Carlson's 20 Gauge Modified Turkey Choke Flush Non-Ported for Browning Invector Plus
Carlsons Choke Tubes
Product Overview
Enhance your waterfowl hunting precision with Carlson's 12 Gauge Modified Waterfowl Choke. Designed specifically for Browning Invector shotguns, this flush non-ported choke delivers consistent, tight patterns at medium ranges, making it perfect for ducks, geese, and other waterfowl. Built with durability and performance in mind, it ensures reliable accuracy season after season.
Key Features
Gauge Compatibility: 12 Gauge, engineered for Browning Invector shotguns
Choke Type: Modified for improved pattern density at medium ranges
Design: Flush, non-ported construction reduces noise and prevents debris buildup
Material: Precision-machined from high-quality stainless steel for long-lasting performance
Performance: Optimized for waterfowl hunting with steel and non-toxic shot
Ease of Use: Quick installation with standard Browning threading
Maintenance: Easy to clean and maintain for consistent performance
Specifications
Length: Standard 2.5-inch extension
Finish: Polished stainless steel
Pattern Optimization: Ideal for medium-range waterfowl shots, providing tighter groupings
Warranty: Backed by Carlson's limited lifetime warranty
Benefits
Maximizes shot pattern consistency for more successful waterfowl hunts
Flush design preserves shotgun aesthetics and prevents interference with the barrel
Non-ported construction minimizes noise while maintaining accuracy
Compatible with steel and lead shot for versatile hunting applications
Durable stainless steel ensures years of reliable performance
Usage Instructions
Ensure the barrel is clean and free of obstructions
Screw the choke securely into the Browning Invector barrel
Verify fit and test pattern at a safe range before hunting
Carlson’s 12 Gauge Modified Waterfowl Choke Flush Non-Ported for Browning Invector is the ideal upgrade for hunters seeking precision, durability, and consistent medium-range performance. Perfect for serious waterfowl enthusiasts looking to improve accuracy and reliability in the field.