The Fierce Firearms ROGM2308WIN20BF Mini ROG 2 is a precision-engineered bolt action rifle designed for avid hunters and shooting enthusiasts. Built with a steel receiver and featuring a 20-inch barrel, this firearm offers a reliable and accurate shooting experience. The rifle is chambered in 308 Winchester caliber, making it suitable for a variety of hunting and target shooting applications. Its twist rate of 1:10 ensures stability with a wide range of bullet weights, and the bolt action mechanism provides smooth, consistent operation for every shot.
The stock is finished in a durable green color, equipped with an adjustable cheek riser for optimal comfort and fit. The TriggerTech adjustable trigger allows for a customized trigger pull, enhancing accuracy and shooter confidence. The firearm has no iron sights, making it ideal for mounting optics to suit your preferred shooting style. Designed for right-handed shooters, the ROGM2308WIN20BF offers excellent ergonomics and handling.
Whether you're engaging in long-range shooting or hunting big game, this rifle combines precision craftsmanship with versatile features. Its compact design makes it easy to carry in the field, while its robust construction ensures durability and performance over years of use. The Fierce Firearms Mini ROG 2 is a top choice for those who demand reliability and accuracy in a lightweight, compact rifle.
Features:
- Action: Bolt for reliable chambering and extraction
- Caliber: 308 Winchester, suitable for hunting and long-range shooting
- Barrel Length: 20 inches for balanced handling and accuracy
- Trigger: TriggerTech adjustable for a customized trigger pull
- Stock: Adjustable cheek riser for improved comfort and fit
- Twist Rate: 1:10 inches for stability across various bullet weights
- Receiver Material: Durable steel construction
- Sights: None, designed for scope mounting
- Hand: Right-handed configuration for ergonomic handling
- Stock Finish: Green for a rugged, outdoor-ready appearance
- Design: Compact and lightweight for easy maneuverability in the field
