AK-50 V3 Update - The Parts Are DONE

Published on March 8, 2023
Duration: 15:34

This video provides an in-depth look at the completion of the AK-50 V3 components, showcasing the advanced machining processes at Titans of CNC. Lead designer Brandon Herrera details the intricate geometry of the bolt, the two-piece bolt carrier's cam groove function, and the critical role of the threaded front trunnion for headspacing. The update highlights the precision engineering required for this .50 BMG rifle project.

Quick Summary

Brandon Herrera provides an update on the AK-50 V3, visiting Titans of CNC in Dallas, Texas, to reveal the completed steel components: bolt, bolt carrier, and front trunnion. The video highlights advanced 5-axis machining for the bolt's helical lugs and the critical threaded design of the front trunnion for headspacing the .50 BMG barrel.

Chapters

  1. 00:00Introduction and Field Trip
  2. 00:55Prototype History
  3. 01:24Meeting Titans of CNC
  4. 03:08CNC Facility Tour
  5. 05:08AK-50 V3 Part Reveal
  6. 08:11Bolt and Machining Details
  7. 10:02Bolt Carrier and Cam Groove
  8. 12:09Front Trunnion and Headspacing

Frequently Asked Questions

What are the key components of the AK-50 V3 revealed in the update?

The update showcases the finished steel components for the AK-50 V3, including the bolt, bolt carrier, and front trunnion. These parts feature intricate designs like helical locking lugs and precise threading for headspacing, requiring advanced machining.

Where were the AK-50 V3 parts machined?

The AK-50 V3 parts were machined at Titans of CNC, a facility known for its advanced machining capabilities, including high-axis CNC machines, located in Dallas, Texas.

What is the significance of the front trunnion in the AK-50 V3 design?

The massive front trunnion in the AK-50 V3 is crucial for containing the explosive forces of the .50 BMG cartridge. It features a threaded design that allows for precise adjustment of the barrel headspace, ensuring safe and reliable operation.

What machining techniques were used for the AK-50 V3 bolt?

The AK-50 V3 bolt's complex geometry, including its helical locking lugs, necessitated advanced 5-axis CNC machining. This level of precision is required to handle the stresses of the .50 BMG caliber.

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