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

Published on January 31, 2020
Duration: 11:52

This expert analysis, presented by TheYankeeMarshal, delves into the internal mechanisms of the new Colt Python revolvers to diagnose reported failures. The speaker, an experienced gunsmith and reviewer, identifies a redesigned 'hand' component, likely made from cast/MIM materials with a sharp, thin profile, as the root cause of cylinder rotation failures, especially when the firearm is short-stroked. The video compares new and old Python internals, highlighting improvements in other areas like the hammer stirrup and rebound lever, but concludes the hand's design and material are the critical weak points.

Quick Summary

The main reason new Colt Pythons are failing is a redesigned 'hand' component, likely made from cast/MIM materials with a sharp, thin profile. This part is prone to shearing off when the firearm is short-stroked, preventing cylinder rotation. While other internal parts like the hammer stirrup and mainspring show improvements, the hand's design and material are the critical weak points.

Chapters

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

Frequently Asked Questions

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

The primary cause identified is a redesigned 'hand' component, likely made from cast or MIM (Metal Injection Molding) materials. This part is thin at the bottom and has a sharp point at the top, making it prone to shearing off when the firearm is short-stroked, thus preventing cylinder rotation.

Are there any improvements in the new Colt Python's internal mechanisms compared to older models?

Yes, several components show improvements. The hammer stirrup is a beefier MIM/cast piece, the mainspring appears sturdier, and the rebound lever is a more solid piece. These are considered upgrades over the older designs.

What is 'short-stroking' in the context of revolvers, and why is it relevant to Colt Python failures?

'Short-stroking' occurs when a user doesn't fully complete the trigger pull or hammer cocking motion. This action can put undue stress on the new Colt Python's redesigned hand, causing its sharp point to shear off and leading to malfunctions.

What is the likely solution for the new Colt Python's failure issues?

It's expected that Colt will address the problematic hand component. They may replace it with a better-made cast piece or a redesigned/forged version to improve durability and prevent the shearing failures observed.

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