Rock Island Armory Tac Ultra Fs .45 ACP 5" 14-Round 1911 Pistol

The Rock Island Armory Tac Ultra Fs .45 ACP 5" 14-round 1911 pistol represents a modern evolution of the 1911 platform designed for tactical applications where reliability and capacity matter. Built for law enforcement, military personnel, and serious civilian shooters, this full-size 1911 bridges the gap between classic ergonomics and contemporary 1911 innovation. The platform's proven track record in defensive and duty roles makes it a dependable choice for shooters who demand a .45 ACP platform with genuine magazine capacity without sacrificing the single-action trigger and grip angle that define the 1911 experience.

The 5-inch barrel delivers the performance envelope you expect from a full-size tactical 1911—short enough for holster carry and vehicle stowage, long enough to generate the velocity and sight radius the .45 ACP cartridge demands. The 14-round magazine capacity is the standout specification; this high-capacity magazine setup distinguishes the Tac Ultra Fs from traditional 1911s and addresses one of the platform's most common limitations in dynamic duty scenarios. The pistol features a tactical profile optimized for professional use, with design elements that accommodate modern accessories, support consistent firing grip, and maintain the low bore axis that reduces muzzle rise during rapid fire—critical for follow-up shot accuracy in time-constrained engagements.

This pistol is ideal for duty shooters, law enforcement agencies evaluating capacity-enhanced 1911 platforms, and experienced tactical operators who prioritize single-action ergonomics with genuine round count. The Rock Island Armory Tac Ultra Fs works seamlessly with standard 1911 holsters and accessories while the extended magazine capacity opens duty-specific applications where traditional 8-round 1911 magazines present logistical constraints. For shooters committed to the 1911 platform who refuse to compromise on magazine capacity or reliability, this configuration delivers both without sacrificing the mechanical advantage and ergonomic familiarity the platform provides.