Plastikov V4 Draco!

Published on March 24, 2024
Duration: 21:12

The Plastikov V4 Draco, a 3D-printed AK-style firearm, features a monolithic receiver with integrated polymer rails and supports multiple calibers. Testing showed high reliability with one light primer strike, and the receiver can handle sustained fire for approximately 60 rounds before heat becomes a concern. Accuracy was demonstrated by hitting steel at 300 yards.

Quick Summary

The Plastikov V4 Draco is a 3D-printed AK-style firearm featuring a monolithic receiver with integrated polymer rails. It supports multiple calibers and demonstrated high reliability during range tests, with the receiver handling about 60 rounds before heat becomes an issue.

Chapters

  1. 00:00Introduction & Visual Showcase
  2. 02:11Project Overview & Sponsorship
  3. 04:01Design History & Evolution
  4. 05:07Technical Construction Details
  5. 07:48New Features & Caliber Support
  6. 08:58Build Components & Materials
  7. 10:30Range Testing & Reliability
  8. 14:08Slow Motion Analysis & Accuracy

Frequently Asked Questions

What are the key design features of the Plastikov V4 Draco?

The Plastikov V4 Draco features a monolithic receiver with integrated polymer rails, a significant upgrade from previous versions. It also includes a 1913 optics rail and supports multiple calibers like 7.62x39mm.

How reliable is the Plastikov V4 Draco during range testing?

During range testing, the Plastikov V4 Draco demonstrated high reliability, with only a single light primer strike noted. It cycled effectively through rapid fire and mag dumps.

What materials are used in the Plastikov V4 Draco build?

The receiver is 3D printed using Polymaker PLA Pro filament. The build also incorporates components like an 11.5-inch Draco barrel kit, Midwest Industries handguard, and SB Tactical brace.

What is the heat tolerance of the Plastikov V4's 3D-printed receiver?

The 3D-printed receiver can handle approximately 60 rounds of continuous fire before heat becomes a significant factor affecting performance or safety.

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