Carlson's Flush Mount Replacement Improved Modified Choke Tube for 12 ga Beretta/Benelli Mobil .700

The Carlson's Flush Mount Replacement Improved Modified Choke Tube for 12 ga Beretta/Benelli Mobil .700 is a precision-engineered shotgun choke designed for shooters who demand reliability in the field or on the range. Built for 12-gauge semi-automatic shotguns with Beretta/Benelli mobile choke systems, this flush-mount choke tube delivers the pattern control and durability required by tactical operators, hunters, and sport shooters. The improved modified constriction offers a balanced spread pattern suitable for medium-range applications where precision matters.

Manufactured from 17-4 heat-treated stainless steel, this choke tube withstands the pressures and corrosion that come with repeated firing cycles and varied ammunition types. The 17-4 stainless steel alloy is a premium material choice that resists pitting and degradation, ensuring long-term performance in harsh environments. The improved modified constriction sits between full and modified, tightening the shot pattern for extended range while maintaining usable spread at closer distances—ideal for buckshot patterns in home defense or barrier-blind hunting scenarios. Both steel and lead shot are compatible; however, steel shot larger than BB should be limited to more open chokes, while BB and smaller steel loads function reliably through full constriction.

This replacement choke is engineered specifically for Beretta and Benelli Mobil shotgun platforms, ensuring seamless installation into the factory choke tube system without modification. Law enforcement and military personnel who carry Benelli M4 or similar platforms will find this tube a direct upgrade for precision and durability. Hunters working waterfowl, upland game, or tactical courses benefit from the predictable pattern of improved modified constriction. The lightweight design (0.14 lbs) has no impact on gun handling, and the flush-mount profile prevents snagging on gear or terrain—critical for operators moving through complex environments.