duration: 15:59

This Glock Meltdown test pushed a Gen 3 Glock 17 to its limits using an auto sear and extended magazines. The original polymer guide rod failed around 669 rounds, replaced by a steel one. The firearm ultimately failed at 1,272 rounds due to a sheared frame pin and melted trigger, demonstrating Glock's extreme durability under stress.

Quick Summary

The Glock Meltdown test saw a Gen 3 Glock 17 fail at 1,272 rounds. Initial failure at 669 rounds was a melted polymer guide rod, replaced by steel. Final failure involved a sheared frame pin and melted trigger, highlighting Glock's extreme durability.

Chapters

  1. 00:00Introduction: Glock Meltdown Setup
  2. 01:48First Failure: Polymer Guide Rod Melts
  3. 05:21Resuming Test: Steel Rod & Final Failure
  4. 10:10Post-Meltdown Analysis: Component Damage
  5. 11:46Final Function Test & Glock Durability

Frequently Asked Questions

What caused the first failure in the Glock Meltdown test?

The initial failure occurred around 669 rounds when the original polymer guide rod melted due to extreme heat and stress from sustained full-auto fire, causing a stoppage.

How many rounds did the Glock 17 withstand before failing completely?

The Glock 17 endured a total of 1,272 rounds before becoming inoperable. The final failure was attributed to a sheared frame pin and a melted trigger.

What components were damaged during the Glock Meltdown test?

Key components damaged included the polymer guide rod, frame pin, trigger housing, auto sear arm, and the tritium front sight. The barrel also showed significant heat wear.

What is the overall durability of a Glock pistol based on this test?

The test demonstrated Glock's exceptional durability, as even after significant component failures and extreme heat, the firearm remained partially functional, suggesting a user would struggle to cause such damage under normal conditions.

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