The Parker 11 Gauge Shotgun Presented by Larry Potterfield | MidwayUSA Reloading

This video demonstrates the meticulous process of reloading vintage 10-gauge solid brass shotgun shells, a practice common before World War II. Larry Potterfield details the necessary tools, components like FFg black powder and large pistol primers, and specific techniques for case preparation, including custom trimming and sizing for antique firearms. The demonstration highlights the use of non-standard sealing methods like water glass or household cement due to the absence of factory crimps on brass shells.

This video details the final re-assembly and presentation of a fully restored antique Parker Hammer Lifter shotgun. It covers the meticulous process of putting the firearm back together after extensive metal and wood restoration, including fitting the stock, assembling internal components like firing pins and locks, and attaching the fore-end. The final result showcases a dramatic transformation from a dilapidated state to a beautiful, functional antique firearm.

Bead blasting is presented as a highly efficient method for cleaning gun parts, significantly reducing the time and effort required compared to manual cleaning. It effectively removes rust, old finishes, and grime from both large components like shotgun barrels and smaller, intricate parts. The process utilizes a bead blasting cabinet and extra-fine glass bead abrasive, ensuring a uniform finish suitable for subsequent polishing or re-bluing without damaging the metal.

This video details the complex process of converting a Winchester Model 21 side-by-side shotgun from a pistol grip to a straight grip. It covers essential gunsmithing techniques including stock reshaping with rasps and files, trigger guard modification via TIG welding, precise inletting, and advanced finishing processes like spirit staining and a 'sanded-in' oil finish. The final steps involve re-cutting checkering and rust-bluing the metal components to achieve a factory-like restoration.

This video demonstrates how to fix a loose forend on a Winchester Model 21 side-by-side shotgun. The process involves identifying a small gap behind the forend iron's loop, which causes looseness. The solution is to 'upset' or stretch the metal at the end of the forend iron's slot using a punch and bench block to create a tighter fit against the shotgun's loop.

This video demonstrates the advanced gunsmithing technique of repairing broken firearm parts using TIG welding. It covers essential preparation steps like removing old brazing to prevent contamination and the precise TIG welding process for delicate components. The tutorial also details post-weld finishing techniques, including filing and using layout dye for accurate fitting of parts like extractors and trigger plates.

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.