The AKV: Palmetto State Armory's 9mm AK

Published on July 20, 2020
Duration: 10:47

This comprehensive review covers the Palmetto State Armory (PSA) AKV, a 9mm AK-style pistol. Expert insights from Brandon Herrera detail its unique dual buffer system for high cyclic rates, CZ Scorpion Evo magazine compatibility, and performance with suppressors. The guide includes steps for understanding its assembly and functionality, emphasizing its advanced design features.

Quick Summary

The Palmetto State Armory (PSA) AKV is a 9mm AK-style pistol featuring a direct blowback operating system. It is notable for its unique dual buffer assembly, which significantly increases its cyclic rate. The firearm is compatible with CZ Scorpion Evo magazines, offering enhanced controls like a last-round bolt hold open.

Chapters

  1. 00:00Introduction to PSA AKV
  2. 01:28Cyclic Rate Philosophy
  3. 02:14Factory Assembly at PSA
  4. 04:31Technical Breakdown: Buffer System
  5. 06:06Magazines and Controls
  6. 07:11Suppressed Shooting and Subsonic Ammo

Frequently Asked Questions

What makes the PSA AKV cycle so fast?

The PSA AKV achieves its rapid cyclic rate through a specialized dual buffer assembly. This system is engineered to minimize the travel distance of the bolt, thereby shortening the overall cycling time compared to conventional AK designs.

What magazines are compatible with the PSA AKV?

The PSA AKV is designed to be compatible with CZ Scorpion Evo magazines. This integration allows for desirable features such as a last-round bolt hold open and a side-mounted bolt release lever, enhancing the firearm's ergonomics and functionality.

Can the PSA AKV be used with a suppressor?

Yes, the PSA AKV has been tested and demonstrated to function reliably with a suppressor. The video showcases its effectiveness when paired with subsonic 9mm ammunition for suppressed shooting applications.

What is the operating system of the PSA AKV?

The PSA AKV operates on a direct blowback system. This means the bolt is not locked but is held closed by spring tension and its own mass, relying on the force of expanding gases to cycle the action.

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