Carlsons Bone Buster 2 Pack Bismuth 12 Gauge Medium and Long Range Waterfowl Choke Set Extended Non-Ported for Browning Invector DS

Upgrade your waterfowl hunting setup with the Carlsons Bone Buster 2 Pack Bismuth 12 Gauge Medium and Long Range Choke Set, engineered for Browning Invector DS shotguns. This premium set includes medium and long-range chokes designed to deliver tight, dense shot patterns for ducks, geese, and other waterfowl, ensuring superior accuracy at multiple distances. Constructed from stainless steel and designed for extended, non-ported installation, these chokes offer unmatched durability and consistent performance.

Features and Benefits

• 2 Pack Choke Set – Includes medium and long-range chokes for versatile hunting scenarios.

• Extended, Non-Ported Design – Provides secure fit and precise shot alignment with reduced recoil.

• Bismuth Shot Compatible – Eco-friendly alternative to lead, maintaining high pattern density.

• Premium Stainless Steel Construction – Resistant to corrosion and designed for long-lasting field performance.

• Browning Invector DS Threading – Perfect fit for your shotgun, ensuring reliable and safe installation.

• Waterfowl Optimized – Ideal for hunting ducks, geese, and other migratory waterfowl.

• Carlson Quality Engineering – Consistent shot patterns and dependable performance in all conditions.

Specifications

• Gauge: 12 Gauge

• Constriction: Medium and Long Range

• Design: Extended, Non-Ported

• Material: Stainless steel

• Thread Type: Browning Invector DS

• Range: Medium and Long

• Game Type: Waterfowl – ducks, geese

• Finish: Stainless steel

• Included Items: 2 chokes (medium and long range)

• Warranty: Limited lifetime manufacturer warranty

Product Value

The Carlsons Bone Buster 2 Pack Bismuth Medium and Long Range Waterfowl Choke Set provides maximum versatility, tight shot patterns, and long-range precision, making it an essential addition to any serious waterfowl hunter’s gear. This set ensures reliable performance and consistent results across varying distances and conditions.