Jeb's High Voltage Waterfowl Ported Choke Tube for 12 ga Benelli Crio .695

The Jeb's High Voltage Waterfowl Ported Choke Tube for 12 gauge Benelli Crio .695 is a precision-engineered choke tube designed to deliver tight, consistent shot patterns across steel, lead, bismuth, and alternative shot materials. Built around Jeb's patented High Voltage design, this tube tightens your shot stream while reducing pellet deformation, translating to denser, more lethal patterns at extended waterfowl ranges where long-distance accuracy separates successful hunts from missed opportunities.

The .695 constriction is optimized for waterfowl applications, creating a more uniform shot dispersion than standard chokes while the ported design helps manage recoil and allows gases to escape laterally rather than pushing back into the action. This geometry proves especially valuable when running high-velocity waterfowl loads through your Benelli Crio platform. The tube's construction maintains compatibility with steel shot—mandatory in many waterfowl regulations—without the pattern degradation typical of conventional chokes designed primarily for lead.

Waterfowl hunters targeting distant ducks and geese will find this Benelli Crio choke tube addresses the fundamental challenge of modern waterfowl shooting: maintaining pattern integrity and energy delivery beyond traditional 40-yard effective ranges. The High Voltage design's shortened shot stream reduces wind drift at distance, delivering more pellets on target where it matters most. Installation is straightforward—simply remove your existing choke tube and hand-screw this replacement into your Benelli's standard choke socket.

Jeb's choke tubes have earned respect among serious waterfowl hunters for their ability to produce measurably tighter patterns and more predictable performance than factory alternatives. The 12 gauge platform remains the standard for waterfowl, and upgrading from a factory choke to a purpose-built aftermarket tube like this one typically yields noticeable improvements in pattern density and consistency—factors that directly impact success rates in the field.