Experimental Reising 7.62mm Full-Auto Battle Rifle

Published on August 15, 2017
Duration: 11:14

This guide details the disassembly of the Experimental Reising 7.62mm Battle Rifle, focusing on its unique M14-derived components and tilting bolt action. Expert Ian McCollum provides a technical walkthrough, highlighting the prototype's design origins and internal mechanisms.

Quick Summary

The Experimental Reising 7.62mm Battle Rifle is a rare prototype adapting the Reising SMG's tilting bolt action for the 7.62mm NATO cartridge, featuring a locked breech and M14 parts. Markings like 'X 26' denote its experimental status, and it likely failed to reach production due to insufficient locking surface for the cartridge's pressure.

Chapters

  1. 00:00Introduction to the Experimental Reising
  2. 00:42Action and Design Origins
  3. 01:15Eugene Reising's Background
  4. 02:37H&R Connection and M14 Parts
  5. 03:36Mechanical Walkthrough
  6. 05:15Internal Components and Gas System
  7. 07:32Fire Control Group Analysis
  8. 09:34Conclusion and Rarity

Frequently Asked Questions

What makes the Experimental Reising 7.62mm Battle Rifle unique?

This rifle is unique as it attempts to adapt the Reising submachine gun's tilting bolt action to the powerful 7.62mm NATO cartridge, utilizing a true locked breech system and incorporating M14 components like its gas system.

What is the significance of the 'X 26' marking on the rifle?

The 'X 26' marking, along with 'E.G. Reising' hand-stamped on the receiver, signifies the prototype or experimental nature of this specific firearm, distinguishing it from any potential production models.

What historical context surrounds Eugene Reising's work?

Eugene Reising was a prolific designer who worked with major manufacturers and even assisted John Browning. His earlier Reising SMG had a mixed reputation during WWII, partly due to parts interchangeability issues.

Why did the Experimental Reising 7.62mm Battle Rifle likely not enter production?

It is believed the rifle never entered production due to insufficient locking surface area to safely handle the high pressures generated by the 7.62mm NATO round, a critical engineering hurdle for such adaptations.

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