Anvil 068:1889 Remington top lever spring

This video introduces the Sinclair Remington Ejector Spring Tool, designed specifically for facilitating the removal of the ejector on Remington-style bolt actions. The description highlights its utility for gunsmithing and maintenance tasks related to these popular firearms. A link is provided for viewers to learn more through Brownells' video resources.

This YouTube video is an outtake from a longer episode focused on replacing the top lever spring in a firearm. The title specifically mentions an "1889 Remington," suggesting a test or demonstration related to this particular model. Given the outtake nature and the focus on a specific repair, the content likely provides insights into the mechanics and potential issues of this historical firearm, possibly including a range test or functional check post-repair.

This video demonstrates a repair on a Remington shotgun's trigger guard using brass brazing and a steel backer. The creator emphasizes that this is not a tutorial for beginners and highlights the necessity of advanced skills for such work. They strongly advise against attempting the repair without the required expertise. The video also includes a call to action for viewers to support their content via Patreon.

This video provides an addendum to a previous "Anvil 0128" video, focusing on a specific gunsmithing procedure for an LC Smith shotgun. It details how to address the top lever spring issue without drilling into the lock panel. The video emphasizes the critical importance of punch diameter and warns viewers not to damage the threads in the top lever strut. It explicitly states that this is not a tutorial, but rather a demonstration of the process for experienced individuals, advising those unable to perform at this level not to attempt the procedure. Support for the creators is encouraged via Patreon.

This video details the conservation of a 1961 Remington 870 Magnum, focusing on polishing to restore its original luster rather than a full restoration. The speaker demonstrates that the vintage shotgun remains reliable and performs well at the range after the process. It highlights the value of preserving classic firearms and showcases gunsmithing techniques.

This video details the intricate process of fabricating an original-style tang sight for a Remington Rolling Block target rifle. It covers precise machining of the sight staff and aperture assembly, using custom guides for shaping, and electrochemical etching for elevation markings. The finishing process with Plum Brown aims to match the rifle's antique patina, culminating in a functional and aesthetically correct sight.

This video details a complex gunsmithing process to convert a rare Peabody Rifle from its original 11.15 Romanian Beaumont chambering to .45-70 Government using a sleeve from a Swiss Vetterli barrel. The conversion involves extensive machining of the barrel and breech block, fitting a new extractor, and carefully modifying the chamber for reliable feeding. Crucially, the modification is deemed safe only for black powder loads due to significant thinning of the breech block.

This video details the conservation-focused restoration of a severely flood-damaged Mauser K98. Mark Novak emphasizes preserving original finish over aggressive cleaning, using techniques like rust conversion boiling and careful scraping. Key steps include disassembling the rifle, treating rust with boiling and carding, steaming dents from the wood, and repairing the handguard with polyurethane glue.

This video provides a practical, live-fire demonstration of the 1918 Chauchat light machine gun, focusing on its unique long-recoil action. Mark Novak showcases the weapon's cycling in slow-motion, highlighting the reciprocating barrel and bolt assembly. The demonstration emphasizes the historical significance and operational mechanics of this WWI-era firearm.

This video details the conservation of a barn-found LC Smith 20 Gauge shotgun. Mark Novak demonstrates critical steps including barrel solder testing, proper disassembly with fitted tools, and analysis of the stock's inherent weaknesses. The conservation process involves boiling metal parts to convert rust to black oxide and treating the wood with oil, followed by meticulous reassembly and a successful test fire.