Kimber Ss Target Ls .45 ACP 6" 7-Round Stainless 1911 Pistol

The Kimber Stainless Steel Target Long Slide .45 ACP is a precision-engineered 1911 semi-automatic pistol built for competitive shooters and serious range enthusiasts. The 6-inch stainless steel barrel delivers superior sight radius and velocity consistency, making it ideal for accuracy-demanding applications where every shot counts. This full-size platform combines Kimber's reputation for manufacturing excellence with features specifically configured for target work and fine-tuning fundamentals.

The extended 6-inch barrel maximizes the ballistic potential of the .45 ACP cartridge while the long-slide design provides the extended sight radius essential for precision work. The adjustable rear sight paired with a fiber optic front sight enables rapid target acquisition and fine sight-picture adjustments without tools. Matte stainless finish resists corrosion during extended range sessions, and the 7-round magazine capacity aligns with standard 1911 ergonomics. Wood grips provide traditional aesthetics while delivering reliable grip texture for consistent hand-positioning during repeated firing cycles.

This platform serves competitive shooters, precision pistol competitors, and .45 ACP enthusiasts who prioritize accuracy over capacity. The long-slide configuration and sighting system make it particularly well-suited for USPSA production or limited divisions, precision training courses, and dedicated range work. Operators who value the .45 ACP's stopping characteristics and appreciate the 1911's single-action trigger control will find the target-specific geometry supports consistent shot placement and follow-up accuracy.

The .45 ACP cartridge delivers substantial energy with moderate velocity, and the 6-inch barrel length optimizes that platform for target distances. As a full-size 1911, this model maintains the platform's reputation for reliability in semi-automatic operation and parts availability, making it a logical choice for shooters already invested in the ergonomics and ecosystem of that design.