Chiappa Little Sharps .22 LR 24" Walnut Stock Rifle

The Chiappa Little Sharps .22 LR 24" Walnut is a precision single-shot rifle that bridges historical rifle design with modern small-caliber accuracy. Built by Chiappa Firearms—known for faithful reproductions of classic American rifle mechanics—this 24-inch barreled rifle delivers the mechanical simplicity and inherent accuracy of a true Sharps-pattern action in a practical package for contemporary shooters.

The Little Sharps chambers .22 LR, offering low-recoil precision shooting ideal for developing proper trigger control and sight picture without the cost-per-round burden of larger centerfire calibers. The 24-inch barrel provides sufficient velocity for the rimfire cartridge while the color case-hardened receiver showcases traditional metallurgical finish work. The hand-oiled walnut stock and forend provide both aesthetic character and functional grip in various shooting positions. At 8.19 lbs, the rifle balances pointability with stability on the bench or field. The single-shot design eliminates mechanical complexity, making it inherently reliable and straightforward to maintain.

This rifle serves shooters seeking deliberate, mechanical precision work—target discipline, small-game applications where single accurate shots are preferred, and enthusiasts who value rifle craft over semi-automatic convenience. The Chiappa Little Sharps .22 LR appeals to those interested in traditional rifle mechanics without the historical cost of original Sharps rifles, offering direct connection to 19th-century American rifle design in a contemporary .22 platform.

Single-shot rifles remain steadily relevant in precision shooting communities. The Chiappa Little Sharps represents accessible entry into this category, delivering verifiable mechanical heritage and the fundamental accuracy advantages of a fixed-barrel, single-trigger design. Whether for learning rifle fundamentals or dedicated target work, the Little Sharps .22 LR provides deliberate shooting without unnecessary complexity.