Savage .45 ACP Pistols: History & Disassembly

Published on December 28, 2015
Duration: 19:56

This guide details the disassembly of the Savage .45 ACP pistol, a competitor in early U.S. military trials. The process involves locking the slide, rotating a specific assembly, and then sliding the barrel and slide off the frame. The video highlights the unique rotating barrel, locked-breech system designed by Edward Searle.

Quick Summary

The Savage .45 ACP pistols were key competitors in the 1907 U.S. military trials against Colt and Luger. Designed by Edward Searle, they featured a rotating barrel, locked-breech system, and 8-round capacity. Despite innovative design, issues with part durability and recoil led to Colt's adoption.

Chapters

  1. 00:00Introduction & Historical Context
  2. 01:13Design & Features
  3. 02:02Model 1907 Variations
  4. 02:36Model 1910 & 1911 Improvements
  5. 14:02Disassembly & Internal Mechanics

Frequently Asked Questions

What were the main competitors in the 1907 U.S. military pistol trials?

The primary contenders in the 1907 U.S. military pistol trials were the Colt, Luger, and Savage designs. These three represented the most seriously considered options for a new service sidearm.

How does the Savage .45 ACP pistol's action differ from a standard pistol?

The Savage .45 ACP pistol utilizes a unique rotating barrel, locked-breech system. This mechanism involves the barrel rotating to lock into the slide, differing from the more common tilting barrel designs found in many modern semi-automatic pistols.

What were the reported drawbacks of the Savage .45 ACP pistol during military trials?

During the 1907 military trials, the Savage .45 ACP pistol reportedly suffered from issues with broken parts and exhibited heavier recoil compared to its main competitor, the Colt 1911, which impacted its adoption.

Can you briefly describe the disassembly process for the Savage .45 ACP pistol?

Disassembly involves locking the slide back, rotating a specific cocking handle assembly, and then sliding the barrel and slide assembly forward off the frame. This reveals the internal rotating barrel mechanism.

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