TriStar Matrix Inertia 20 Gauge Semi-Auto Shotgun 28" Realtree Max-7

The TriStar Matrix Inertia delivers reliable semi-automatic performance with a proven inertia-driven operating system that cycles consistently across various loads. This 20-gauge platform combines the manageable recoil of the smaller bore with the versatility needed for waterfowl, upland birds, and small game hunting.

What Makes This Different

The inertia operating system requires no gas ports or pistons, reducing maintenance requirements and eliminating gas fouling issues common in gas-operated designs. The 3-inch chamber accommodates both standard 2¾-inch and magnum 3-inch shells, providing load flexibility from light target rounds to heavy waterfowl loads. The synthetic stock construction resists weather damage while maintaining consistent dimensions across temperature extremes.

Key Features

• Inertia-driven semi-automatic action for reliable cycling
• 3-inch chamber handles 2¾" and 3" 20-gauge shells
• 28-inch barrel optimized for hunting applications
• Realtree Max-7 camouflage pattern for concealment
• Synthetic stock and forend resist weather damage
• 5+1 capacity for extended shooting sessions
• Three interchangeable choke tubes included

Field performance centers on the inertia system's ability to function reliably with minimal cleaning in dusty or wet conditions. The 28-inch barrel length provides sufficient velocity for effective range while maintaining maneuverability in dense cover. Hunters targeting waterfowl benefit from the Realtree Max-7 pattern's effectiveness in marsh environments, while upland hunters appreciate the balanced handling characteristics.

Technical Specs

• Gauge: 20-gauge, 3-inch chamber
• Barrel Length: 28 inches
• Capacity: 5+1 rounds
• Action: Inertia-driven semi-automatic
• Stock: Synthetic with Realtree Max-7 finish
• Chokes: 3 tubes included (configurations vary)
• Overall Length: Approximately 49 inches
• Weight: Approximately 6.8 pounds

The Matrix Inertia represents a practical choice for hunters seeking semi-automatic reliability without the complexity of gas systems. The combination of proven mechanics, weather-resistant construction, and versatile chambering addresses the core requirements of serious field use.