Glock Limp Wrist Failure in Slow Motion

Published on March 16, 2013
Duration: 1:12

This video demonstrates and explains the 'limp wrist' malfunction in Glock pistols using 1000 FPS slow-motion footage. It details how a loose grip prevents the slide from cycling properly, leading to failures to feed and eject (stovepipes). The analysis highlights the importance of a firm grip for reliable firearm operation.

Quick Summary

A limp wrist malfunction in a Glock occurs when the shooter's grip is too loose, absorbing recoil energy needed for the slide to cycle properly. This can cause failures to feed (slide doesn't cycle fully) or eject (stovepipe, where brass gets stuck). A firm grip is crucial for reliable operation.

Chapters

  1. 00:00Slow Motion Malfunction Demonstration
  2. 00:16Failure to Feed Explanation
  3. 00:32Failure to Eject Demonstration
  4. 00:44Mechanical Analysis of Cycle Failure

Frequently Asked Questions

What is a limp wrist malfunction in a Glock pistol?

A limp wrist malfunction occurs when a shooter uses a grip that is too loose. This allows the pistol's frame to absorb too much recoil energy, preventing the slide from cycling fully rearward, which can lead to failures to feed or eject.

How does limp wristing cause a failure to feed?

With a limp wrist, the slide doesn't travel far enough back. This 'short stroking' prevents the slide from fully clearing the spent casing and can cause it to ride over the next round in the magazine instead of stripping it correctly.

What is a 'stovepipe' malfunction and how is it related to limp wristing?

A stovepipe is a failure to eject where a spent casing gets caught in the ejection port. Limp wristing can cause this because the slide lacks the necessary velocity to push the spent casing completely out before the slide begins to move forward again.

Why is a firm grip important for semi-automatic pistol reliability?

Semi-automatic pistols rely on recoil energy to cycle the slide. A firm grip provides a stable platform and prevents the frame from absorbing excessive energy, ensuring the slide has enough momentum to eject the spent casing and chamber a new round reliably.

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