The Prototype .280 FAL from 1950s NATO Trials

Published on February 24, 2020
Duration: 19:06

This video explores a rare .280 British prototype FAL from the 1950s NATO trials, showcasing its unique features like a straight-in magazine well and removable inspection plate. It details the cartridge's development, the political pressures that led to the 7.62 NATO standard, and the FAL's eventual redesign. The prototype represents a significant 'what-if' in firearms history, a missed opportunity for an intermediate battle rifle.

Quick Summary

The .280 British cartridge was designed post-WWII to replace the .303 British, offering lower recoil for a new semi-automatic rifle. FN adapted Dieudonné Saive's gas-operated design for the FAL. Despite good performance, US opposition and political pressure for logistical commonality led to the adoption of the 7.62 NATO standard.

Chapters

  1. 00:00Introduction: The .280 Prototype FAL
  2. 01:36FN's FAL Development for NATO Trials
  3. 03:30.280 Cartridge & 1950 NATO Trials Competition
  4. 05:45US Objections & Political Pressure on .280
  5. 11:12Prototype FAL External Features & Markings
  6. 13:03Internal Mechanism & Disassembly of Prototype
  7. 16:31Legacy: The .280 FAL's 'What-If' History

Frequently Asked Questions

What was the purpose of the .280 British cartridge in the 1950s?

The .280 British was developed post-WWII by Britain's 'Ideal Caliber Panel' to replace the obsolete .303 British. It was a rimless 7mm cartridge designed for a new semi-automatic rifle, aiming for lower recoil and improved performance.

Why was the .280 FAL prototype rejected in favor of the 7.62 NATO?

Despite the .280 FAL performing well in trials, the US Ordnance Department strongly opposed the intermediate cartridge due to concerns about trajectory and performance. Political pressure for logistical commonality with the US ultimately led to the adoption of the full-power 7.62 NATO.

What are some unique features of the .280 Prototype FAL shown?

This prototype features a straight-in magazine well, unlike the rock-and-lock system of later FALs, a unique charging handle, and a removable inspection plate on the fire control group for viewing the sear and hammer.

Who designed the original gas-operated mechanism used in the FAL?

The gas-operated, tilting bolt design was adapted by Dieudonné Saive at FN from his earlier FN-49 rifle. FN then scaled this design for the .280 British caliber to meet the requirements for the 1950 NATO trials.

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