Ruger Super RedHawk 480 Ruger 7.5 RGS

UPC	736676055074
Caliber	.480 RUGER
Action	DOUBLE ACTION
Capacity	6 ROUNDS
Barrel Length	7.5 BARREL
Weight	3.3

The Ruger Super Redhawk is a powerful revolver that packs the same favored features of the original Superhawk with a little extra punch. In addition to the corrosion-resistant stainless steel construction for durability the cold hammer-forged barrel for accuracy and longevity and the triple-locking cylinder to aid in alignment and reliability shot after shot the Super Redhawk also features an extra-rigid scope mounting system and frame machined to accept Ruger scope rings. Available in a number of calibers and barrel lengths the Super Redhawk is an ideal revolver for carrying in big-game country.

Details

Caliber 480 Ruger - Grip Hogue Tamer Monogrip - Front Sight Ramp - Capacity 6 - Twist 118 RH - Overall Length 13 - Rear Sight Adjustable - Finish Satin Stainless - Weight 53 oz. - Barrel Length 7.50 - Grooves 6 - Triple-locking cylinder is locked into the frame at the front rear and bottom for more positive alignment and dependable operation shot after shot. - Corrosion-resistant stainless steel finish boasts the durability and reliability that is the hallmark of a Ruger firearm. - Strong extended frame with extra metal in top strap sidewalls and barrel mounting areas to handle powerful big game loads. - Recoil cushioning Hogue Tamer Monogrip with an internal recoil cushion positioned under the web of the hand helps reduce the impact of powerful loads while peg-style grip frame easily accommodates custom grips. - Patented transfer bar mechanism provides an unparalleled measure of security against accidental discharge. - Adjustable rear sight and fixed replaceable red ramp insert front sight. - Cold hammer-forged barrel results in ultra-precise rifling that provides exceptional accuracy longevity and easy cleaning. - Patented integral mounts are machined directly on the solid-steel barrel rib to provide a stable mounting surface for scope rings eliminating a potential source of looseness and inaccuracy in the field.

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