The Savage Arms AXIS 2 Pro Forest is a precision bolt-action rifle designed for hunters and marksmen seeking reliable performance in a lightweight package. Featuring a durable Gun Metal Bronze Cerakote finish, this firearm offers corrosion resistance and a sleek appearance suitable for various outdoor conditions. Its ergonomic Camo Stock with Savage Forest Camo pattern ensures a comfortable grip and excellent concealment in natural environments. The rifle is chambered in 6.5 Creedmoor, a popular caliber known for its flat trajectory and high accuracy at extended ranges, making it ideal for hunting and target shooting.
Equipped with Savage's renowned AccuTrigger, the AXIS 2 Pro Forest allows for precise, user-adjustable trigger pulls to enhance shooting accuracy. The rifle's Spiral Fluted Sporter Barrel not only contributes to weight reduction but also improves heat dissipation, maintaining consistent barrel performance during extended shooting sessions. The one-piece rail provides a stable platform for mounting optics, even though the firearm does not come with sights or an illuminated reticle included. The rifle features a 4+1 capacity, with a detachable magazine for quick reloads, and weighs approximately 6.8 pounds, making it easy to carry during long hunts.
Designed for versatility and durability, this firearm measures around 40.5 inches in overall length, suitable for various hunting terrains and shooting styles. Its bolt-action mechanism ensures smooth cycling and reliable operation. Whether you're an experienced hunter or a precision shooter, the AXIS 2 Pro Forest delivers exceptional performance with its high-quality components and thoughtful design. The combination of robust construction, modern finishes, and customizable features makes this rifle a valuable addition to any firearm collection or hunting arsenal.
Features:
- AccuTrigger: User-adjustable trigger for enhanced shooting precision
- One Piece Rail: Stable mounting platform for optics
- Spiral Fluted Sporter Barrel: Reduces weight and improves heat dissipation
