Taylor's & Co. & Company 556217DE .45 Colt 3.5" 6-Round Revolver

The Taylor's & Co. & Company 556217DE .45 Colt 3.5" 6-Round Revolver represents a modern take on classic single-action revolver design, built for shooters who demand historical authenticity paired with practical performance. This revolver suits law enforcement training, competitive cowboy action shooting, historical reenactment, and civilian carry where traditional aesthetics meet modern reliability. The .45 Colt cartridge has proven itself across more than a century of service in both military and civilian roles, making it an enduring choice for those seeking stopping power in a compact platform.

Weighing 2.94 lbs with a 3.5-inch barrel, this revolver balances manageability with practical sight radius and adequate velocity for .45 Colt loadings. The 6-round cylinder capacity provides adequate ammunition supply for most duty and sport applications while maintaining the slender profile that makes single-action revolvers comparatively concealable. The compact 3.5-inch barrel length reduces overall length to 7.7 inches, making this revolver suitable for both open and concealed carry without excessive bulk, while the fixed sights deliver reliable target acquisition in varied lighting conditions. Taylor's traditional manufacturing approach ensures mechanical reliability and smooth cylinder indexing critical for defense or sport scenarios.

This revolver benefits shooters committed to single-action platforms who prioritize controlability over magazine dependency. Law enforcement instructors use comparable systems for historical marksmanship training and transition drills, while sport shooters favor single-action revolvers in competitive environments where traditional aesthetics factor into category rules. The .45 Colt chambering supports both standard cowboy loads and modern magnum pressures, granting users flexibility in ammunition selection based on intended use. Proper holster selection and regular maintenance ensure reliable long-term service in field conditions.