Iver Johnson Arms Arms EAGLEXL45TT Eagle 6" 9-Round 1911 Pistol

The Iver Johnson Arms Eagle XL 45 ACP is a full-size 1911 platform pistol purpose-built for duty, self-defense, and competitive shooting applications. This 6-inch barreled variant delivers the proven ergonomics and reliability of the classic 1911 design in a modern production package suitable for law enforcement, armed security, and civilian shooters who demand a service-grade .45 ACP platform. The Eagle XL 45 combines traditional 1911 geometry with contemporary manufacturing standards, making it accessible for both experienced tacticians and shooters transitioning to the platform.

The 6-inch barrel provides superior velocity and sight radius compared to compact variants, extending effective range and improving sight picture control during precision shooting. At 4.31 pounds, this all-steel construction delivers the substantial recoil management and durability required for high-round-count training and duty use, while the single-action trigger breaks cleanly for accurate shot placement. The 9-round capacity balances magazine thickness with modern defensive requirements, and the full-size frame accommodates shooters across hand sizes with confident grip control and natural point-of-aim. Steel construction throughout ensures longevity under sustained fire and field conditions typical of professional and competitive environments.

The Iver Johnson Arms Eagle XL 45 is ideal for duty-rated carry, home defense applications, and shooters seeking a customizable platform with robust aftermarket support. Law enforcement, armed security personnel, and serious civilian defensive shooters benefit from the 1911's ergonomic controls and magazine interchangeability within the platform ecosystem. Standard 1911 holsters, magazines, and accessory rails accommodate the Eagle XL 45, enabling seamless integration into established loadouts and training protocols. Whether for qualification training, duty carry, or competition, this full-size .45 ACP delivers proven stopping power and operational reliability in a time-tested platform.