Kensight Elliason Adjustable Rear Target Sight w/ Fiber Optic Blade – Fits 2020+ Colt Python, Anaconda & King Cobra Target

Upgrade the factory sight on your modern Colt snake gun with the authentic Kensight Elliason Fully Adjustable Rear Target Sight. Designed specifically for the post-2020 generation of Colt revolvers—including the 2020+ Colt Python,Colt Anaconda, and King Cobra Target—this premium sight combines classic Elliason target geometry with modern high-visibility fiber optic aiming.

Wire-EDM machined from a single solid billet of 4140 chrome-moly steel and heat-treated to RC 38–40, this sight eliminates the loose tolerances, mushy clicks, and drift issues common in standard factory assemblies. Positive, audible click adjustments for both windage and elevation give you match-grade repeatability shot after shot. The rear blade is deeply serrated to cut glare and fitted with dual fiber optic inserts that draw in ambient light for rapid sight acquisition in varied lighting conditions.

CRITICAL COMPATIBILITY NOTE: This sight is engineered strictly for new-production Colt revolvers manufactured from 2020 to present (featuring factory adjustable rear sights). It DOES NOT FITvintage or original Colt revolvers produced between 1955 and 1999 (which use Kensight Accro-pattern sight SKU 860-302).

Key Features

• Built for 2020+ Colt Revolvers: Direct drop-in upgrade for modern factory adjustable rear sight cutouts on 2020+ Python, Anaconda, and King Cobra Target models.

• Precision Wire-EDM Machined: Cut from solid 4140 chrome-moly alloy steel (never cast or metal injection molded) for tight tolerances and structural rigidity.

• Dual Fiber Optic Target Blade: Anti-glare horizontal serrations combined with bright fiber optic rods deliver an uncluttered, high-contrast sight picture.

• Audible & Tactile Click Adjustments: Precision screw mechanisms deliver positive, repeatable adjustments for elevation and windage.

• Limited Lifetime Warranty: Backed by Kensight's factory warranty against construction and material defects.