Warne 2-Piece Picatinny Style Mountain Tech Scope Rings 30mm Ultra High - Matte

The Warne 2-Piece Picatinny Style Mountain Tech Scope Rings 30mm Ultra High in matte finish delivers precision optic mounting for long-range tactical and hunting applications where sight-line elevation is critical. Designed for shooters who demand repeatable accuracy and rock-solid ring integrity, these ultra-high rings position a 30mm scope tube well above the receiver—essential when running co-witnessed iron sights, accommodating larger objective lenses, or maximizing cheek weld on precision rifles. Built by Warne Manufacturing, a company with decades of proven field performance, these rings are engineered for law enforcement and military professionals who cannot afford ring failure downrange.

Constructed from precision-machined steel with a matte finish that resists light reflection and corrosion, the Warne 2-Piece design separates the front and rear rings for simplified scope installation and removal without disturbing point-of-aim. The Picatinny-style configuration ensures compatibility with standard MIL-STD-1913 rail systems found on AR platforms, bolt-action chassis, and modular tactical rifles. Precision internal geometry and dual-recoil lug design distribute force evenly across the scope tube, eliminating binding and shifting while maintaining zero under sustained recoil. The matte black oxide coating provides a durable, non-reflective surface that performs in harsh environmental conditions.

These ultra-high rings are ideal for precision rifle builds, designated marksman rifles, and tactical carbines where vertical clearance matters and maintaining iron sight co-witness capability is non-negotiable. Installation requires standard scope ring torque specifications and a properly aligned Picatinny rail; the two-piece system accommodates quick-detach optics without sacrificing ring strength. Professional armors and field shooters rely on Warne rings for consistency across multiple platforms—once dialed in, users report repeatable zero shifts measured in fractions of a minute of angle through multiple removal and reinstallation cycles.