Warne 2-Piece Maxima Horizontal Fixed Scope Rings 30mm PA High - Matte Black

The Warne 2-Piece Maxima Horizontal Fixed Scope Rings 30mm PA High in Matte Black deliver precision rifle mounting engineered and manufactured by Warne Manufacturing in Tualatin, Oregon. Built from proprietary sintered steel and CNC-machined to exact tolerances, these fixed rings provide the unwavering strength and repeatability that serious shooters demand for both duty rifles and long-range platforms. The Maxima Horizontal design combines traditional aesthetics with modern engineering—backed by Warne's return-to-zero guarantee.

The 30mm tube diameter accommodates modern tactical and hunting optics with larger objective lenses and windage adjustment turrets. The high ring height positions the scope above the receiver, clearing AR-pattern rail systems and larger-diameter objective lenses while maintaining proper cheek weld on most stocks. Four screw ring caps and a unique recoil key ensure maximum clamping pressure without stripping, while the integrated clamp design simplifies installation. Sintered steel construction resists corrosion and maintains dimensional stability through repeated shooting and cleaning cycles—critical for duty weapons exposed to variable conditions.

These rings suit riflemen running patrol carbines, precision rifles, and hunting platforms where fixed optic mounts provide more durability than quick-detach systems. Law enforcement, military personnel, and serious sport shooters value fixed rings for their absolute mechanical reliability—there is no detent wear, no micro-looseness, no moving parts to fail under recoil. The matte black finish resists glare and complements modern tactical aesthetics while providing a durable protective coating.

Warne's Maxima line has established itself as a middle ground between budget mounts and premium titanium systems—offering genuine sintered steel construction and precision machining at reasonable cost. The return-to-zero guarantee demonstrates manufacturer confidence; rings that maintain zero across disassembly and reassembly are essential for any optic system intended for serious use.