Ammunition Evaluation: Ethiopian 7.62x51mm NATO

Published on September 30, 2018
Duration: 13:28

This video provides an expert-level evaluation of surplus Ethiopian 7.62x51mm NATO ammunition by Ian McCollum of Forgotten Weapons. The assessment covers packaging, historical context, visual inspection, and detailed ballistics testing, including muzzle velocity and bullet weight consistency. Key findings highlight significant hangfire issues and inconsistent velocity, attributed to the age of the ammunition, despite well-manufactured components.

Quick Summary

Ian McCollum of Forgotten Weapons evaluated Ethiopian 7.62x51mm NATO surplus ammunition, noting excellent bullet weight consistency (avg. 143.4 grains, SD 0.52 grains) but significant issues with hangfires and velocity inconsistency (avg. 2637 fps, SD 33.29 fps) due to aged components.

Chapters

  1. 00:00Introduction and Methodology
  2. 02:28Packaging and Historical Context
  3. 05:00Visual Inspection and Test Firearm
  4. 06:07Range Testing and Hangfires
  5. 08:27Velocity Data Analysis
  6. 10:54Component Specifications

Frequently Asked Questions

What are the key findings regarding the Ethiopian 7.62x51mm NATO surplus ammunition?

The evaluation revealed significant hangfire issues and inconsistent muzzle velocity (avg. 2637 fps, SD 33.29 fps) due to aged components. However, bullet weight consistency was excellent (avg. 143.4 grains, SD 0.52 grains).

What historical context is provided for this Ethiopian ammunition?

Manufactured between 1977-1985 at the Emperor Haile Selassie Ammunition Factory in Addis Ababa, Ethiopia, with technical assistance from Czechoslovakia. It was imported by Century International Arms.

What safety precautions are recommended when testing unknown surplus ammunition?

It's crucial to use a robust bolt-action rifle for initial testing to manage potential overpressure or malfunctions. Always wear appropriate hearing and eye protection and ensure the firearm is handled safely.

How does the consistency of this surplus ammunition compare to modern options?

The high standard deviation in velocity and the presence of hangfires indicate significantly lower consistency and reliability compared to modern, quality-manufactured ammunition, despite good bullet weight uniformity.

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