The Browning X-Bolt 2 Medallion is a precision bolt action rifle designed for hunters and shooters who demand exceptional performance and classic craftsmanship. Chambered in 6.5 Creedmoor, this firearm offers excellent accuracy and versatility for a variety of shooting applications. Its polished blued finish provides a durable, corrosion-resistant surface while maintaining an elegant appearance. The rifle features a Grade III gloss walnut stock with a refined wood grain and a comfortable, ergonomic grip, making it an attractive and functional choice for both field and range use. With an overall length of approximately 42 inches and weighing just over 7 pounds, the X-Bolt 2 Medallion balances ease of handling with stability for precise shooting. The rifle is equipped with a 4-round magazine, providing quick reload capabilities, and is designed without iron sights to accommodate a wide range of scopes and optical accessories. The bolt action mechanism ensures smooth operation and reliable performance in the field. Notable features include an adjustable DLX trigger for customizable pull weight, allowing shooters to tailor the firearm to their preferences for enhanced accuracy. The rifle's finish and craftsmanship make it a standout choice for serious hunters and enthusiasts seeking a high-quality, reliable rifle in 6.5 Creedmoor. Whether for big game hunting or precision target shooting, the Browning X-Bolt 2 Medallion delivers outstanding performance and craftsmanship in a well-balanced package.
Features:
- Caliber: 6.5 Creedmoor for versatile hunting and target shooting
- Finish: Polished blued surface for durability and corrosion resistance
- Stock: Grade III gloss walnut for classic appearance and comfortable grip
- Capacity: 4+1 round magazine for reliable feeding and quick reloads
- Action: Bolt action for smooth operation and accuracy
- Trigger: Adjustable DLX trigger for personalized pull weight
- Barrel: Preferred blanks carbon fiber barrel for enhanced accuracy
- Sights: No sights, scope-ready design for flexibility in optics choice
