Return of the AK-50

Published on August 5, 2025
Duration: 20:27

This guide details the process of tuning the recoil system for the AK-50, focusing on the custom multi-spring assembly, buffer system, and piston shaft redesign. It includes steps for disassembly, inspection of components like the S7 steel extractor, and testing carrier velocity for optimal spring adjustment. The information is presented by Brandon Herrera, the lead designer of the AK-50, highlighting his expertise in custom firearm engineering.

Quick Summary

The AK-50 project features significant internal upgrades, including a custom multi-spring recoil assembly and a redesigned piston shaft with an ejection cut-out to manage .50 BMG recoil and improve reliability. S7 steel is used for the extractor, demonstrating high durability.

Chapters

  1. 00:00Intro & Shooting
  2. 00:33Project Status
  3. 00:51Ergonomic Upgrades
  4. 01:03Gaming Integration
  5. 02:10Future Developments
  6. 02:46Range Testing Setup
  7. 05:10Internal Mechanics
  8. 07:08Buffer System
  9. 09:11Piston Redesign
  10. 12:25Extractor Durability
  11. 13:39Conclusion

Frequently Asked Questions

What are the key internal upgrades being made to the AK-50?

The AK-50 is receiving a custom multi-spring recoil assembly, a heavy-duty dust cover spring, and a redesigned piston shaft with an ejection cut-out to improve reliability and manage .50 BMG recoil effectively.

How does the AK-50's recoil compare to other .50 BMG rifles?

Testing data suggests the AK-50 exhibits smooth recoil characteristics, performing comparably to or better than other .50 BMG rifles such as the Barrett, according to lead designer Brandon Herrera.

What material is used for the AK-50's extractor, and how durable is it?

The AK-50 utilizes an S7 steel extractor, which has demonstrated excellent durability in testing, showing no signs of chipping or excessive wear even under high-velocity cycling conditions.

What is the purpose of the ejection cut-out on the AK-50's new piston shaft?

The ejection cut-out on the AK-50's piston shaft is designed to prevent spent casings from being crushed or falling back into the firearm's action, thereby enhancing operational reliability.

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