Hammerli Arms 5170500 .22 LR 5" 13-Round Threaded Barrel Pistol

The Hammerli Arms 5170500 .22 LR 5" Threaded Barrel Pistol represents precision engineering purpose-built for competitive shooters, firearms trainers, and tactical practitioners who demand reliable .22 LR performance without compromise. This Swiss-manufactured platform delivers the accuracy and consistency required for competitive shooting disciplines, including International Practical Shooting Confederation (IPSC) events and precision-focused training applications. The threaded barrel configuration enables sound suppression compatibility, making it ideal for noise-sensitive training environments and extended practice sessions where hearing protection cycling becomes impractical.

Built with Hammerli's signature precision-grade construction, the 5170500 features a 5-inch threaded barrel (.22 LR optimal for subsonic suppressor compatibility) paired with a 13-round magazine capacity that maximizes stage efficiency during competitive fire or extended drills. The pistol's balanced 3.62-pound weight and compact 8.6-inch overall length facilitate natural point-of-aim development and reduced fatigue during intensive training cycles. The threaded muzzle accepts standard .22 LR suppressors, enabling shoot-through capability while maintaining accuracy standards and reducing noise signatures—a critical asset in low-light tactical scenarios or shared training facilities where noise restrictions apply.

Law enforcement firearms instructors and military small-arms specialists rely on .22 LR platforms for fundamental marksmanship development, ammunition-efficient qualification protocols, and cost-effective high-volume training without sacrificing shot-to-shot consistency. The Hammerli Arms 5170500 serves competitive shooters transitioning between division categories, trainers building standardized curricula across student cohorts, and precision-focused practitioners who understand that suppressor-ready platforms extend operational versatility in evolving tactical environments. Its robust design tolerates suppressor mounting across extended shooting sessions while maintaining zero stability—essential for validating accuracy gains throughout longer training blocks.