How to Load Ammunition for an 1867 Remington Rolling Block in 50-45-400 | MidwayUSA Reloading

This video demonstrates the use of the 12-Cap Capper with Remington black powder revolvers. It provides a practical guide for loading these historical firearms, highlighting a specific accessory for efficient ammunition handling. The description also includes promotional links for concealed carry permit classes, firearm insurance, NRA membership, and the Guns of the West store, as well as social media and Patreon links.

This video provides an in-depth, 'inside out' look at the operation of the Remington Rolling Block action, one of the earliest designs for metallic cartridges. It details the action's evolution from its Civil War origins through its adaptation for pistols and sporting rifles in various sizes and calibers. The demonstration includes a cutaway view of a military rifle to illustrate the complete cycle of operation, from cocking to spent casing extraction.

This video demonstrates how to significantly reduce the heavy trigger pull on a Remington Rolling Block Model 1871 Army Pistol. By carefully stoning the sear notch to alter its angle and then re-hardening the part, the trigger pull can be reduced from a prohibitive 16.25 pounds to a manageable 3 pounds. This modification greatly improves control and accuracy for shooting historical firearms.

This video provides a comprehensive guide to firearm primers, covering their types, brand-specific numbering systems, and critical differences between rifle and pistol primers. It emphasizes the importance of consulting reloading manuals for safe and accurate load development, especially when using magnum primers with large powder charges or ball powders. The content also details proper primer storage, seating depth, and the benefits of flash hole uniforming for consistent ignition and accuracy.

This video demonstrates a meticulous cleaning process for a 19th-century Remington Rolling Block rifle, focusing on preserving its original finish and collector value. It details specific techniques for cleaning both the wood stock using lacquer thinner and the metal components with Hoppe's No. 9 and fine steel wool, avoiding aggressive methods that could damage the patina. The process emphasizes careful disassembly, assessment, and reassembly with appropriate protective oils.

This video details the conversion of a Remington No. 1 Rolling Block rifle from obsolete .32 Rimfire to the reloadable .32-20 WCF centerfire cartridge. The process involves reaming the chamber, plugging the original firing pin hole, drilling a new centerfire channel, and fabricating a custom firing pin. The conversion is feasible due to the shared bore size and the .32-20 WCF case being only slightly larger than the original rimfire.

This video showcases advanced Cowboy Action Shooting techniques demonstrated by The Lever Action Kid. It highlights rapid engagement with a lever-action rifle, followed by a high-speed transition to dual single-action revolvers. The stage concludes with efficient manual reloading of a side-by-side shotgun.

This video provides an in-depth look at the Mosin-Nagant M91/30 PU Sniper rifle, showcasing its historical significance and operational features. It details the firearm inspection, loading procedures for 7.62x54R rounds, and a live-fire demonstration. The expert handling and clear visuals highlight the rifle's characteristics and performance.

This video details the complex gunsmithing process of reboring a Winchester 1885 Low Wall rifle from a pitted .32 Rimfire to a .357 Magnum. It covers barrel removal, sending it to a specialized shop for reboring and rifling, precise chambering and crowning on a lathe, and converting the action from rimfire to centerfire. The process concludes with barrel marking and finishing.

This video details the internal mechanics and cycle of operation for the Winchester Model 12 pump-action shotgun using a cutaway model. It explains the loading process into the magazine tube, the function of the safety mechanism, and the sequence of firing, extraction, and chambering. The demonstration highlights the hammerless design and the interaction of key components like the extractor and ejector.