Carlson's Flush Mount Replacement Skeet Choke Tube for 12 ga Benelli Crio/Crio Plus .720

The Carlson's Flush Mount Replacement Skeet Choke Tube for 12 ga Benelli Crio/Crio Plus .720 is a precision-engineered component designed for competitive and recreational shooters who demand reliability in their shotgun systems. Built to seamlessly integrate with Benelli's renowned Crio and Crio Plus choke systems, this flush-mount choke delivers the constriction consistency required for tight clay target patterns. Whether you're running skeet competitions or pattern testing loads, this replacement tube ensures your Benelli platform maintains factory-grade performance without requiring gunsmithing or specialized tools.

Manufactured from 17-4 heat-treated stainless steel, this choke tube resists corrosion and delivers superior durability in demanding shooting environments. The .720-inch constriction bore is purpose-built for skeet shooting patterns, optimizing shot spread for clay targets at standard yardages. The flush-mount design eliminates snag points on the muzzle and maintains the weapon's aerodynamic profile during rapid transitions. Carlson's engineering allows this choke to safely handle steel shot, lead shot, and heavy tungsten loads like Hevi-Shot across all standard constrictions—a critical advantage for shooters who rotate loads or switch between disciplines without equipment compromise.

Law enforcement trainers and military personnel who rely on Benelli shotguns appreciate this choke's drop-in compatibility and zero-compromise reliability. Installation is straightforward: simply remove the existing choke and hand-tighten the replacement tube—no special equipment required. The compact 1.5-inch length and minimal 0.08-pound weight preserve your firearm's handling characteristics and sight picture alignment. For shooters who own multiple Crio or Crio Plus equipped Benellis, keeping spare Carlson's choke tubes ensures mission-critical consistency across your platform inventory and eliminates downtime during training cycles.