The Magnum Research BFR Revolver in 45-70 GOVT caliber offers exceptional power and precision for firearm enthusiasts and hunters alike. This single-action revolver features a robust stainless steel construction, ensuring durability and corrosion resistance in various environmental conditions. With an overall length of approximately 17.5 inches and weighing around 4.7 pounds, it balances portability with substantial build quality. The revolver is equipped with adjustable rear sights for accurate shot placement and ships with a Weaver scope mount, allowing for easy customization with optics. The steel frame is complemented by white polymer grips in a classic Bisley style, providing a comfortable and secure hold during use. The model's capacity of five rounds makes it suitable for hunting or sport shooting, and its sleek stainless finish enhances its aesthetic appeal. Designed with functionality and reliability in mind, the BFR Revolver is a versatile firearm capable of handling powerful loads with ease. Its straightforward single-action operation provides precise control, making it an excellent choice for experienced shooters seeking a high-performance revolver in a formidable caliber. Whether used for hunting large game or target shooting, this revolver offers outstanding craftsmanship and performance built by Magnum Research, a trusted name in firearm manufacturing. The BFR 45-70 is a durable, accurate, and stylish firearm that combines traditional revolver design with modern features for a superior shooting experience.
Features:
- Manufactured by Magnum Research with model BFR45-70B
- Caliber: 45-70 GOVT for powerful performance
- Single-action revolver with a 5-round capacity
- Stainless steel finish for durability and corrosion resistance
- Adjustable rear sights for precise aiming
- Ships with Weaver scope mount for customization
- Includes white polymer grips in Bisley style for comfortable handling
- Overall length of approximately 17.5 inches and weight of 4.7 pounds
- Designed with a steel frame for strength and stability
