TriStar Arms 33130 Trinity II 12 Gauge 3" 2-Round Over/Under Shotgun

The TriStar Arms 33130 Trinity II 12 Gauge 3" 2-Round Over/Under Shotgun is a purpose-built firearm designed for tactical applications, sport shooting, and home defense where reliability and fast target transitions matter. This over/under platform combines traditional shotgun handling with modern ergonomic principles, making it accessible to operators ranging from law enforcement to civilian shooters seeking a proven, field-tested platform. The two-round capacity and compact profile deliver sufficient firepower for close-quarters scenarios while maintaining balance and control during high-stress deployments.

Built on an over/under action, the Trinity II chambers full 3-inch magnum loads, providing velocity and energy consistent with modern shotgun ballistics for buckshot, slugs, and specialty ammunition. The two-round capacity—one round per barrel—allows rapid target engagement and reload cycles typical of tactical shotgun operations. At 9.4 pounds, the firearm maintains manageable weight during extended carry and deployment while providing sufficient mass for recoil control and consistent shot placement. The compact 33.5-inch overall length reduces muzzle clearance concerns in confined spaces without sacrificing sight radius or handling geometry essential for accuracy under pressure.

This shotgun benefits law enforcement breaching teams, tactical units, and civilian home defenders who prioritize reliable performance and fast follow-up shots in high-consequence environments. The over/under configuration's inherent strength and simplicity make it ideal for operators who require minimal maintenance in field conditions. TriStar's established reputation for producing rugged firearms ensures parts availability and service support across law enforcement and civilian markets. The Trinity II's balanced ergonomics support both right and left-handed shooters with standard controls, making it suitable for team environments where operator training and standardization accelerate proficiency and reduce handling errors.