Colt Mfg KCOBRA22-SM4RFO King 4.25" 10-Round Stainless Revolver

The Colt Mfg KCOBRA22-SM4RFO King 4.25" 10-Round Stainless Revolver represents a purpose-built rimfire option for shooters seeking reliable training, small-game harvesting, and recreational marksmanship. This compact revolver is engineered for those who value the proven mechanics of traditional double-action/single-action revolver design combined with the cost efficiency of .22 Long Rifle ammunition. Whether you're a law enforcement trainer, competitive shooter, or precision hunting enthusiast, the King Cobra .22 delivers dependable performance in a practical, carry-friendly platform.

Built with a full stainless steel construction, the 4.25-inch barrel profile balances sight radius and handling characteristics essential for accuracy at typical defensive and sport shooting distances. The revolver's 10-round capacity chambers .22 Long Rifle ammunition, offering extended shooting sessions without frequent reloading—a significant advantage in training drills and high-volume practice scenarios. The stainless finish provides corrosion resistance and low-maintenance durability, critical for operators working in variable environmental conditions. At 4.15 pounds, the Colt King Cobra .22 maintains manageable recoil and muzzle rise, allowing rapid follow-up shots and precise shot placement.

Tactical professionals and civilian shooters benefit from this revolver's reliability in training curricula where ammunition economy directly impacts program feasibility. The compact 8.6 x 2.8-inch profile suits shooters with smaller hands and those transitioning from centerfire platforms seeking reduced recoil and cost-per-round advantages. This firearm integrates seamlessly into defensive training rotations, precision shooting courses, and recreational competitions where .22 Long Rifle performance meets practical accuracy demands. Proper holster selection and retention systems designed for K-frame sized revolvers ensure secure carry and quick accessibility in duty or sport applications.