Videos tagged with Cylinder Stop

This expert guide details the distinct functions of the cylinder stop and locking bolt in the Tranter 1879 revolver, as explained by an authoritative instructor. It clarifies how the locking bolt prevents rotation at rest, while the cylinder stop, aided by the hand mechanism, controls rotation and ensures precise alignment. The explanation highlights the Tranter's dual-system approach compared to other revolvers.

Slamming a revolver shut, akin to 'Dirty Harry,' can severely damage the pawl (cylinder stop), leading to critical timing issues and potential catastrophic failure. Proper firearm care ensures the cylinder aligns perfectly with the barrel, maintaining safety and longevity. This video emphasizes treating revolvers with care to prevent mechanical damage.

This analysis delves into the internal mechanisms of the new Colt Python revolvers, comparing them to older models to identify the cause of reported failures. The primary issue is identified as a redesigned 'hand' component, likely made from cast/MIM material with a thin, sharp point that shears off during rapid firing or 'short-stroking,' leading to cylinder rotation failures. While other internal parts appear improved, the hand's metallurgy and design are deemed problematic.

This expert guide, presented by TheYankeeMarshal, details the critical differences between the cylinder stop mechanisms of a Smith & Wesson Pro Series and a Chiappa Rhino 40DS. It highlights how the Rhino's mechanically locked stop offers superior lockup integrity compared to the spring-retained S&W design, which can be susceptible to 'cylinder slop' under recoil. The comparison emphasizes the importance of robust internal firearm design for reliability.