Bergara Rdg Wldrnss Sp 6.5 Creedmoor 18" 4-Round Cerakote Bolt-Action Rifle

The Bergara RDG Wilderness SP 6.5 Creedmoor 18" 4-Round Cerakote Bolt-Action Rifle delivers precision performance in a compact, lightweight platform built for hunters and tactical shooters who demand reliability in remote terrain. Chambered in 6.5 Creedmoor—a cartridge proven for extended range accuracy and moderate recoil—this rifle bridges the gap between traditional hunting ergonomics and modern tactical requirements. At 8.88 lbs, the Wilderness Ridge offers genuine portability without sacrificing sight radius or functional capacity, making it ideal for backcountry applications where every ounce matters.

Built on Bergara's proven B-14 action, this rifle features a precision-engineered bolt-action mechanism with a 4-round magazine, delivering fast, reliable cycling under field conditions. The 18-inch barrel balances velocity retention with maneuverability—critical for navigating timber and rough country—while the Cerakote finish provides superior corrosion resistance and durability in wet, harsh environments. The compact 50-inch overall length reduces snag hazards and improves handling in tight cover, while the controlled-round-feed design ensures dependable feeding across varying ammunition loads and conditions typical of field use.

This rifle excels for long-range hunters tackling western terrain, precision rifle competitors favoring lighter rigs, and tactical marksmen operating in austere environments where weight discipline is non-negotiable. The 6.5 Creedmoor chambering supports factory and handloaded ammunition across a wide velocity range, allowing shooters to dial in precision loads without special feeding considerations. Picatinny rail integration on the receiver accommodates modern optic mounts and accessories, enabling rapid customization for specific missions. Law enforcement and military scouts benefit from the compact profile and proven B-14 reliability, while civilians value the balance of accuracy, portability, and inherent safety engineering.