Anvil 074: Chipped Mauser Toe Repair

This guide details a robust method for repairing stripped screw holes in wooden firearm stocks, specifically demonstrated on a Remington 870 recoil pad. It emphasizes drilling out damaged holes, inserting glued wooden dowels, and re-drilling pilot holes for a permanent fix. The technique, presented by Caleb from Brownells, ensures proper alignment and structural integrity, avoiding temporary, less effective solutions.

This video demonstrates the advanced gunsmithing technique of counterboring a severely damaged Mauser rifle muzzle. Mark Novak explains how to set up a lathe precisely using a four-jaw chuck and dial indicators to align the bore, then uses a reamer to remove damaged rifling and create a new, safe crown. The process restores the rifle's integrity without needing a barrel replacement.

This video details the repair of a Husqvarna M46 rifle, addressing both a cracked stock tang and a significant headspace anomaly. The headspace issue was diagnosed as excessive, despite the rifle being confirmed as 9.3x57mm. The stock repair involved reinforcing the cracked tang area using Brownells Acraglas mixed with walnut shavings for color matching.

This video focuses on a less common firearm stock repair, offering a glimpse into the repair process. The description includes various affiliate links for Amazon, Patreon, USCCA, and a music channel, suggesting a content creator who diversifies their offerings. A strong disclaimer emphasizes that the content is for documentary, educational, and entertainment purposes only, with all shooting conducted safely on approved ranges. It strongly advises viewers to have all firearm work performed by licensed individuals and stresses that the creators are not liable for any actions taken based on the video's content.

Master Gunsmith Jack Rowe demonstrates the technique for bending a shotgun stock using a vise and heat. He emphasizes the importance of over-bending to compensate for wood springback and stresses thorough post-bending cleaning to ensure firearm safety and functionality. This technique is crucial for achieving proper gun fit and improving shooter accuracy, especially for aging shooters.

This video details a DIY repair for a rotted shotgun stock using a walnut patch and Brownells Acraglas epoxy. Key steps include trimming damaged wood, selecting and shaping a replacement block with aligned grain, and using mechanical pinning for structural integrity. Proper surface preparation, precise drilling, and secure clamping with surgical tubing are emphasized for a durable and aesthetically pleasing repair.

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.