Savage Arms Factory Tour

Gunwerks is implementing vertical integration across its manufacturing processes for rifle receivers, barrels, and stocks. This strategy aims to enhance quality control, reduce lead times, and provide better value to customers. The company is bringing in-house the machining of critical components like receivers and barrels, focusing on precision dimensions and proprietary processes. For stocks, vertical integration significantly reduced lead times from 12 months to approximately 12 days, enabling greater customization and faster delivery.

This video provides an in-depth look at the manufacturing process of the Arex Rex Zero 1 S pistol, showcasing the journey from raw materials to the finished product. It highlights the advanced machinery and meticulous quality control employed at the Arex factory in Slovenia, offering a transparent view of modern firearm production. The industrial and cinematic presentation emphasizes precision engineering and assembly.

This guide details the intricate manufacturing process of the L1A1 SLR rifle, as presented by Jonathan Ferguson of the Royal Armouries. It covers the extensive machining, heat treatment, and quality control steps involved in creating the rifle body, barrel, breech block, trigger housing, furniture, and magazines, culminating in rigorous testing and packing procedures. The process highlights the precision engineering and labor-intensive operations required for military-grade firearm production.

This guide details the installation of Bix'n Andy's Dakota and TacSport Pro X drop-in triggers for Savage rifles. The process involves removing a single pin, detaching the factory trigger assembly, and installing the new unit. The video highlights the ease of installation, noting that the safety button is retained and the trigger mechanism utilizes a patented ball bearing system. Adjustments for pull weight are made via a single screw, with specific tool recommendations provided.

This YouTube video appears to be an in-depth look into the process of designing new rifles. While specific models or calibers are not mentioned in the title or description, the content likely covers the engineering, conceptualization, and development stages involved in creating firearms. Viewers can expect insights into the technical aspects, aesthetic considerations, and functional requirements that drive rifle innovation.

This video demonstrates the industrial process of rifling a Savage Rifle Barrel using a button rifling technique. A factory worker applies lubricant to a rifling rod before pulling it through the barrel blank under high tension, cold-forming the lands and grooves. The process highlights precision handling and standardized industrial safety protocols, showcasing the manufacturing of firearm components.

The redesigned Savage Arms Model 110 represents a significant evolution of a classic bolt-action rifle, blending heritage with modern innovation. Key enhancements include a completely redesigned stock for improved ergonomics and adaptability, featuring adjustable length of pull and comb height for a personalized fit. Internally, it retains the proven button rifle barrel and floating bolt head for accuracy, now complemented by modern materials, a corrosion-resistant finish, and an adjustable ACU trigger. The bolt system has been refined with dual ejectors and enhanced extractors for smoother, more reliable cycling. This next-generation Model 110 is presented as a versatile platform suitable for hunting, long-range precision, and competitive shooting.

Kyle Green of Green Me Outdoors highlights the Savage 110 Ultralight Elite as an ideal rifle for backcountry hunting, particularly for bear hunting in the UP of Michigan. Its folding design, carbon fiber construction, and short barrel with a pistol grip offer significant advantages for portability and maneuverability in dense terrain.

This video provides a detailed walkthrough of the Savage RXR22 semi-automatic .22LR rifle. R.J. from Savage Arms highlights key features including the 10-round rotary magazine with last-round bolt hold open, interchangeable grip modules for enhanced ergonomics, an integrated rail on the receiver for optics, and a threaded barrel with a 1/2x28 pitch. The guide also covers the simple tool-less takedown for stock removal and the straightforward method for removing the trigger group, emphasizing compatibility with aftermarket triggers and barrels.

This video explains how to interpret mirage on a shooting range to estimate wind speed and direction. It details how different mirage angles correlate to specific wind speeds, from a 30-degree angle indicating 2-5 mph to a flat, 'running mirage' suggesting 8-10 mph. The instructor also touches on using the amplitude of the mirage waves for finer wind assessment with high-resolution scopes.