Testing US made AAC 7.62x39 ammo

Published on September 12, 2024
Duration: 17:39

This video provides an in-depth review and testing of US-made AAC 7.62x39mm ammunition, conducted by Tim from Military Arms Channel. The review highlights the ammunition's performance against Russian alternatives, focusing on velocity, accuracy, and reliability across various platforms. The analysis emphasizes the significance of US-based ammunition manufacturing in response to import bans.

Quick Summary

US-made AAC 7.62x39mm ammunition was tested for performance, achieving a 1.844 MOA 5-shot group at 100 yards and an average velocity of 2390.9 FPS. It demonstrated flawless reliability across various platforms and offers a competitive domestic alternative to imported ammunition.

Chapters

  1. 00:10Introduction to AAC 7.62x39
  2. 02:57Physical Comparison of Ammunition
  3. 04:31Velocity Testing with Chronograph
  4. 06:43Accuracy Testing at 100 Yards
  5. 10:18Platform Functionality and Reliability
  6. 12:52Final Analysis and Pricing

Frequently Asked Questions

What are the key performance metrics for US-made AAC 7.62x39mm ammunition?

US-made AAC 7.62x39mm ammunition demonstrated a 5-shot group of 1.844 MOA at 100 yards and averaged 2390.9 FPS. It also proved reliable across multiple firearm platforms, including semi-automatic rifles and older carbines.

How does AAC 7.62x39mm ammunition compare to Russian alternatives like Red Army Standard?

In testing, AAC 7.62x39mm outperformed Red Army Standard, achieving tighter groups (1.844 MOA vs. 3.080 MOA) and slightly higher velocities (2390.9 FPS vs. 2358.7 FPS), while maintaining excellent reliability.

What is the significance of US-made AAC 7.62x39mm ammunition in the current market?

The introduction of US-made AAC 7.62x39mm ammunition is a direct response to Russian import bans. It provides a domestically produced, high-quality alternative that is competitive in price and performance against surplus and imported options.

What equipment was used to test the AAC 7.62x39mm ammunition?

The testing utilized a Garmin Xero C1 Pro Chronograph to measure projectile velocity and the Ballistic-X app to analyze group sizes and calculate MOA. Firearms used included a CMMG Dissent, PSA AK Spiker, and an Egyptian Rashid Carbine.

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