The Sturm Ruger New Model Single-Six, chambered in .17 HMR, is an exquisite example of a single-action revolver that marries classic design with modern performance. Manufactured in 2003, this revolver stands out with its blued finish and smooth walnut grips adorned with Ruger medallions. Collectors and shooting enthusiasts alike will appreciate its excellent bore condition, sharp rifling, and the inclusion of the original factory case and owner's manual. Whether for plinking at the range or as a treasured addition to a collection, this revolver promises reliability and precision.
Overall, the Ruger New Model Single-Six is in very good condition, showing only light, superficial signs of prior handling or use. Light scratching and scuffing are present, but the bore remains in excellent condition with a clean, mirror finish and sharp lands and grooves.
Included in the sale are the original factory case and the owner's manual, providing everything you need to maintain and appreciate this fine firearm.
Delving into its features, the New Model Single-Six boasts a 6.5" barrel, a 6-round capacity, and a single-action only (SAO) mechanism. The front ramp sight and adjustable notched rear sight enhance accuracy, making it a great choice for target shooting and small game hunting. The .17 HMR (Hornady Magnum Rimfire) caliber ensures impressive accuracy and higher velocity, paired with minimal recoil. First introduced in 1953, the Single-Six series was designed to meet the demand for a dependable single-action revolver, and this model continues that tradition with modern ammunition.
Reasons to own this revolver are plentiful. Its blend of precision and tradition offers exceptional accuracy and a satisfying shooting experience. The stunning blued finish and smooth walnut grips provide a classic Western aesthetic, while the meticulous craftsmanship ensures long-lasting reliability. Whether you're a collector looking for a piece of history or a shooter seeking a reliable range companion, the Ruger New Model Single-Six in .17 HMR is an ideal choice.