Weatherby Range XP 2.0 .308 Winchester 20" 20+2 Bolt-Action Rifle

The Weatherby 307 Range XP 2.0 in .308 Winchester is a modern bolt-action rifle engineered for long-range accuracy and rapid operator adaptation in the field. Designed with tool-less disassembly, this platform allows shooters to field-strip the bolt without additional equipment—a critical advantage during extended range sessions or field maintenance scenarios. The rifle combines precision engineering with practical operator ergonomics, making it suitable for precision shooting, hunting, and tactical training environments where reliability and accuracy are non-negotiable.

Key specifications include an M16-style extractor for positive case extraction and dependable ejection—a proven design that operates reliably across ammunition variables and extended firing strings. The rifle ships with a TriggerTech Field trigger, externally adjustable to shooter preference, paired with an Accubrake muzzle device for recoil management and shot-to-shot recovery. A fluted barrel reduces weight without compromising rigidity, while the Magpul removable magazine system offers both standard and AICS-pattern magazine compatibility. The vertical grip stock features an adjustable cheekpiece, critical for consistent optics alignment across different shooting positions. Total weight of 9.1 lbs balances maneuverability with stability during precision work.

This configuration serves serious rifle shooters—competitive long-range competitors, precision hunters, and trained operators—who demand a platform that minimizes setup time while maximizing accuracy potential. The .308 Winchester cartridge delivers proven ballistic performance to 1,000+ yards while maintaining reliability across a wide range of ammunition types. The 20+2 capacity notation reflects magazine loading: a 20-round magazine paired with two additional rounds in the chamber and magazine tube for immediate engagement readiness. Shooters evaluating the 307 Range XP 2.0 will recognize a rifle optimized for minimizing operator error and mechanical inconsistency, with field-proven ergonomics and rapid maintenance capability.