Differences Between Cock on Open versus Cock on Close Actions | MidwayUSA Gunsmithing

This video details the eight distinct steps involved in cycling a Mauser bolt action rifle, from primary extraction to sear engagement. It highlights key mechanical processes like cocking the action, the firing pin block safety, and the function of locking lugs. The explanation utilizes cutaway models to clearly illustrate the internal mechanics of the Mauser action.

This video details the initial stages of a custom 300 PRC rifle build, focusing on the selection and manufacturing of the rifle's action. The presenter, Ivan from Kit Badger, emphasizes the importance of adhering to weight restrictions for hunting and competition, leading to the choice of a Defiance anTi-X long action. The manufacturing process at Defiance Machine is showcased, highlighting their precision techniques and quality control.

This video from Rock Island Auction Company showcases two unique M1 Garand and M1 Carbine cutaway firearms. Hosts Keith Ford and Paul Levy demonstrate how these 'classroom demonstrator' guns, with much of their metal and wood removed, reveal the intricate internal workings of these World War II-era rifles. The cutaways allow for a clear understanding of mechanisms like the Garand's trigger, op-rod/gas system, and bolt cam, as well as the compact action of the M1 Carbine. While the specific history of these particular pieces is unknown, the skilled craftsmanship is evident, as everything functions beautifully. The video highlights the rarity of such cutaway firearms due to the value of original examples.

This video provides a foundational overview of headspacing in firearms, with a specific focus on the AK-47 platform. The presenter clarifies what headspacing entails and its critical role in firearm function. Additionally, a common misunderstanding regarding the use and interpretation of GO/NO-GO gauges is addressed and debunked, offering valuable insight for firearm owners and enthusiasts.

This video tutorial, presented by Larry Potterfield of MidwayUSA, demonstrates a gunsmithing technique for modifying the magazine follower of a Mauser 98 bolt-action rifle. The modification allows the bolt to close on an empty magazine, which is a common characteristic of many Mauser designs that prevents accidental dry-firing or chambering of a round when the magazine is depleted. The process focuses on angling the rear of the magazine follower to achieve this functionality.

This video demonstrates the critical gunsmithing process of lapping the locking lugs on a Mauser 98 bolt-action rifle. Larry Potterfield explains how to use Dykem Steel Blue layout fluid and a Baker lug lapping tool with 600 grit compound to achieve at least 80% lug contact. This procedure is essential for improving rifle accuracy and ensuring proper function.

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.