Ruger-57™ Magazine Maintenance Tech Tip

This video provides a clear, step-by-step guide on how to field strip and reassemble the Browning Hi-Power pistol. It highlights key differences from the 1911 design, such as its linkless barrel system, and emphasizes safety precautions throughout the process. The demonstration covers magazine removal, chamber checks, slide stop manipulation, spring and barrel removal, and the reverse process for reassembly.

This guide details the comprehensive restoration process for a 3-inch M5 Anti-Tank Gun and its M6 carriage, led by an expert from Ordnance.com. It covers initial disassembly, addressing seized components with heat and oil, reassembly of mechanisms, and final preparation for blasting and painting. The process emphasizes meticulous documentation and a strategic approach to bring historical ordnance back to functional and aesthetic condition.

This guide details the field stripping and reassembly process for the Browning Model 1910 pistol. It covers the unique barrel bushing removal mechanism, recoil spring assembly, and the steps to separate and rejoin the slide, barrel, and frame. The process highlights the pistol's blowback design and John Browning's engineering.

This expert guide details the step-by-step cleaning and maintenance procedure for the Ruger Red Label III Over/Under Shotgun, as demonstrated by a Ruger firearms instructor. It covers complete disassembly, thorough cleaning of all components including the bore and choke tubes, proper lubrication techniques, and safe reassembly, emphasizing critical safety precautions throughout.

This expert-level guide details the step-by-step disassembly of the Ruger 10/22 rifle, as demonstrated by a Ruger firearms instructor. It emphasizes crucial safety precautions, lists the necessary tools (a 5/32 Allen key and a small punch), and walks through removing the action screw, separating the stock, and disassembling the receiver components. This procedure is essential for proper cleaning and maintenance of the popular .22 LR rifle.

This guide details the disassembly process for the gas trap variant of the M1 Garand, highlighting its differences from the later, more common models. It involves removing the bolt and operating rod first, then a specific screw to release the gas trap, followed by the sight block, before the gas trap assembly can be rotated off. This early design proved less reliable than the later gas piston system.

This video provides an expert overview of the Ruger-57 pistol, presented by an official Ruger representative. It details the advantages of the 5.7x28mm cartridge, the pistol's mechanical features like its delayed blowback action and ambidextrous safety, and its ergonomic design. The guide also covers sight options and optics mounting, emphasizing a comfortable shooting experience with low recoil.

This expert-level guide details the step-by-step reassembly of the Ruger Mark III pistol, presented by an authoritative instructor from Ruger Firearms. It covers crucial steps like ensuring the firearm is unloaded, proper alignment of the barrel and receiver, seating the bolt and firing pin stop, and completing function checks. The guide emphasizes avoiding common mistakes that could damage the firearm, such as improper hammer strut alignment or a missing firing pin stop.

This expert guide details the step-by-step disassembly of the Ruger AR-556 rifle, presented by a Ruger representative. It covers essential safety checks, handguard removal, receiver separation, and detailed breakdown of the bolt carrier group, including the bolt, cam pin, and extractor. The instructions emphasize proper technique for each component.

This video provides an expert overview of the Ruger AR-556 MPR, highlighting its key features and components. From a Ruger representative, viewers learn about the rifle's 18-inch 5R rifled barrel, rifle-length gas system, 15-inch M-LOK handguard, and the precision of the Elite 452 two-stage trigger. The build quality, including Magpul furniture and a 9310 steel bolt, is emphasized for its value and performance potential.