Kimber 2K11 Stainless Target .45 ACP 13 1911 Pistol

The KIMBER 3500072 2K11 STNLSS TARGET MODEL OR 45 13R represents the evolution of the classic 1911 platform into a high-capacity duty and competition powerhouse. Designed for shooters who demand the legendary ergonomics of a 1911 with the modern necessity of increased magazine capacity, this firearm bridges the gap between traditional craftsmanship and tactical utility. Whether you are transitioning from a single-stack duty weapon or seeking a robust platform for home defense, this handgun provides the firepower required in high-stakes environments. It serves as a premier choice for professionals who refuse to compromise on caliber or capacity in a modern sidearm.

Built on an enhanced sub-frame, the KIMBER 3500072 2K11 STNLSS TARGET MODEL OR 45 13R ensures superior magazine fit and recoil control during rapid strings of fire. The stainless steel slide is factory milled as an Optic Ready (OR) platform, allowing for the seamless integration of red dot sights to improve target acquisition speeds. An integrated accessory rail provides a secure mounting point for tactical lights or lasers, while the target-grade components ensure match-level accuracy across various distances. The .45 ACP chambering paired with a 13-round magazine offers a significant ballistic advantage without the excessive bulk typically associated with double-stack designs.

This firearm is ideal for law enforcement officers, competitive shooters, and enthusiasts looking for a reliable, high-capacity .45 ACP solution. The Target Model designation indicates a focus on precision, making it equally capable on the competitive range or in a professional tactical holster. Users will find the sub-frame geometry promotes a high grip for better bore axis management, which is critical when managing the kinetic energy of a .45 ACP. With its optic-ready slide and accessory rail, the KIMBER 3500072 2K11 STNLSS TARGET MODEL OR 45 13R is a versatile asset that adapts to diverse operational requirements and environmental conditions.