Charles Daly 930407 601 12 Gauge 3" 5-Round Semi-Auto Shotgun

The Charles Daly 930407 12 Gauge 3" 5-Round Semi-Auto Shotgun is a reliable, modern sporting and tactical platform engineered for shooters who demand consistent performance in duty, competitive, and home-defense applications. Built on proven semi-automatic inertia-driven technology, this shotgun delivers the fast follow-up capability and ergonomic handling characteristics that law enforcement and military users expect from a modern 12-gauge platform. The 3-inch chamber accommodates both standard 2¾-inch and magnum 3-inch ammunition, providing flexibility across a wide range of loads and tactical scenarios.

The Charles Daly semi-auto shotgun weighs 8.5 pounds and measures 38.3 inches overall, striking a practical balance between controlability and mass-driven reliability in semi-automatic cycling. The 5-round magazine tube capacity suits both tactical and sport-shooting applications, while the semi-automatic action eliminates manual cycling between shots, reducing fatigue during extended training sessions and enabling rapid target transitions. The inertia-driven operating system is inherently simple—fewer moving parts mean easier field maintenance and reduced likelihood of short-stroke malfunctions under adverse conditions. At 7.5 inches of width and 3 inches of height, the receiver profile remains compact enough for mounting common tactical accessories and optics platforms.

This shotgun is ideal for shooters seeking a duty-grade semi-auto platform for home defense, personal protection, or 3-gun competition without premium pricing. Law enforcement trainers and military-adjacent civilian users will appreciate the predictable handling and ammunition compatibility; the ability to cycle both standard and magnum loads makes it adaptable to inventory constraints or mission-specific load selection. The Charles Daly 930407 accepts common shotgun accessories and is compatible with standard rail systems for optics mounting. Proper maintenance—regular cleaning of the inertia system and magazine tube—ensures reliable long-term performance in demanding environments.