12ga Invector DS LR Cremator by Carlson Choke Tube

Maximize your long-range waterfowl hunting performance with the Carlson’s 12 Gauge Invector DS LR Cremator Choke Tube, precision-engineered for Browning shotguns using the Invector-DS choke system. Designed for shots beyond 40 yards, this Long-Range (LR) choke delivers dense, consistent patterns that make it ideal for high-flying ducks and geese. Featuring Carlson’s exclusive Triple Shot Technology (TST), the Cremator Series reduces pellet deformation, extends the shot string, and improves pattern efficiency for cleaner, more effective kills. Built from 17-4 heat-treated stainless steel, it offers unmatched durability and corrosion resistance for tough hunting conditions.

Key Features:

• Gauge: 12 Gauge

• Choke Type: Long-Range (LR) – ideal for shots beyond 40 yards

• Compatibility: Fits Browning shotguns with the Invector DS choke system

• Cremator Series with Triple Shot Technology (TST): Reduces pellet deformation and improves pattern density and consistency

• Material: Crafted from 17-4 heat-treated stainless steel for strength and rust resistance

• Shot Compatibility: Safe for steel, bismuth, TSS, Hevi-Shot, and lead (where permitted)

• Pattern Performance: Delivers tight, uniform long-range shot patterns for waterfowl success

• Finish: Matte black oxide minimizes glare and protects against the elements

• Laser-Etched Markings: Easy-to-read choke identification

• Made in the USA and backed by Carlson’s lifetime warranty

Why Choose the Carlson Invector DS LR Cremator Choke Tube?

• Perfect for long-range waterfowl hunting, especially for geese and high-flying ducks

• Triple Shot Technology delivers tighter patterns with less pellet deformation

• Compatible with all major non-toxic and traditional shot types

• Durable construction withstands harsh field conditions

• American-made quality backed by Carlson’s lifetime warranty

The Carlson’s 12 Gauge Invector DS LR Cremator Choke Tube is a trusted choice for hunters who demand precision, power, and pattern performance at extended distances.