Pointer FT4 20/28 Black synthetic furniture Shotgun

The Pointer FT4 20/28 BLK/SYN is a modern 20-gauge shotgun built for hunters, sport shooters, and tactical applications requiring reliable, repeatable performance in the field. This gas-operated semi-automatic delivers the ballistic flexibility of a 20-gauge platform with the ergonomics and durability expected in contemporary sporting shotguns. Whether you're upland hunting, clay shooting, or conducting training exercises, the FT4 platform provides the versatility and handling characteristics professionals and serious shooters demand.

Built on proven gas-action mechanics, the Pointer FT4 features a 28-inch barrel with a matte blue finish that resists corrosion and provides a professional appearance suitable for both hunting and sport use. The synthetic stock in black offers weather resistance and durability without the maintenance demands of wood furniture, making it ideal for harsh field conditions. The fiber-optic front sight delivers quick target acquisition and superior visibility across varying light conditions—a critical advantage in low-light hunting scenarios or dynamic shooting situations. With a 3+1 capacity, the shotgun holds three rounds in the magazine tube plus one in the chamber, providing adequate firepower for most hunting and sport-shooting applications while maintaining a balanced, maneuverable platform.

The Pointer FT4 20/28 is purpose-built for shooters seeking a lighter-recoiling alternative to 12-gauge platforms without sacrificing shot-string effectiveness. The 20-gauge chambering reduces shooter fatigue during extended shooting sessions—a direct benefit for hunters working full days afield or competitors running multiple stages. The lightweight synthetic design at approximately one pound makes this shotgun easy to carry over long distances while maintaining sufficient mass for stable aim and reduced muzzle rise. This configuration works exceptionally well for youth shooters, smaller-framed adults, and anyone prioritizing recoil management without compromising terminal ballistics or reliability.