Henry Repeating Arms H1 X Model .22 LR 16.5" 13-Round Rifle

The Henry Repeating Arms H1 X Model .22 LR 16.5" 13-Round Rifle is a lever-action platform purpose-built for precision marksmanship, training, and tactical applications where accurate fire and reliable operation are non-negotiable. Designed for law enforcement training academies, military marksmen, and civilian shooters who demand sub-MOA accuracy at intermediate range, this .22 LR rifle delivers the ballistic discipline required for shot placement fundamentals without the recoil management overhead of centerfire platforms. The 13-round capacity and 16.5-inch barrel strike the optimal balance between maneuverability in confined spaces and sight radius for precision engagement.

Henry's lever-action design combines mechanical reliability with ergonomic handling—the rotating bolt and fixed firing pin eliminate common failure modes found in semi-automatic .22 platforms. At 6.25 pounds unloaded, this rifle maintains shootable balance during extended training cycles while the 16.5-inch barrel optimizes velocity and accuracy without introducing unwieldy length that compromises tactical room-clearing or vehicle entry scenarios. The hardened steel receiver and American manufacturing ensure durability under high round-count training protocols; the .22 LR cartridge enables extended dry-fire equivalent practice sessions and cost-effective ammunition logistics for academy and duty training.

Law enforcement instructors, military marksmanship coaches, and competitive shooters benefit from this rifle's proven track record in abbreviated-range accuracy drills and foundational skills development. The lever-action mechanism is compatible with standard Henry .22 LR ammunition and integrates seamlessly into structured training environments where shot-to-shot consistency and mechanical simplicity reduce variables during instruction. Its lightweight profile and low recoil signature make it ideal for junior marksmen programs and personnel transitioning from air rifle discipline into live-fire environments.