HK416 running modified PMag on full auto

Published on June 1, 2008
Duration: 0:22

This video demonstrates a full-auto reliability test of a modified Magpul PMag within an HK416 platform. The test confirms that modifications to the PMag successfully address historical compatibility issues with the HK416's specific magazine well geometry, allowing for consistent feeding and cycling during extended full-auto fire. The demonstration includes visual inspection of the firearm and magazine post-test.

Quick Summary

This video demonstrates a full-auto reliability test of a modified Magpul PMag in an HK416, confirming it resolves historical compatibility issues with the rifle's magwell geometry. The test shows consistent feeding and cycling during extended full-auto fire.

Chapters

  1. 00:00Introduction: HK416 Full Auto Test
  2. 00:07Extended Burst & Cycling Verification
  3. 00:18Post-Test Inspection of PMag

Frequently Asked Questions

What is the primary focus of this HK416 video?

The video focuses on testing the reliability of a modified Magpul PMag within an HK416 rifle platform, specifically during full-auto fire. It addresses historical compatibility issues the HK416 had with certain polymer magazines.

Did the modified Magpul PMag work reliably in the HK416?

Yes, the video demonstrates that the modifications made to the Magpul PMag successfully resolved compatibility issues with the HK416's magwell geometry. The rifle cycled without malfunctions during an extended full-auto string.

What were the historical compatibility issues with HK416 and polymer magazines?

The HK416 platform historically had compatibility issues with certain polymer magazines due to its specific magwell geometry. This could lead to feeding or cycling problems, especially during rapid fire.

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