Limp Wristing Glock Pistols

Published on February 18, 2013
Duration: 9:47

This guide, informed by an expert firearms reviewer, details the phenomenon of limp wristing, particularly with polymer-framed pistols like the Glock 19. It demonstrates how a weak grip can cause malfunctions and contrasts this with the reliability of metal-framed handguns. Recommendations include training to overcome limp wristing and considering alternative firearms or calibers for enhanced reliability in defensive scenarios.

Quick Summary

Limp wristing occurs when a shooter's weak grip prevents a semi-automatic pistol's slide from cycling fully. Polymer frames, lacking mass, are more susceptible than metal frames (Sig P226, CZ-75). Training to strengthen grip and practicing in various stances can mitigate this, or consider a metal-framed pistol or larger caliber for enhanced reliability.

Chapters

  1. 00:00Introduction to Limp Wristing
  2. 00:51Glock 19 Demonstration
  3. 03:34Metal Frame Comparisons
  4. 06:01Springfield XDm Test
  5. 07:00Defensive Reliability and Stance
  6. 08:30Conclusion and Recommendations

Frequently Asked Questions

What is limp wristing and why does it cause malfunctions in Glocks?

Limp wristing is when a shooter has a weak grip, causing the pistol's slide to not cycle fully. Polymer frames lack the mass to compensate for this weak grip, leading to malfunctions like stovepipes or short-strokes, especially in 9mm Glocks.

How do metal-framed pistols differ from polymer frames regarding limp wristing?

Metal-framed pistols like the Sig Sauer P226 and CZ-75 have more mass than polymer frames. This extra weight helps absorb recoil and provides enough resistance for the slide to cycle properly, making them less prone to limp wristing issues.

What are the recommendations if limp wristing is a persistent issue with a 9mm Glock?

If limp wristing continues to cause problems with a 9mm polymer Glock, consider training with a metal-framed handgun. Alternatively, switching to a larger caliber like .40 S&W or .45 ACP, which have more powerful recoil, can also mitigate this specific malfunction.

Can shooting stance affect limp wristing?

Yes, while a firm grip is paramount, shooting stance can play a role. Real-world scenarios might force compromised positions. Training to maintain a solid grip even in awkward stances is crucial for consistent firearm function, as demonstrated with the Glock 17.

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