Ruger Hawkeye FTW Hunter 6.5 Creedmoor 24in Tan and Speckled Synthetic

The Ruger Hawkeye FTW Hunter is a precision bolt-action rifle designed for discerning marksmen, offering exceptional accuracy and reliability. This left-handed model features a 24-inch cold hammer-forged barrel, optimized for the 6.5 Creedmoor caliber, known for its excellent ballistic performance. The rifle boasts a 4-round magazine capacity, ensuring ample firepower for both hunting and target shooting. The Pro-Series H-S Precision tan and black speckled synthetic stock features a full-length aluminum bedding block and slender pistol grip with Pro-Center technology, providing a comfortable shooting experience. The non-rotating Mauser-type controlled round feed extractor ensures positive case extraction, while the fixed blade-type ejector positively ejects empty cases as the bolt is moved fully rearward. The hinged solid-steel floorplate allows for easy unloading without chambering each cartridge, featuring an engraved FTW Hunter logo and patented latch to prevent accidental dumping. A 20 MOA Picatinny rail is secured with four #8-40 screws, enhancing long-range elevation capabilities. The three-position safety is easily accessible, allowing the shooter to lock the bolt or load and unload the rifle with the safety engaged. The LC6 trigger offers smooth, crisp performance right out of the box, increasing accuracy on the range or in the field. The rugged one-piece stainless steel bolt and cold hammer-forged barrel ensure exceptional accuracy and longevity. The Ruger Muzzle Brake System includes a removable radial-port muzzle brake that significantly reduces felt recoil, which can be replaced by the included dynamically-matched muzzle weight without changing the bullet's point of impact. Additionally, studs for mounting sling swivels are included, making this rifle versatile for various shooting applications. Whether you're a seasoned hunter or competitive shooter, the Ruger Hawkeye FTW Hunter left-handed rifle is engineered to withstand harsh environments while delivering pinpoint accuracy.