How to Glass Bed a Bolt Action Rifle Presented by Larry Potterfield of MidwayUSA

This comprehensive guide details the process of glass bedding a rifle using Brownells Acraglas Gel, as demonstrated by Caleb from Brownells on a Savage Model 110. The technique focuses on achieving a consistent, precise fit between the rifle's action and stock to enhance accuracy. Key steps include meticulous preparation of both the stock and action, proper application of release agents, precise mixing and application of the epoxy, and careful curing and trimming for a professional finish.

This video details the installation of an MDT chassis system onto a Ruger American Ranch bolt action rifle. The presenter also demonstrates how to tuck a suppressor within the new chassis. The upgrade aims to enhance the rifle's aesthetics and functionality, with plans for future magazine integration and potential optic changes.

This guide details the process of glass bedding a Ruger Mini-14 receiver to its stock using a quick-setting epoxy. It covers preparation steps like applying release agents and shoe polish, mixing and applying the bedding compound, clamping the action, curing, and separating the components. The video emphasizes precision and careful removal of excess material to improve firearm accuracy and stability. It also touches on reassembly and final checks.

This YouTube video, titled "How to Glass Bed a Ruger Mini 14 ~ PART I," provides an updated and corrected guide to glass bedding a Ruger Mini 14 rifle. The description emphasizes that viewers should disregard any previous instructions and follow this new two-part series. This content focuses on a specific gunsmithing technique for improving firearm accuracy and stability.

This guide details the installation of a TriggerTech aftermarket trigger into a Remington 700 rifle action. The process involves removing the old trigger by carefully driving out two pins and then installing the new trigger with its corresponding pins. The video emphasizes the importance of engaging the safety before pin removal and performing a thorough function check post-installation. It also covers the adjustment of pull weight and mentions the availability of different trigger grades and shoe profiles.

This guide details the process of sporterizing a Swiss K31 rifle, focusing on improving accuracy through glass bedding and scope mounting. The expert instruction from Polenar Tactical emphasizes non-permanent modifications to preserve historical value while enhancing performance. Key steps include stock preparation, precise bedding, and the installation of modern optics.

This guide details a high-speed Cowboy Action Shooting stage, demonstrating expert transitions between a lever-action rifle, dual single-action revolvers, and a side-by-side shotgun. It highlights efficient manual shotgun reloading techniques from a belt carrier, showcasing advanced proficiency in competitive shooting disciplines. The video emphasizes speed and accuracy across multiple firearm types.

This video provides an expert-level demonstration of the Mosin-Nagant M91/30 PU Sniper rifle. It covers visual inspection, the proper loading procedure for 7.62x54R ammunition, and live fire at an outdoor range, showcasing bolt manipulation and recoil control. The demonstration is presented in a silent, ASMR-style format by an authoritative demonstrator.

This guide details the complex process of reboring a Winchester 1885 Low Wall rifle from .32 Rimfire to .357 Magnum, addressing a pitted bore. Expert gunsmith Larry Potterfield demonstrates disassembly, barrel removal, specialized reboring at Delta Gun Shop, chambering, crowning, action conversion, and final marking/finishing. The process highlights advanced machining techniques and specialized tools required for such a conversion.

This guide details the cycle of operation for the Winchester Model 12 shotgun, as explained by Larry Potterfield of MidwayUSA using a cutaway model. It covers loading, safety engagement, firing, extraction, and chambering. The explanation highlights the hammerless pump-action design and internal component interactions, offering valuable insights for gunsmithing and understanding firearm mechanics.