Another Limp Wrist Test

Published on January 19, 2009
Duration: 3:07

This guide details how to perform a limp-wrist test on various semi-automatic pistols, as demonstrated by Tim from Military Arms Channel. The test involves intentionally reducing grip strength to assess firearm reliability under suboptimal shooting conditions. The results highlight how different firearm designs and components can affect performance when limp-wristed.

Quick Summary

Expert firearms instructor Tim from Military Arms Channel conducted a limp wrist test on various pistols. Results showed a neglected Colt 1911 performed perfectly, while the Springfield TRP and Sig P226R were reliable. The Beretta Model 92 had occasional failures, and the Glock 17C consistently malfunctioned, highlighting design differences in reliability under stress.

Chapters

  1. 00:00Introduction & Colt 1911 Test
  2. 00:25Springfield TRP Test
  3. 00:44Sig P226R Test
  4. 01:20Springfield XD Test
  5. 01:50Beretta Model 92 Test
  6. 02:28Glock 17C Test
  7. 02:58Results Summary

Frequently Asked Questions

What is a limp wrist test in firearms?

A limp wrist test assesses a semi-automatic pistol's reliability by intentionally reducing grip strength during firing. This simulates a less-than-ideal shooting grip to identify potential malfunctions like stovepipes or failures to lock back on an empty magazine.

Which pistols performed best in the limp wrist test?

In this test, a neglected Colt 1911 performed perfectly. The Springfield TRP (with guide rod removed) and the Sig P226R also showed good reliability, though the Sig failed to lock back. The Springfield XD also cycled but didn't lock back.

Which pistols performed poorly in the limp wrist test?

The Beretta Model 92 experienced occasional stovepipes (1-2 per magazine) when limp-wristed. The Glock 17C performed the worst, failing to cycle almost every round and requiring manual clearing.

Why is limp-wristing a concern for pistol reliability?

A firm grip is crucial for semi-automatic pistols to absorb recoil and provide a stable platform for the action to cycle correctly. A limp wrist can absorb too much energy, preventing the slide from fully cycling, leading to malfunctions.

More Training & Techniques Videos You Might Like

More from Military Arms Channel

View all →