ATI ATIGKOF20TF28RTC 3" 2-Round Camo Over/Under Shotgun

The ATI ATIGKOF20TF28RTC 3" 2-Round Camo Over/Under Shotgun is a compact, dependable platform purpose-built for hunters, sport shooters, and tactical operators who demand reliability in a lightweight package. American Tactical Inc engineered this over/under design to deliver the proven balance of the two-barrel platform—offering shooters the flexibility to select between two different loads or shot types without reloading. At 8.9 lbs, this firearm remains maneuverable in brush, vehicle, or confined spaces while maintaining the structural integrity expected from a mil-spec-adjacent manufacturer.

The over/under configuration positions both barrels vertically, reducing the gun's footprint and lateral profile—a critical advantage when transitioning through doorways or tight tactical environments. The 3-inch chamber accommodates standard 20-gauge ammunition, 2-round capacity, and the camo finish provides field-appropriate concealment across varied terrain without the maintenance burden of bare metal or parkerized surfaces. The 28-inch barrel length balances sight radius and handling; long enough to deliver effective patterns at distance, yet short enough to avoid catching on gear or vehicle structures during rapid deployment.

This shotgun excels for hunters transitioning between upland game and waterfowl, sport clay competitors, and operators qualifying with shotgun platforms for entry or breaching certifications. The two-round capacity, while modest by modern standards, forces disciplined shooting and makes this firearm ideal for training environments where trigger control and accuracy matter more than volume of fire. Dimensions of 31.5 inches in overall length keep the gun compliant with federal and most state regulations while maintaining practical field proportions. Whether mounted in a vehicle rack, slung across chest gear, or staged for home defense, the ATI over/under delivers dependable performance without requiring specialized ammunition or exotic maintenance protocols.