The Ruger Redhawk model 5059 is a versatile and robust revolver designed for both target shooting and self-defense. Chambered in powerful .357 Magnum and capable of firing .38 Special rounds, this firearm offers reliable performance in a durable Satin Stainless Steel finish. Its 9.5-inch overall length provides a comfortable grip and handling, making it suitable for various shooting scenarios. The Redhawk features an 8-round capacity, ensuring ample firepower when needed, and combines a double/single action mechanism for smooth operation.
Its sights include a ramp front and adjustable rear, allowing shooters to tailor their aim for precision. The steel frame is complemented by hardwood grips, providing a firm grip and enhanced control during shooting sessions. The gun’s weight of approximately 44 ounces offers stability without sacrificing maneuverability. Designed with quality and durability in mind, the Ruger Redhawk is an excellent choice for firearm enthusiasts seeking a dependable revolver with classic styling.
Whether for recreational shooting or personal defense, this revolver delivers consistent accuracy and robust construction. It is suitable for experienced shooters and collectors alike, embodying Ruger’s reputation for manufacturing reliable and high-performance firearms. The Redhawk’s satin stainless steel finish resists corrosion, ensuring long-lasting appearance and functionality. Invest in the Ruger Redhawk .357 Magnum / .38 Special revolver for a combination of power, reliability, and craftsmanship.
Features:
- Caliber: Chambered in .357 Magnum and .38 Special for versatile shooting options
- Capacity: Holds 8 rounds for extended shooting sessions
- Finish: Satin stainless steel for corrosion resistance and durability
- Sights: Ramp front and adjustable rear for precise aiming
- Action: Double and single action for smooth operation
- Frame: Steel frame with hardwood grips for enhanced control
- Overall Length: Approximately 9.5 inches for comfortable handling
- Weight: About 44 ounces for stability during firing
