Why the NEW Colt Pythons are FAILING!...(Colt's Bad Hand Job)

Published on January 31, 2020
Duration: 11:52

This analysis delves into the internal mechanisms of the new Colt Python revolvers, comparing them to older models to identify the cause of reported failures. The primary issue is identified as a redesigned 'hand' component, likely made from cast/MIM material with a thin, sharp point that shears off during rapid firing or 'short-stroking,' leading to cylinder rotation failures. While other internal parts appear improved, the hand's metallurgy and design are deemed problematic.

Quick Summary

The main reason new Colt Pythons are failing is a redesigned 'hand' component, likely made from cast or MIM materials. This part has a thin profile and a sharp point that can shear off during rapid firing or 'short-stroking' the trigger, preventing cylinder rotation. While other internal parts appear improved, this hand design is the critical flaw.

Chapters

  1. 00:15Colt Python Re-release and Problems
  2. 00:44Misuse or Design Flaw: Short-Stroking
  3. 01:31Revolver Durability Expectations
  4. 02:18Internal Mechanism Comparison Objective
  5. 03:05Key Internal Parts Identified
  6. 05:06Hammer Stirrup Comparison
  7. 05:54Mainspring Design Analysis
  8. 06:08Rebound Lever Comparison
  9. 07:08Trigger and Cylinder Stop Comparison
  10. 08:06Rebound Lever Potential Issues
  11. 08:28Problem Identified: The Hand
  12. 09:02Cast/MIM Parts and Design Flaws
  13. 10:20Root Cause: Weak Hand Design
  14. 10:51Colt's Response and Likely Fix

Frequently Asked Questions

What is the main reason new Colt Pythons are reportedly failing?

The primary cause of failure in new Colt Pythons is a redesigned 'hand' component. This part, likely made from cast or MIM materials, has a thin profile and a sharp point that can shear off during rapid firing or 'short-stroking' the trigger, preventing cylinder rotation.

How does the new Colt Python's cylinder stop differ from older models?

The new Colt Python features a separate cylinder stop mechanism, similar to Smith & Wesson revolvers. In older Colt Pythons, the rebound lever was responsible for operating the cylinder stop, a design change that impacts the overall mechanism.

Are all internal parts of the new Colt Python problematic?

No, the analysis suggests that components like the hammer stirrup, mainspring, and rebound lever in the new Colt Python appear to be improved, being beefier and sturdier than their older counterparts. The critical issue lies specifically with the redesigned hand.

What is 'short-stroking' and how does it affect the Colt Python?

'Short-stroking' refers to not fully releasing the trigger between shots when firing a revolver. In the new Colt Python, this action can cause the sharp point of the redesigned hand to shear off, leading to a failure in cylinder rotation and thus, a malfunction.

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