How to Disassemble a Sidelock | British Side-by-Side Shotguns | MidwayUSA

This video provides a detailed, step-by-step guide to re-assembling a British boxlock side-by-side shotgun, specifically an AYA model, led by gunsmith Jack Rowe. Key stages include installing mainsprings, hammers, cocking levers, sear springs, the safety mechanism, and the trigger plate assembly. The process emphasizes careful alignment of parts, proper lubrication, and the use of specialized tools for tasks like compressing springs and aligning pins. Finally, the action is fitted to the stock, the forend and ejector mechanism are assembled, and a thorough function check ensures the firearm is safe and operational.

This video provides a detailed, step-by-step guide to disassembling a W. Jeffery & Son British boxlock side-by-side shotgun, led by gunsmith Jack Rowe. It covers the removal of barrels, trigger guard, cover plates, action from stock, sears, springs, levers, hammers, mainsprings, and ejector mechanisms. Key techniques for managing spring tension and identifying parts are demonstrated, offering valuable insights for firearm maintenance and repair.

This video demonstrates the process of 'striping' the breech face of a British side-by-side shotgun. The technique is presented as a method to enhance the aesthetic appearance of the firearm. The video features Jack Rowe and Larry Potterfield, founder and CEO of MidwayUSA, working on an older English double shotgun. It highlights a specific gunsmithing technique for classic firearms and directs viewers to the MidwayUSA Video Library for more content.

This video details the complex re-assembly of a W. Jeffery & Son sidelock British side-by-side shotgun. It covers intricate steps like installing the top lever, safety mechanisms, cocking levers, firing pins, and the trigger group. The process emphasizes precision, the use of specialized tools for spring compression, and traditional techniques such as heat bluing striker discs.

This video demonstrates the traditional British gunsmithing technique for tightening the bite on a side-by-side shotgun, addressing top lever wear. It differentiates between tightening and rejoining, using smoke to check fit and hammering to upset metal on the back bite. The process concludes with filing and finishing for a near-invisible repair, restoring the top lever's position and eliminating barrel play.

This video details the process of relaying the rib on a vintage Remington Model 1900 side-by-side shotgun. Larry Potterfield demonstrates how to diagnose a loose rib using a rubber mallet and the 'ring test'. The repair involves carefully heating the barrels to melt old solder, removing the rib, thoroughly cleaning and preparing the metal surfaces, and then re-soldering the rib using 50/50 lead-tin solder and flux.

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.