The Savage Arms 58156 110 Pro Pursuit is a precision-engineered bolt-action rifle designed for hunters and precision shooters. Chambered in 6.5 Creedmoor, it offers excellent long-range accuracy with a 20-inch threaded barrel made from Proof Research carbon fiber, ensuring strength and lightweight performance. The rifle features an OmniPort Muzzle Brake for reduced recoil and enhanced control, making it suitable for demanding shooting environments. Its stainless steel receiver provides durability and corrosion resistance, ideal for outdoor use. The rifle's right-handed Grayboe Phoenix 2 stock includes an adjustable comb and length of pull, allowing for a customized fit that enhances shooting comfort and accuracy. The 1:8 twist rate on the barrel ensures optimal stabilization of various bullet weights, further enhancing precision. Equipped with the adjustable AccuTrigger, users can fine-tune trigger pull weight for a smooth, consistent shot. The overall length of approximately 41.5 inches and weight of around 7.4 pounds make this rifle highly portable without sacrificing stability. Designed without iron sights, it is ready for scope mounting, allowing shooters to customize their optic setup for specific shooting scenarios. Whether for hunting or precision shooting competitions, the Savage 110 Pro Pursuit combines rugged durability with advanced features to deliver reliable performance in the field.
Features:
- Action: Bolt action design for reliability and precision
- Caliber: 6.5 Creedmoor for long-range accuracy
- Barrel: 20-inch Proof Research carbon fiber threaded barrel
- Muzzle: OmniPort Muzzle Brake to reduce recoil and muzzle rise
- Stock: Grayboe Phoenix 2 with adjustable comb and LOP for a customizable fit
- Trigger: Adjustable AccuTrigger for consistent, fine-tuned pulls
- Twist Rate: 1:8 inches for versatile bullet stabilization
- Receiver: Durable stainless steel material
- Sights: None, scope-ready for custom optics
- Overall Length: Approximately 41.5 inches
- Weight: About 7.4 pounds for portability and stability
