Midwest Mk2 Qd 30mm Scope Mount

The Midwest Mk2 Quick-Detach 30mm scope mount represents the gold standard for rapid optic deployment in professional tactical and hunting applications. Designed for operators who demand reliability under extreme conditions, this mount enables quick detachment and reattachment of your precision optic without loss of zero—a critical capability in dynamic environments where equipment transitions occur under pressure. Whether you're outfitting a dedicated marksman rifle, AR-platform precision build, or backup optic system, the Mk2 QD delivers the dependability required by law enforcement, military, and serious civilian shooters.

Built by Midwest Industries—a manufacturer trusted across federal and state law enforcement agencies—the Midwest Mk2 features a robust quick-detach interface engineered to maintain optical zero through repeated removal and installation cycles. The 30mm ring diameter accommodates today's most popular mid-to-high-power tactical and hunting optics, from 2.5–15x magnification platforms to fixed high-magnification systems. Precise machining tolerances and quality materials ensure that engagement and disengagement occur with positive feedback, eliminating guesswork during critical moments. The mount's compact footprint and modest 0.75 lb weight preserve your rifle's balance and handling characteristics while delivering industrial-grade clamping force and alignment stability.

This mount integrates seamlessly with Picatinny/MIL-STD-1913 rails found on modern combat rifles, including AR-15, AR-10, and bolt-action precision platforms equipped with top-mounted rail systems. Installation is straightforward and requires only standard armorer's tools; proper torque specification ensures optimal clamping without over-stressing aluminum or steel components. Operators who run multiple optics, transition between close-quarters and precision roles, or maintain backup optical systems will appreciate the time saved and confidence gained by trusting the Mk2's repeatable zero-retention performance in the field.