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This entry details the performance of the WWSD2020 rifle, specifically the KP-15 polymer lower, during a rigorous full-auto torture test. Expert analysis from InRangeTV highlights the rifle's reliability over 210 rounds, the thermal resistance of its polymer components, and the effectiveness of its specialized parts like the JP Silent Captured Spring and Faxon barrel under extreme conditions. The test demonstrates the structural integrity and heat management capabilities of the build.

This video from SHOT Show 2020 introduces the BRN-180M and BRN-180 AR-15 platform components from Brownells and K Arms. It highlights modern design philosophies, focusing on lightweight construction, polymer lower receivers designed for material properties, and updated features like ambidextrous controls and captured buffer systems. The discussion emphasizes returning to the original AR-15's handy and accurate ethos while leveraging contemporary materials and manufacturing techniques.

This video provides a status update on the 'What Would Stoner Do' (WWSD) project, focusing on the evolution of rifle concepts. The presenters discuss how the role of a Designated Marksman (DMR) has shifted, with modern optics enabling standard riflemen to achieve effective fire at distances previously requiring specialized DMRs. They highlight the importance of selecting appropriate optics for different roles, distinguishing between a CQB-focused 'door kicker' rifle and a more general-purpose 'rifleman's' rifle capable of engaging targets out to 600 yards.

This video from Civilian Tactical explores the potential lethality of positioning oneself as a 'human tripod' for a 50BMG rifle. Using ballistic gel and dummy heads, the experiment demonstrates the severe effects of muzzle blast from various calibers, including .22LR, .223, and the formidable 50BMG. The Raptor 50 upper receiver by Big Kahuna Firearms is highlighted as an accessible 50BMG option compatible with AR-15 lower receivers. The expert assessment indicates high authority and a focus on safe, experimental ballistics.

This video details the modification of a SIG MCX Regulator (MCXR) to remove its California-compliant features and install a pistol grip. The process involves using a Mossberg 500 pistol grip buffer tube adapter, requiring some Dremel work for proper fitment. The modification results in a non-California compliant firearm, allowing for standard capacity magazines and a different ergonomic feel. The presenter also discusses the MCXR's features, its discontinuation, and its comparison to the MCX Spear LT.

This video reviews the Brownells BRN-180 Gen 3 lower receiver, highlighting its billet 7075 T6 aluminum construction and integrated features. It emphasizes the ambidextrous controls, flared magazine well, and screw-in pins for enhanced durability. The review notes its incompatibility with standard AR-15 uppers due to the 1913 picatinny rail on the rear, but praises its integration with the BRN-180 Gen 3 upper as a more robust solution than adapters.

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.