Winchester Repeating Arms 525214102 .22 LR 16.5" 11-Round Bolt-Action Rifle

The Winchester Repeating Arms 525214102 .22 LR 16.5" 11-Round Bolt-Action Rifle is a precision rimfire platform engineered for shooters who demand accuracy, reliability, and straightforward operation. Chambered in .22 Long Rifle, this rifle delivers the ballistic consistency and low recoil impulse that define modern tactical training and recreational marksmanship. Winchester's heritage in bolt-action rimfire design ensures that every round fires true, making this rifle an ideal choice for zeroing fundamentals, transition drills, and high-volume practice at ranges where precision matters.

Built on a rigid bolt-action mechanism, the Winchester 525214102 eliminates the variables of semi-automatic cycling, allowing shooters to focus on trigger control and sight picture without mechanical distraction. The 16.5-inch barrel provides a compact sight radius while maintaining velocity stability across quality .22 LR ammunition, and the 11-round detachable magazine supports extended practice sessions with minimal downtime. Weighing just 6.8 pounds, this rifle minimizes fatigue during extended training blocks, and the streamlined profile—measuring 44.8 inches overall—makes it equally at home in a crowded training bay or field environment. The bolt-action feed cycle enforces discipline and consistency, characteristics that transfer directly to centerfire rifle competency.

Law enforcement academies, military marksmanship instructors, and civilian competitors rely on Winchester rimfire rifles to build and validate shooting fundamentals without the cost and noise associated with centerfire training. The 11-round magazine capacity accommodates timed fire exercises and allows shooters to engage multiple targets before reloading, testing consistency under controlled conditions. Its lightweight construction and short overall length make it practical for shooters of all statures, and the straightforward bolt-action design requires minimal maintenance compared to semi-automatic systems, ensuring maximum range time and minimal downtime between training blocks.