
Savage Arms Axis 2 XP Combo Rifle in 270 Win with 22-inch Sporter Barrel and Hardwood Stock
SavageThe Savage Arms Model 32266 Axis 2 XP Combo offers hunters and shooting enthusiasts a versatile and reliable firearm designed for precision and ease of use. Featuring a durable carbon steel receiver and a 22-inch sporter barrel, this rifle delivers excellent performance for hunting and target shooting. The right-hand ergonomic hardwood stock ensures a comfortable grip and improved control during extended shooting sessions, while the matte black finish adds to its sleek appearance and weather resistance. The rifle is equipped with a drilled and tapped receiver, allowing easy mounting of optics or iron sights as per user preference. Its adjustable AccuTrigger provides a smooth and customizable trigger pull, enhancing accuracy and shot consistency. The bolt action mechanism ensures reliable chambering and extraction, with a twist rate of 1:10 inches optimized for the 270 Winchester cartridge, known for its flat trajectory and effective range.
Features:
- Action: Bolt for reliable operation and quick chambering
- Caliber: 270 Winchester, ideal for medium to large game
- Barrel Length: 22 inches, suitable for versatile hunting scenarios
- Capacity: 4+1 rounds, providing ample firepower
- Trigger: Adjustable AccuTrigger for personalized trigger pull
- Overall Length: 42.5 inches, offering a comfortable handling profile
- Weight: 7.8 pounds, balanced for stability and maneuverability
- Stock: Ergonomic hardwood with a brown finish for durability and aesthetic appeal
- Twist Rate: 1:10 inches, optimized for stability with standard 270 Win loads
- Barrel Description: Sporter profile for lightweight handling and accuracy
- Receiver Material: Carbon steel for strength and corrosion resistance
- Sights: None included, compatible with mounted optics
- Barrel Length Range: 22 to 22.99 inches, suitable for various hunting environments
- Weight Range: 7 to 8 pounds, ensuring a manageable weight for extended use
- Hand: Right-handed design for optimal ergonomics