Weatherby 307 Range XP 7mm 24 2+1 Range XP 2.0 Bolt-Action Rifle

The Weatherby 307 Range XP 7mm 24 2+1 Range XP 2.0 Bolt-Action Rifle delivers precision and reliability for long-range hunters and tactical shooters demanding accuracy beyond 300 yards. This rifle is purpose-built for shooters who require sub-MOA performance in a platform that balances weight, ergonomics, and firepower. Whether you're pursuing game at extended distances or conducting precision training, the Weatherby 307 Range XP addresses the critical need for a modern, user-centric bolt-action platform that doesn't sacrifice field performance for bench-rest convenience.

Built on a proven three-lug bolt design, the Weatherby 307 Range XP 7mm features a 24-inch barrel optimized for the 7mm cartridge, delivering superior velocity and ballistic efficiency without excessive length. The Range XP 2.0 platform incorporates a free-floating barrel design that isolates the shooting assembly from stock vibration, critical for shot-to-shot consistency. Weighing 9.3 pounds fully assembled, this rifle achieves a balance that allows all-day field carry without fatigue while maintaining the rigidity needed for precision fire. The 2+1 magazine capacity (two in magazine, one chambered) provides adequate rounds for most hunting and tactical scenarios while keeping the firearm compact for navigation through brush and barriers.

This rifle is ideal for hunters who need reliable performance on elk, moose, and long-range game, as well as competitive shooters and law enforcement marksmen requiring a dependable precision platform. The 7mm cartridge delivers excellent downrange energy retention and wind deflection resistance, making it a first choice for shots beyond 400 yards. The Weatherby 307 Range XP 2.0 accepts standard aftermarket optic mounts and rail systems, allowing integration with modern scopes, rangefinders, and tactical accessories. Proper maintenance of the free-floating barrel and periodic cleaning of the three-lug bolt ensure long-term accuracy and reliability in variable field conditions.