Sporterizing the Mosin Nagant Part 7- Fitting the Boyd's Pepper Laminate Stock

This video details the process of bedding a sporterized Mosin Nagant rifle stock using Brownell's Steel-Bed. It covers preparing the Boyds laminate stock, applying release agents, mixing and applying the bedding compound, and seating the barreled action. The importance of proper pillar placement and preventing mechanical locks with modeling clay is emphasized for a strong, stable fit.

This video details upgrading a budget bolt-action rifle's stock and bedding for improved precision and aesthetics. It highlights the Boyds Prairie Hunter laminate stock for the Ruger American Predator and demonstrates the action bedding process using Brownells Acraglas and a V-block system. The upgrade enhances durability and performance for a custom hunting rifle build.

This video provides a permanent solution to the common issue of inaccurate and non-adjustable Mosin Nagant iron sights. It details how to drill and tap the receiver to install a Williams WGRS Savage peep sight, significantly improving accuracy and adjustability. The process requires specific tools and careful attention to safety, especially regarding the receiver's chamber area.

This video details the range testing of a sporterized Mosin Nagant. The rifle demonstrated impressive accuracy with various ammunition types, including sub-MOA groups with 180-grain Winchester and exceptional performance with 203-grain Barnaul. Chronograph data provided valuable velocity insights for the shortened barrel.

This video details the process of inletting a Mosin Nagant stock to accommodate an ultra-low profile bent bolt handle from Rock Solid. It showcases manual filing techniques for precise fitting and mentions the installation of a Huber Concepts trigger and Rock Solid scope mount. Initial testing indicates the sporterized Mosin Nagant can achieve approximately 1 MOA accuracy.

This video details the precise process of drilling and tapping a Mosin Nagant receiver for a Rock Solid scope mount using a Forster Products jig. Key steps include using a #21 drill bit with cutting oil, tapping with a 10-32 tapered tap, and carefully measuring depth to avoid the chamber. The process emphasizes accuracy and chip management for a secure mount.

This video hilariously tests a heavily accessorized AR-15, dubbed the 'Zombie Carbine,' as a parody of excessive tactical gear. The build, based on a Smith & Wesson M&P15, weighs 23 pounds fully loaded with 270 rounds across nine magazines. It features multiple optics, lasers, lights, and is demonstrated with rapid fire, hip sniping, and Tannerite explosions.

This "ultimate AR-15 meltdown" test pushes a custom build to its limits, revealing key durability insights. The Faxon barrel ultimately burst after 830 rounds, but critical components like the Sharps SRC bolt carrier group and Geissele rail demonstrated impressive resilience under extreme stress and heat. The test highlights the AR-15 platform's robust design, even when subjected to conditions far exceeding typical operational use.

This video showcases an extreme full-auto durability test of a premium Definitive Arms VEPR AK, comparing it to a budget WASR-10. The VEPR AK demonstrated exceptional resilience, enduring 895 rounds before failure, significantly outperforming the WASR-10 and even a previously tested AR-15. The expert analysis highlights the AK platform's inherent durability and heat management characteristics, even under severe stress.

This video demonstrates the legendary durability of the AK platform by subjecting a Yugo M92 PAP to a 700-round continuous firing test. Despite extreme heat causing significant smoke and glowing metal, the firearm remained functional, showcasing Mikhail Kalashnikov's robust engineering. The test concludes with a cooling process and a tribute to the designer's legacy.