Carlson's 20 Gauge Skeet Target .615 Choke Flush Non-Ported for Winchester Win-Choke

Product Overview
Maximize your Winchester 20-gauge shotgun performance with Carlson’s 20 Gauge Skeet Target .615 Choke. Designed for precision skeet and target shooting, this flush, non-ported choke delivers consistent, tight patterns for close-range accuracy. Its .615 Skeet constriction ensures reliable pellet distribution, making it ideal for competitive shooters and recreational target enthusiasts alike.

Key Features
• .615 Skeet constriction for tight, uniform shot patterns
• Flush, non-ported design maintains shot integrity and minimizes pellet deformation
• Precision-machined steel construction for durability and consistent performance
• Compatible with Winchester Win-Choke 20-gauge shotguns
• Perfect for skeet, trap, and general target practice
• Corrosion-resistant finish ensures long-lasting use

Performance Benefits
• Produces precise, consistent patterns for superior close-range accuracy
• Open Skeet constriction optimizes short-range shooting performance
• Flush design prevents gas blowback and ensures smooth pellet flow
• Long-lasting steel construction withstands repeated use in field and range conditions

Specifications
• Gauge: 20 Gauge
• Choke Type: Skeet Target
• Constriction: .615 Skeet
• Design: Flush, Non-Ported
• Material: High-Quality Steel
• Finish: Corrosion-Resistant
• Compatibility: Winchester Win-Choke 20-Gauge Shotguns

Usage Instructions
Ensure the shotgun is unloaded before installation. Lightly coat choke threads with lubricant, hand-screw the choke into the barrel until snug, and periodically check tightness to maintain optimal performance.

Durability and Warranty
Crafted from premium steel with a corrosion-resistant finish for reliable long-term performance. Backed by Carlson’s warranty for confidence and consistency in every shot.

Upgrade your Winchester 20-gauge shotgun with Carlson’s 20 Gauge Skeet Target .615 Choke for exceptional close-range patterning, reliable accuracy, and durable long-term performance.