The Bergara Hunter Model B14LM102C is a precision-engineered bolt action rifle designed for avid hunters and firearm enthusiasts. Weighing approximately 7.3 pounds and measuring 44 inches in overall length, this firearm combines durability with ease of handling. The rifle features a sleek Black Cerakote finish that provides corrosion resistance and a modern aesthetic. Its synthetic stock in vibrant green SoftTouch material ensures a secure grip and comfort during extended shooting sessions. The Hunter’s robust construction and lightweight design make it an excellent choice for hunting in various terrains and conditions.
The Bergara Hunter is chambered in 7mm Rem Mag, a popular caliber known for its flat trajectory and stopping power. It offers a capacity of 3+1 rounds, with a hinged floor plate for quick and convenient magazine changes. The rifle's bolt action mechanism ensures reliable performance and accuracy, making it suitable for both novice and experienced shooters. The adjustable trigger allows for a customized shooting experience, enhancing precision and control. Additionally, the No. 4 barrel contributes to accuracy and heat dissipation during extended use.
This firearm does not come with an optic, allowing users to customize their setup with their preferred scope or sighting system. Built for durability and performance, the Bergara Hunter is compliant with federal firearm regulations and suitable for hunting, target shooting, and tactical applications. Whether pursuing big game or honing shooting skills, this rifle offers a reliable and high-quality option for firearm owners seeking precision and versatility in the field.
Features:
- Manufacturer: Bergara
- Model: Hunter
- Caliber: 7mm Rem Mag
- Type: Rifle
- Action: Bolt Action
- Capacity: 3 + 1 rounds
- Finish: Black Cerakote
- Stock: Green SoftTouch Synthetic
- Overall Length: 44 inches
- Weight: approximately 7.3 pounds
- Hinged Floor Plate for quick magazine changes
- Adjustable Trigger for customized shooting experience
- No. 4 Barrel for enhanced accuracy and heat dissipation
