Chiappa Firearms CF340155 .22 LR 4.75" 10-Round Revolver

The Chiappa Firearms CF340155 .22 LR 4.75" 10-Round Revolver is a compact, lightweight sidearm engineered for training, plinking, and low-recoil marksmanship development. Chambered in .22 Long Rifle, this revolver delivers minimal muzzle rise and negligible recoil, making it ideal for shooters building fundamental handgun skills or for those seeking an economical practice platform. The 4.75-inch barrel strikes a practical balance between sight radius and portability, while the 10-round capacity maximizes trigger time between reloads—a significant advantage in skill-building scenarios where volume of fire matters.

Built with Chiappa's proven revolver reliability, the CF340155 features a traditional double-action/single-action mechanism that cycles smoothly and consistently. The 4.75-inch barrel provides superior velocity and accuracy compared to shorter rimfire revolvers, while the compact overall profile and 2.6-pound weight eliminate fatigue during extended range sessions. The 10-round cylinder capacity is notably higher than conventional .22 revolvers, reducing reload frequency and increasing practical time on target. This design makes the firearm equally effective for learners, competitive shooters, and tactical trainers integrating low-report practice weapons into training curricula.

Law enforcement academies, civilian shooting schools, and military trainers widely employ .22 LR revolvers for foundational marksmanship instruction, where cost efficiency and reduced noise allow extended practice without hearing protection concerns. The Chiappa CF340155 is compatible with standard .22 Long Rifle ammunition—the most affordable and widely available rimfire cartridge on the market. Its manageable recoil impulse makes it suitable for junior shooters, shooters with limited hand strength, or anyone transitioning from air rifles to centerfire platforms. The lightweight design and straightforward manual-of-arms ensure reliable function in both indoor and outdoor environments.