Videos tagged with Revolver Timing

This discussion clarifies the distinction between assembling firearms from kits and true gunsmithing. Genuine gunsmithing involves diagnosing and repairing complex issues, often requiring fabrication or modification of parts, rather than simply putting pre-made components together. The experts emphasize the importance of experience, humility, and continuous learning in the field, warning against overconfidence and the dangers of unqualified individuals attempting repairs.

This guide details how to check the timing on revolvers, a critical aspect of their mechanical function for safety and accuracy. The video demonstrates the correct procedure for both single-action and double-action modes, highlighting common failure points. Instruction comes from an expert with high technical knowledge of historical firearm mechanics.

The video discusses what constitutes the 'most dangerous' handgun to carry, focusing on user error and firearm design flaws rather than inherent danger. The speaker highlights carrying single-action guns cocked without being locked, the risks associated with unfamiliar firearms, and malfunctions like slam fires. Specific firearms mentioned include the P320, 1911, Desert Eagle .50 AE, Smith & Wesson 69, Kel-Tec, Zip 22, and Davis Industries P380, with discussions on their potential dangers.

This video by Sully from Line 45 debunks the myth of revolvers being foolproof, detailing six common failure points. It covers bullet creep, high primers, debris under the ejector star, timing issues, internal lock engagement in S&W revolvers, and operator-induced failures like short-stroking. The instructor emphasizes practical checks and maintenance to ensure reliability.

This video explains the fundamental mechanics of revolver timing, focusing on the interaction between the cylinder star, cylinder lock, and hand. It details how damage or wear to the hand or star can cause timing issues, leading to misfires or cylinders not aligning correctly. The guide outlines the repair process, which typically involves replacing the damaged component and potentially fitting new parts for optimal function.

This video explains the most common mechanical failure in revolvers: timing issues. The speaker, TheYankeeMarshal, details how a revolver out of time fails to properly align the cylinder chamber with the forcing cone, leading to bullet shaving, reduced accuracy, and potential damage to the forcing cone. He advises checking timing by firing in single-action mode to observe if the cylinder locks up before the hammer falls.

This video provides a mechanical demonstration of Colt revolver timing mechanisms, contrasting them with Smith & Wesson and Ruger revolvers. The instructor explains that the perceived 'timing issues' on Colts are often a result of their design, where the cylinder stop engages later in the trigger pull, leading to a crisper break. This is presented as a characteristic difference rather than a universal flaw, with genuine timing issues being distinct from this design feature. The demonstration aims to correct misinformation and alleviate concerns about Colt revolvers' functionality.

This video details the process of timing and reducing friction in an Austrian Gasser revolver, likely an 1898 model made in 1918. The instructor, Mark Novak, demonstrates how to identify and address internal drag points, polish critical surfaces, and even carefully bend the trigger nose with heat to resolve interference issues with the trigger guard. The guide also covers clearing binding points in the grip and reassembling complex components like the loading gate spring.

This video debunks the myth that slamming a revolver cylinder shut is harmless. Instructors explain that this action can bend the yoke assembly, leading to misalignment and timing issues in revolvers, particularly affecting models like Smith & Wesson K-frames and Colts. While some heavily reinforced revolvers like Ruger GP-100s or Redhawks might tolerate it, it's generally advised against to preserve the firearm's timing and function.

This video highlights an exception to a common revolver timing check method using a Swedish Lefaucheux revolver. The standard method of firing the hammer and holding the trigger to check cylinder lock-up fails on this specific firearm due to its design and conversion process. The cylinder rotates freely when the hammer falls, indicating a timing issue.

This video details a common timing issue in Colt New Army revolvers, highlighting the unique scalloped cylinder stops and the role of the hand and gate in achieving proper alignment. The instructor explains how to diagnose and address back-travel or inconsistent cylinder lock-up, often stemming from issues with the hand spring or the hand's engagement with the cylinder stops.

This video focuses on a crucial aspect of revolver maintenance: timing. It aims to educate viewers on whether their revolver is properly timed, a key factor in its reliable operation. While the provided data is limited to the title and description, it indicates a short review or 'clip' derived from more in-depth content. The description explicitly links to a full "Revolver 101" video for further learning, suggesting a foundational approach to revolver mechanics and maintenance. The content is likely aimed at revolver owners and those interested in understanding their firearms better.