TriStar Arms 98751 Matrix Full 20 Gauge 3" 6-Round Semi-Auto Shotgun

The TriStar Arms 98751 Matrix Full 20 Gauge 3" 6-Round Semi-Auto Shotgun delivers reliable, field-proven performance in a platform built for tactical applications, home defense, and sport shooting. Purpose-engineered for shooters who demand a semi-automatic action without the complexity of larger 12-gauge systems, this 20-gauge semi-auto combines manageable recoil with serious stopping power. The 6-round magazine capacity and 3-inch chamber support both standard and magnum loads, making it versatile for varied mission profiles from entry-level operators to experienced shooters seeking a lightweight defensive shotgun.

Built on proven inertia-driven semi-auto mechanics, the Matrix platform cycles reliably across a spectrum of ammunition types—critical in defensive scenarios where ammunition variation is inevitable. The full-length magazine tube and fixed capacity of 6 rounds provide practical carry and deployment speed without excessive weight; at 8.4 pounds, the shotgun remains controllable even during extended use or rapid follow-up shots. The 37.8-inch overall length and balanced 3-inch barrel geometry minimize muzzle rise and shooter fatigue, while the 20-gauge chambering delivers substantial energy transfer with reduced frame stress compared to 12-gauge alternatives, extending service life and improving durability in high-round-count operations.

Law enforcement trainers, home defenders, and tactical competitors benefit most from the TriStar Matrix's combination of reliability, ergonomics, and ammunition flexibility. The semi-auto platform suits shooters who prioritize shot placement and reduced recoil management over raw magazine capacity, particularly in confined spaces or vehicle operations where compact profile matters. This shotgun integrates readily with standard tactical furniture and is compatible with 20-gauge ammunition in both 2.75-inch and 3-inch specifications, allowing shooters to optimize load selection for their specific environment while maintaining platform standardization and supply-line efficiency.