Carlson's Delta Waterfowl 2 Pack 12 Gauge Medium and Long Range Waterfowl Choke Extended Non-Ported for Benelli Crio Plus

The Carlson’s Delta Waterfowl 2 Pack 12 Gauge Choke Set is engineered for Benelli Crio Plus shotguns, providing hunters with both Medium Range and Long Range options for versatile waterfowl hunting. Crafted from 17-4 stainless steel, these extended non-ported chokes are built to deliver consistent, dense patterns with steel, bismuth, and other non-toxic shot. The Medium Range choke is ideal for decoying birds, while the Long Range choke excels at high flyers and passing shots, giving you the adaptability needed for changing hunting conditions.

Key Features

• Includes Medium Range (Light Modified) and Long Range (Modified/Full) chokes

• Extended, non-ported design for consistent patterns and easy installation

• Made from heat-treated 17-4 stainless steel for strength and durability

• Optimized for use with steel, bismuth, Hevi-Shot, and other non-toxic loads

• Medium Range choke designed for close and decoying shots

• Long Range choke optimized for geese and passing waterfowl

• Precision-engineered for Benelli Crio Plus shotguns

Specifications

• Gauge: 12 Gauge

• Choke Types: Medium Range, Long Range

• Design: Extended, Non-Ported

• Material: 17-4 Stainless Steel

• Thread Type: Benelli Crio Plus

• Game Type: Waterfowl Hunting

• Compatible Loads: Steel, Bismuth, Hevi-Shot, Non-Toxic Shot

Benefits

• Delivers dense and even shot patterns at varying ranges

• Corrosion-resistant stainless steel ensures reliable performance in all conditions

• Quick adaptability between decoying and long-range shots

• Backed by Carlson’s reputation for quality and consistency

Usage Instructions

Thread the chosen choke into your Benelli Crio Plus shotgun barrel, ensuring it is securely tightened before use. Use the Medium Range choke for decoying ducks and close shots, and switch to the Long Range choke for geese or distant waterfowl.

Warranty

Backed by Carlson’s lifetime warranty for long-term reliability.