NEXUS Care and Maintenance

This YouTube video, titled "How to remove an angled rear sight without a gunsmith," offers a practical guide for firearm owners. The description indicates a live session at 6 pm Pacific, suggesting an interactive format. The core content focuses on a specific firearm maintenance task, aiming to empower users to perform the procedure themselves, thus avoiding the need for professional gunsmith services. The video is likely to appeal to individuals interested in DIY firearm care and modifications.

This guide details the field stripping procedure for the Type 14 Nambu pistol, as demonstrated by C&Rsenal. The process involves disassembling the firing pin assembly, bolt, trigger group, and barrel assembly. While comprised of many parts, the disassembly is manageable when performed in the correct sequence. The video highlights the importance of retaining all small parts for reassembly.

This guide details the field stripping and cleaning process for the Springfield Armory Echelon pistol. It emphasizes safety by ensuring the firearm is unloaded before disassembly. The steps cover removing the slide, barrel, and recoil spring, followed by thorough cleaning using appropriate tools and solutions. Reassembly and lubrication are also covered, making it a comprehensive guide for maintaining the Echelon.

This expert-level guide details the proper field stripping, cleaning, lubrication, and reassembly of the Springfield Armory Echelon pistol. It emphasizes safety checks at the beginning and end of the process. The video demonstrates the use of the Tactical Elites gun cleaning kit and specific cleaning solutions and lubricants for optimal firearm maintenance.

This video explores a highly unconventional firearms concept: the .357 Magnum cartridge being used in a shotgun platform. Given the title's nature, it likely delves into the feasibility, mechanics, and potential outcomes of such an adaptation, potentially involving custom work or theoretical discussions. The content would appeal to firearm enthusiasts interested in unique modifications, ballistics, and the boundaries of firearm design.

This video introduces the Hickory Flat Boars 'Havoc BB Shell,' a 12-gauge shotgun shell designed to maximize damage by filling the empty space in traditional buckshot shells with BBs. Tests demonstrate significant damage to water jugs, car doors, and ballistics gelatin, showcasing the combined effect of 00 buckshot and BBs. The content highlights innovative ammunition design for increased terminal ballistics.

This video showcases a remarkable 1376-yard elk hunt by a 12-year-old using a Gunwerks rifle chambered in 7mm Rem Mag. It highlights the critical importance of precise range estimation, scope adjustments (32.5 MOA), and marksmanship for extreme long-range success. The hunt involved significant preparation, including hiking and dry-fire practice, culminating in a successful two-shot engagement on a bull elk.

This video demonstrates the significant impact of the Coriolis effect on long-range bullet drop, particularly at 1000 yards. Experiments show directional POI shifts of up to 11 inches (over 1 MOA) when shooting East vs. West due to Earth's rotation. The data suggests collecting ballistic data North or South to mitigate this vertical error.

This video details the initial steps in transforming a factory Remington 700 Sendero into a long-range precision rifle. Key modifications include upgrading the trigger to a crisp 2-pound pull and performing a crucial bedding job on the recoil lug for enhanced shot-to-shot consistency. The process emphasizes meticulous preparation and precise application of bedding compounds and torque settings for optimal performance.

This video showcases a successful long-range coyote hunt in Montana using a Gunwerks rifle. Dustin Butler demonstrates effective predator calling and engagement techniques, highlighting the rifle's performance across various distances, from close-range shots to over 500 yards. The 'range, dial, and kill' workflow is emphasized for efficient long-range hunting.