Details Brand: Retay Model: Ace Upland Ultralight Gauge: 20 Chamber: 3" Action: Semi Auto Capacity: 3 Application: Hunting Barrel Length: 24" Barrel Description: Vent Rib, Deep Bore Drilled Barrel Material: Steel Barrel Finish: Black Stock Description: Recoil Pad, Checkered Grips Stock Material: AA Grade Walnut Stock Finish: Satin Length Of Pull: 14.5" Orientation: Right Hand Sights: Fiber Optic Choke Configuration: Crio Plus Chokes Included: C, IC, M, IM, F Receiver Description: Inertia Plus Rotating Bolt Receiver Material: Aluminum Receiver Finish: Black Safety: Crossbolt Weight: 5 lb 11 oz Features The Retay Ace Upland Ultralight in 20 Gauge (24″) is designed for hunters who demand an exceptionally lightweight, fast-handling semi-automatic shotgun without sacrificing performance. The AA-grade satin walnut stock provides a refined, traditional look while delivering solid handling characteristics, enhanced by checkered grips for added control in the field. A recoil pad helps mitigate felt recoil, improving comfort during long days afield, while the 14.5-inch length of pull promotes a natural, consistent mount. The crossbolt safety ensures straightforward, dependable operation, making the shotgun intuitive and reliable in fast-paced hunting situations. The 24-inch steel barrel features a deep bore drilled design combined with a vent rib, enhancing shot consistency while maintaining a quick, responsive swing ideal for upland hunting scenarios. Finished in black for durability, the barrel is paired with a fiber optic front sight for improved target acquisition in varying light conditions. The Crio Plus choke system, including C, IC, M, IM, and F tubes, allows shooters to fine-tune pattern performance across different loads and environments. Powered by Retay’s Inertia Plus rotating bolt system, the lightweight aluminum receiver ensures smooth, reliable cycling in a compact platform. Weighing just 5 pounds 11 ounces, the Ace Upland Ultralight 24″ offers an exceptionally nimble and responsive shotgun built for mobility, speed, and refined field performance.