FG42 Type 1 [Prototype] to 500yds: Practical Accuracy (The literal pain of small arms development)

Published on December 24, 2021
Duration: 29:51

This review details the practical accuracy testing of an FG42 Type 1 reproduction prototype. Despite significant trigger weight issues and ejection failures at longer ranges, the rifle demonstrated surprising accuracy around 4-5 MOA. The analysis highlights the complexities of firearm development, particularly balancing conflicting design requirements.

Quick Summary

The FG42 Type 1 prototype reproduction faced significant challenges, including a very heavy trigger pull and ejection failures due to an ejector timing issue. Despite these flaws, it achieved practical accuracy of approximately 4-5 MOA, highlighting the complex balancing act in firearm development.

Chapters

  1. 00:00Intro: FG42 Type 1 Prototype
  2. 01:31Accuracy Test Setup
  3. 02:31Shooting 150-250 Yards
  4. 04:12Shooting 300-400 Yards
  5. 05:43Reliability & Ejection Issues
  6. 07:30500 Yard Target & Trigger Weight
  7. 11:17Technical Analysis: Ignition & Recoil
  8. 15:51Troubleshooting Ejection Failures
  9. 18:06Final Assessment

Frequently Asked Questions

What were the main issues encountered during the FG42 Type 1 prototype accuracy test?

The primary issues were an extremely heavy trigger pull (18-25 lbs) and significant reliability problems, including failures to extract and eject casings, particularly at longer ranges like 450 yards.

How accurate was the FG42 Type 1 prototype despite its flaws?

Despite the heavy trigger and ejection issues, the prototype demonstrated surprisingly good practical accuracy, achieving around 4-5 MOA when tested with period-correct specifications.

What technical design quirk of the FG42 was discussed?

The FG42 uses a single spring for both recoil absorption and firing pin ignition. This design is contrasted with other firearms that use separate systems for improved reliability.

What caused the ejection failures in the FG42 Type 1 prototype?

The team concluded that an ejector timing issue in the prototype caused the bolt to jam fired cases back into the chamber before they could be properly ejected.

More Reviews Videos You Might Like

More from 9-Hole Reviews

View all →