Gforce Arms GFONE1224MO1 One Turkey 12 Gauge 3" 3+1 24" Steel Barrel, Picatinny Rail Receiver, Fixed Mossy Oak Bottomland Synthetic Stock

The GFORCE Arms GFONE1224MO1 One Turkey 12 Gauge 3" shotgun delivers purpose-built performance for upland and waterfowl hunting with its 24-inch steel barrel and fixed Mossy Oak Bottomland synthetic stock. This 12-gauge features a 3+1 magazine capacity (accepting 3-inch magnum loads plus one round in the chamber) and includes a Picatinny rail receiver for mounting optics, lights, or other tactical accessories without gunsmithing.

The 24-inch barrel balances maneuverability in dense brush with shot pattern consistency at extended ranges—a critical trade-off for hunters working varied terrain. The One Turkey ships with six interchangeable choke tubes that allow field adjustment between tight patterns for distant birds and open patterns for close-quarters flushing. A Benelli Crio choke configuration ensures compatibility with standard aftermarket chokes, providing flexibility hunters expect. Front and rear swivel studs accommodate slings for hands-free carry, while the fixed synthetic stock resists weather damage and requires minimal maintenance in wet conditions.

This shotgun suits turkey, duck, and upland game hunters seeking a versatile platform without unnecessary complexity. The 9.07-pound weight sits within the practical range for all-day field carry, and the Mossy Oak finish blends effectively in autumn and winter habitat. Hunters transitioning from manual or semi-automatic shotguns will find the straightforward manual operation reliable in mud, debris, and cold conditions where mechanical failures are unacceptable.

The Picatinny rail receiver expands capability beyond iron sights alone—red dots, slug scopes, and night-vision adapters mount securely for specialized hunting scenarios. At this capacity and barrel length, the GFONE1224MO1 occupies the middle ground between compact tactical shotguns and long-range slug platforms, making it practical for hunters who demand both range flexibility and field portability.