Hammerli Arms 5800300 .22 LR 16.1" 11-Round Threaded Barrel Rifle

The Hammerli Arms 5800300 .22 LR 16.1" 11-Round Threaded Barrel Rifle is a precision small-bore platform engineered for shooters who demand accuracy and modularity in a lightweight package. Built for competitive shooters, trainers, and precision rifle enthusiasts, this rifle delivers the accuracy of centerfire systems at .22 LR economics—ideal for high-volume training, skill development, and cost-effective marksmanship work. The threaded barrel design enables sound suppression and muzzle device customization, making it a tactical choice for shooters operating in noise-sensitive or professional environments.

At 8 lbs and 38.2 inches overall length, the Hammerli 5800300 balances ergonomic handling with stable shooting geometry. The 16.1-inch threaded barrel preserves velocity while offering compact maneuverability—critical for operators and competitors working from varied positions. The 11-round magazine capacity optimizes reload discipline during sustained fire sequences without excessive bulk. Hammerli's precision manufacturing ensures consistent shot-to-shot performance; the .22 LR platform's reduced recoil enables faster target transitions and tighter grouping, translating to measurable skill gains on live targets and in competition.

Law enforcement trainers, military marksmanship instructors, and competitive shooters benefit most from this rifle's precision-to-cost ratio. The threaded barrel accepts standard 1/2x28 suppressor mounts, allowing integration with sound-reduction systems for indoor range work or tactical training scenarios where hearing protection is already deployed. Ammunition compatibility is universal across modern .22 LR platforms, and the 11-round magazine design feeds reliably through diverse ammunition types, ensuring zero downtime during training cycles. This rifle serves dual roles as a dedicated precision trainer and a modular platform for shooters seeking sub-MOA accuracy without the expense or complexity of larger-caliber systems.