Browning Citori 725 Feather 20 Gauge Over/Under Shotgun with Walnut Stock and Polished Blued Finish

CITORI 725 FEATHER 20/26 3" ACCENTED ENGRAVING|INVECTOR-DS The Browning Citori 725 Feather 20 Gauge Over/Under shotgun offers a perfect blend of craftsmanship and performance for upland game hunters and clay target enthusiasts alike. Featuring a polished blued finish and a finely crafted Grade II/III walnut stock, this firearm combines aesthetic appeal with exceptional durability. The over/under design provides a balanced feel and reliable operation, making it ideal for both novice shooters and experienced hunters. Its 43.75-inch overall length and lightweight design of approximately 6 pounds ensure comfortable handling during extended shooting sessions. The ivory bead sight enhances aiming precision, while the alloy receiver with steel breach ensures longevity and strength in rugged field conditions. The 2-shot capacity allows quick follow-up shots, essential for fast-moving game or competitive shooting scenarios. The Citori 725 Feather's elegant high-relief engraving adds a touch of sophistication, making it a prized addition to any firearm collection. This shotgun is suitable for shooting sports, hunting, and recreational shooting activities, offering reliable performance and timeless aesthetics. Designed by Browning, a reputable manufacturer known for quality firearms, the Citori 725 Feather is a versatile choice for discerning shooters seeking craftsmanship and reliability in a 20 gauge platform. Features: * Accented high-relief engraving for an elegant appearance * Alloy receiver with steel breach for durability and strength * Polished blued finish enhances corrosion resistance and visual appeal * Ivory bead sights for improved aiming accuracy * Wood stock with Grade II/III walnut for a classic look and comfortable grip * Over/under action with a 2-shot capacity for reliable shooting performance * Overall length of 43.75 inches provides balanced handling * Lightweight at approximately 6 pounds for ease of maneuverability