Videos tagged with Pyrodex

This guide details the historical process of loading a muzzle-loading revolver, emphasizing efficiency methods like pre-packaged charges and spare cylinders. It covers the standard procedure of charging chambers with powder, seating lubricated lead bullets using the loading lever, and capping the nipples with percussion caps. The video also touches on the historical significance of the Colt 1851 Navy and concludes with a live-fire demonstration, showcasing the firearm's readiness after proper loading.

This review covers the Pietta 1851 Navy US Marshall black powder revolver in .44 caliber. It details the unboxing, highlighting the firearm's extensive engraving and decorative features. The video demonstrates the loading process using Pyrodex pellets and lead balls, followed by capping with CCI No. 11 percussion caps. A live-fire segment showcases the single-action operation at a steel silhouette target.

This video provides a detailed guide to loading and firing the Pietta 1851 U.S. Marshall .44 black powder revolver. It covers the preparation of Pyrodex Pistol Pellets, the step-by-step process of loading each chamber with powder, ball, and seating, and the crucial step of capping the nipples with CCI No. 11 percussion caps. The demonstration includes live fire at an outdoor range, showcasing the firearm's function and the characteristic smoke of black powder.

This video explores the potential functionality of a 21-year-old Pyrodex. The title suggests an investigation into whether this aged propellant is still viable for shooting, implying a test of its combustibility and performance. The description is currently unavailable, but the title alone indicates a focus on historical or aged ammunition components within the firearms context.

This video, titled "OLD Pyrodex!", appears to be a content piece focused on Pyrodex, a type of black powder substitute commonly used in muzzleloading firearms. While the description is currently pending, the title strongly suggests a discussion, review, or demonstration related to this historical propellant. Viewers can likely expect information on its properties, usage, or perhaps historical context within firearms.

This video, titled 'Black Powder vs. Pyrodex', aims to compare and contrast traditional black powder with the modern propellant Pyrodex. While the description is pending, the title clearly indicates a comparative analysis of different firearm propellants, likely focusing on their performance, characteristics, and potential applications in historical or muzzleloading firearms.

This video focuses on Pyrodex paper cartridges specifically for cap and ball revolvers. While a detailed description is pending, the title indicates a practical guide or demonstration related to using this type of ammunition for historical firearms.

This YouTube video, titled "Pyrodex: Powder vs. Pellets," promises a comparison between two forms of black powder substitute. While the description is brief and forthcoming, the title clearly indicates a focus on the performance, application, and possibly historical significance of Pyrodex in its powder and pelletized forms. Viewers can expect to learn about the differences, advantages, and disadvantages of using each type, likely in the context of muzzleloading firearms. This content is geared towards enthusiasts of historical firearms, black powder shooting, and muzzleloader enthusiasts.

This video features a comparison between traditional Goex black powder and Pyrodex, a black powder substitute. The content is presented by "Deuce and guns" and aims to highlight the differences between these two types of propellant for historical firearms or muzzleloaders. The description encourages viewer engagement with likes and subscriptions, promising weekly content.

Demolition Ranch tests a legal golf ball cannon, demonstrating its surprising power and accuracy. The cannon, classified as a muzzle-loading device rather than a firearm, effectively destroys pumpkins, coconuts, and even cinder blocks. The video highlights the legal nuances of such devices and explores their potential in hypothetical scenarios.