Booligan Shooting Sports - Custom Compact Carry Division Design

This video details the modification of a 3D printable P99-style frame, dubbed the 'Chungus 99', by Booligan Shooting Sports. The modifications include shortening the grip to a 19-length, integrating Glock magazine compatibility for cost and accessibility, and adding a front compartment for tungsten weights to reduce muzzle flip. The design is based on Matt's (Fudbusters) P99 pattern frame and aims to offer a more compact and customizable firearm platform.

This guide outlines the assembly of a custom Glock 19/26 hybrid firearm featuring a 3D printed frame, a Zaffiri Precision slide, and a Glock 26 grip for enhanced concealability. The build incorporates a front-mounted standoff device for tactical advantage. Expert insights from Booligan highlight the compatibility of Glock components and the benefits of custom firearm modifications.

This video details the 'Rog Lock' 3D printed frame for the Glock 43X, designed by Phil Fiser. It highlights the additive manufacturing process, the integration of AES Engineering rails, and the aesthetic similarities to Minecraft or Roblox. The creator discusses its compatibility with Shield Arms 15-round magazines and shooting impressions, noting surprising controllability despite its blocky design and massive trigger guard. It also touches on holster compatibility issues and compares it to other 3D printed frame designs.

This guide details the installation of a custom 3D printed 'Modular Integrations Long Frame' (MILF) extension for a Glock G17L. The module is designed to accommodate a 9-inch barrel and features an open-top design to facilitate the firearm's cycling action. The process involves attaching the module to the existing frame and then reassembling the slide with the extended barrel. This modification significantly increases the firearm's length and requires careful attention to ensure proper function of the tilting barrel mechanism.

This video explores the G26 NAO ('Not Any Other') build, a 3D-printed Glock 26 variant designed to circumvent National Firearms Act (NFA) classifications like Any Other Weapon (AOW) or Short-Barreled Rifle (SBR). The design incorporates unique features such as an integrated forward magazine carrier and a non-ergonomic forward structure to avoid triggering NFA regulations. The creator, Booligan, an experienced firearm designer and enthusiast, highlights the perceived absurdity of certain firearm laws through this build, while also noting practical benefits like reduced muzzle flip and faster reloads.

This guide details the process of testing a 3D printed Glock 17L frame, inspired by the Cyberpunk 2077 Liberty pistol. The video demonstrates live-fire testing of a custom 'Cyber Chungus' build, focusing on the structural integrity and cycling of the 3D printed polymer frame. The expert, Booligan, confirms the build's success with a positive post-fire assessment.

This guide details how to clear common malfunctions on an AK-74 platform rifle, specifically when heavily fouled with mud. Expert instruction from Karl Kasarda demonstrates advanced techniques for dealing with failures to go into battery, feeding issues, and stuck chambers. The video emphasizes the importance of understanding mechanical tolerances and performing thorough cleaning after such extreme environmental testing.

This guide details the historical method of igniting and deploying 18th-century grenades, as demonstrated by Karl Kasarda of InRangeTV. It covers the preparation and use of a slow match to ignite the external timed fuse of a replica grenade. The video emphasizes that this is a replica and stresses the extreme danger and illegality of handling live explosives.

This guide details the proper application of a Gaza-style or CAT tourniquet, as demonstrated by Karl Kasarda on InRangeTV. It emphasizes initial strap tightness before windlass use for effective hemorrhage control and occlusion. The instruction highlights the importance of securing the windlass and managing patient pain during application.

This guide details the historical loading process for the 1836 Colt Paterson revolver, as demonstrated by Karl Kasarda. It covers the unique disassembly required, the precise powder charge and projectile seating using specialized tools, and the capping procedure. The instruction emphasizes a high level of expertise due to the intricate and period-specific nature of the task.