The Plastikov

Published on January 6, 2020
Duration: 4:52

Brandon Herrera reviews the Plastikov, a 3D printed AK receiver from Deterrence Dispensed. Unlike previous failures, the Plastikov uses a standard AK parts kit with a forged trunnion, bolt, and headspaced barrel, with the 3D printed PLA acting solely as the receiver shell. This design aims to circumvent restrictive gun laws by leveraging 3D printing technology. Herrera plans a high-round count test on a receiver printed on an Ender 3.

Quick Summary

The Plastikov is an innovative 3D printed AK receiver from Deterrence Dispensed. It differs from previous failed designs by using a standard AK parts kit with a forged trunnion, bolt, and barrel, while the 3D printed PLA acts only as the receiver shell. This design aims to bypass restrictive gun laws.

Chapters

  1. 00:00Introducing the Plastikov
  2. 00:47Past 3D Printing Failures
  3. 01:27Plastikov Technical Design
  4. 02:103D Printing & Gun Laws
  5. 02:58Printing & Future Testing
  6. 03:38Channel Updates & Factory Tour

Frequently Asked Questions

What is the Plastikov?

The Plastikov is a 3D printable AK receiver developed by Deterrence Dispensed. It utilizes a standard AK parts kit, including a forged trunnion and bolt, with the 3D printed PLA component acting solely as the receiver shell to hold everything together.

How does the Plastikov differ from previous 3D printed AK receivers?

Unlike earlier attempts that replicated milled receivers and failed, the Plastikov uses a hybrid design. The critical components like the trunnion, bolt, and barrel are standard metal parts, while the 3D printed PLA forms only the outer receiver shell.

What is the goal behind developing the Plastikov?

The primary goal is to push the boundaries of 3D printing technology to make restrictive gun laws less relevant. It aims to provide a more accessible way to manufacture firearms.

What testing is planned for the Plastikov?

Brandon Herrera is currently printing a Plastikov receiver on an Ender 3D printer. He plans to conduct a high-round count 'operator' style test to evaluate its durability under stress, including multiple magazine dumps.

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