Mud Test: Glock 19

Published on June 10, 2017
Duration: 5:29

This mud test reveals a critical vulnerability in the Glock 19's Browning-style locking system when exposed to thick mud. Despite its reputation for durability, the ingress of mud into the locking recesses prevented the slide from returning to battery after the first shot, rendering the firearm inoperable. Even a water rinse failed to restore function, indicating mud had fouled the striker channel.

Quick Summary

The Glock 19 failed its mud test when thick mud obstructed its Browning-style locking system, preventing the slide from returning to battery. Even a water rinse couldn't fix the issue, as mud fouled the striker channel, rendering the firearm inoperable.

Chapters

  1. 00:00Introduction & Baseline Test
  2. 00:33Test Preparation
  3. 01:15The Mud Test
  4. 01:36Firing Results & Malfunctions
  5. 02:40Technical Failure Analysis
  6. 03:23Water Rinse & Final Assessment

Frequently Asked Questions

What happened when the Glock 19 was tested in mud?

After being submerged in mud, the Glock 19 fired its first round but failed to return to battery. The mud obstructed the slide's action, preventing it from closing fully and rendering the trigger inoperable.

Why did the mud prevent the Glock 19 from cycling?

Mud entered the locking recesses between the barrel and slide, interfering with the Browning-style locking system. This obstruction stopped the slide from completing its cycle, resulting in a mechanical failure.

Could a simple water rinse fix the Glock 19 after the mud test?

No, a water rinse was insufficient. While it allowed the slide to close, mud had fouled the striker channel, meaning the trigger remained dead and the firearm could not be disassembled without dropping the striker.

What is a potential vulnerability of the Glock 19's design shown in the mud test?

The test highlighted that the Glock 19's Browning-style locking mechanism can be vulnerable to mud ingress. Obstructions in the locking recesses can prevent the slide from fully returning to battery, causing a malfunction.

Related News

All News →

More Reviews Videos You Might Like

More from InRangeTV

View all →