Taylor's & Co. & Company 550175DE .357 Magnum 20" 11-Round Pistol

The Taylor's & Co. 550175DE .357 Magnum 20" Octagon revolver represents a purpose-built platform for shooters who demand historical authenticity paired with modern reliability. This single-action revolver serves law enforcement training, competitive cowboy action shooting, and civilian marksmanship programs where traditional ergonomics and straightforward mechanical operation are valued over contemporary designs. The 20-inch octagonal barrel and 11-round capacity make this revolver suitable for extended shooting sessions and scenarios requiring sustained accuracy without frequent reloading.

Built on proven single-action mechanics, the Taylor's & Co. revolver chambers the potent .357 Magnum cartridge, capable of generating velocities that benefit significantly from the 20-inch barrel length—longer sight radius translates directly to improved target acquisition and precision at distance. The octagonal barrel design reduces weight while maintaining structural rigidity, and the extended barrel profile provides superior velocity development compared to shorter configurations. At 6 pounds, the platform achieves a balanced weight-to-length ratio that minimizes fatigue during extended shooting drills while maintaining controllability in rapid-fire sequences typical of competitive or training environments.

This revolver is ideal for competitive shooters in Single Action Shooting Society (SASS) events, law enforcement academy instructors seeking reliable training platforms, and precision-focused enthusiasts who prioritize mechanical simplicity and historical design philosophy. The 11-round capacity and .357 Magnum chambering provide tactical flexibility—officers and instructors appreciate the ability to load .38 Special ammunition for lower-recoil training without mechanical modification. The extended 20-inch barrel particularly benefits shooters engaging targets beyond 50 meters, where sight radius and velocity provide measurable accuracy advantages in both timed competition and real-world application scenarios.