Videos tagged with Plastikov

This music video showcases a 3D printed Draco firearm, highlighting its DIY construction in a bedroom setting. It demonstrates the firearm's functionality, including firing from various positions and a vehicle, and notes the absence of serial numbers. The video emphasizes the custom, multi-colored receiver and the 7.62x39mm caliber.

This video explores the often 'cursed' world of 3D printed firearms, showcasing a variety of unconventional and sometimes dangerous designs. Brandon Herrera highlights the technical risks, legal gray areas, and humorous community creations, from catastrophic failures to California-compliant bolt-action Glocks and heavily modified CZ Scorpions. The content delves into the evolution of 3D printed platforms like the AR-15 and AK, offering insights into home-built firearm manufacturing.

Brandon Herrera's 2020 recap highlights significant channel growth and entrepreneurial ventures, including acquiring an AK production line and factory. Key projects like the 'Plastikov' 3D printed AK receiver and collaborations are discussed. The year also involved events like SHOT Show, unique experiences like driving tanks, and the launch of new content series.

This review tests the Plastikov, a 3D-printed AK receiver, highlighting significant design flaws. Issues include difficult assembly due to a captive bolt carrier, a dust cover that pops off, and frequent cycling failures caused by rail wear and improper bolt rotation. The ultimate failure was hammer pin walk, rendering the firearm inoperable after minimal use. The conclusion suggests 3D printing is better suited for jigs than full receivers.

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.