Videos tagged with 3D Printed Firearm

This video reviews a collection of "cursed" firearms and improvised weapons, highlighting their unusual modifications and questionable construction. The host, Brandon Herrera, analyzes why these firearms are considered undesirable or dangerous, often referencing their origins in police seizures or illicit modifications. While entertaining, the video primarily serves as a commentary on firearm misuse and modification rather than providing instructional content.

This entry details the 'Long Shot Harlot', a 3D-printed .22LR single-shot derringer. It highlights its 3-inch barrel, Picatinny rail for optics, and integrated grip clip for six spare rounds. The firearm's construction and potential for customization are discussed, emphasizing its DIY nature.

This video details the creation of the Recession Ruger R2, a 3D printed PDW based on the Ruger P89. It highlights the use of additive manufacturing for the frame and rails, integration of AR fire control components, and compatibility with Glock magazines. The build offers an affordable PDW solution, blending retro aesthetics with modern functionality.

This video reviews the 3D-printed 'Long-shot Harlot' .22LR pocket pistol. The speaker, an enthusiast maker, demonstrates its performance, comparing it to the standard Harlot and testing its accuracy at over 25 yards. While acknowledging the limitations of .22LR for self-defense, the video suggests the Harlot can be effective with precise shot placement.

This video demonstrates the functionality of the Lima Six belt-fed upper receiver, compatible with AR-15/M16 platforms, firing 5.56x45mm NATO or .223 Remington ammunition. Expert insights from Sudo Solutions showcase manual belt loading, sustained full-auto fire, controlled bursts, and the use of specialized gear like 3M Peltor headsets and Mechanix Wear gloves. The demonstration highlights the DIY firearm community's capabilities in creating complex, functional firearm components.

This YouTube video showcases the M249 SAW, a belt-fed firearm, in a home setting. The creator highlights their 3D printing projects and provides links to various resources, including a legal defense fund, printing supplies, their merchandise, Patreon, and recommended gear like a chest rig. The video also promotes a second channel.

This guide details how Brandon Herrera, an FFL 07/02 manufacturer, recreated the UHC CEO assassination sequence using a 3D-printed Glock 19 and a non-functional 3D-printed suppressor. The demonstration highlights how the manual racking required after each shot precisely matches the shooter's actions, debunking media claims about the firearm used. The video emphasizes the importance of understanding firearm mechanics, particularly suppressor function with Nielsen devices, and critiques misinformation surrounding 'ghost guns'.

This entry details the technical reasons behind a suppressed firearm's cycling issues, as explained by Brandon Herrera. It highlights the critical role of the Nielsen device (booster) in enabling semi-automatic function with suppressed pistols. The content also touches upon the specific case of the Brian Thompson assassination and the firearm involved, offering insights into firearm mechanics and potential malfunctions.

This video discusses the legal and technical aspects of 'ghost guns' and 3D-printed firearms in the context of the United Health CEO shooting. The speaker clarifies that while some components of firearms can be legally purchased without serialization or background checks, critical parts like the trigger housing and internal components are typically serialized. The video also explores potential reasons for firearm malfunctions, particularly with suppressed weapons, suggesting issues with suppressor weight, recoil springs, or ammunition type.

This analysis of a recovered firearm from a New York City assassination suggests the frame is likely 3D printed, based on inconsistencies in the magazine release cutout and dovetail geometry compared to OEM and 80% frames. The absence of the suppressor in official images is interpreted as confirmation of it being a homemade device, potentially to avoid scrutiny from gun control advocates.

This guide details the assembly and testing of the DD43X.1, a 3D-printed Glock 43X clone, drawing insights from an expert in the 3D printed firearms niche. It covers frame printing considerations, magazine compatibility with Shield Arms S15 mags, holster fitment, and the use of aftermarket slides, emphasizing material choices for durability and potential reliability differences between OEM and aftermarket components. The expert highlights community efforts in firearm design and the importance of responsible manufacturing.

This video focuses on the SG22, a 3D printable firearm, specifically chambered in .22LR. The content likely explores the design, assembly, and potentially function of this novel firearm platform, catering to enthusiasts interested in DIY firearm projects and the evolution of firearm manufacturing through 3D printing.