Taylor's & Co. & Company 556204DE .357 Magnum 4.75" 6-Round Revolver

The Taylor's & Co. 556204DE .357 Magnum 4.75" 6-Round Revolver delivers classic revolver reliability in a modern tactical package. Purpose-built for shooters who demand a dependable sidearm without unnecessary complexity, this single-action revolver suits law enforcement training, sport shooting, and duty carry applications where proven mechanical simplicity outperforms automation. The 4.75-inch barrel provides the ballistic sweet spot—sufficient velocity for .357 Magnum performance while maintaining handling agility in confined spaces or vehicle operations.

Built on proven single-action revolver geometry, the 556204DE features a crisp, predictable trigger pull characteristic of quality machined lockwork—no takedown springs or firing pin assemblies to wear or misalign over thousands of rounds. The 6-round cylinder in .357 Magnum maximizes capacity while maintaining structural integrity and fast reload cycles. At 3.33 lbs, the revolver achieves optimal balance between recoil management and rapid target reacquisition, particularly when firing full-power magnum loads. The 4.75-inch barrel length enables proper sight radius for precision work at combat and recreational distances while keeping overall length manageable for holster fit and vehicle carry.

This revolver excels for shooters transitioning from modern semi-automatics who need manual-of-arms simplicity—rotate cylinder, index round, press trigger, rotate again. Law enforcement and military personnel familiar with revolver platforms will find the ergonomics intuitive and the reliability record exceptional. The .357 Magnum chambering accepts both .357 and .38 Special ammunition, providing flexibility in practice and duty loads. Dimensions of 15.9 inches overall and 7.7 inches in width accommodate standard duty and concealment holsters designed for traditional revolver profiles. The mechanical simplicity ensures minimal training overhead and maximum reliability in high-stress scenarios where semi-automatic malfunctions become operator errors.