Bergara Rdg Wldrnss 22" 3-Round Threaded Barrel Bolt-Action Rifle

The Bergara RDG Wilderness 22" 3-Round Threaded Barrel Bolt-Action Rifle is a precision hunting and tactical platform engineered for shooters who demand accuracy at distance without compromise. Built on Bergara's proven B-14 action, this rifle combines a compact threaded barrel profile with a lightweight chassis designed for hunters and tactical operators working in rugged wilderness environments. The 7mm PRC chambering delivers superior ballistics and energy retention, making it ideal for medium to large game and extended-range shooting applications where reliability and shot placement matter most.

This rifle features a 22-inch threaded barrel that accepts industry-standard suppressors and muzzle devices, reducing recoil signature and enabling sound-suppressed operation in the field. The three-round detachable box magazine keeps the platform compact while maintaining adequate capacity for hunting and tactical scenarios. At 9.56 lbs, the rifle achieves a balanced weight-to-capability ratio, reducing shooter fatigue during long days afield without sacrificing structural rigidity. The bolt-action mechanism delivers controlled rate of fire, manual safety, and exceptional mechanical accuracy—hallmarks of Bergara's manufacturing precision that has earned respect among military armorers and competitive shooters alike.

Operators and hunters selecting the Bergara RDG Wilderness will appreciate its versatility across hunting, precision rifle competition, and tactical training environments. The threaded barrel opens options for sound suppression or muzzle velocity tuning, while the lightweight design excels in mountain hunting and pack-in scenarios. This rifle pairs seamlessly with modern tactical optics and rail-mounted accessories, allowing end-users to configure the platform for specific mission profiles or game types. Whether deployed for backcountry hunting, precision rifle courses, or defensive applications, the Bergara RDG Wilderness delivers sub-MOA potential and field-proven durability.