Steiner M5xi 5-25x56mm Msr V2 Ffp

The Steiner M5xi 5-25x56mm MSR V2 FFP represents German precision engineering built to military-grade standards for long-range rifle platforms and large-caliber systems. Designed for law enforcement, military, and precision rifle competitors who demand uncompromising optical clarity and repeatable accuracy at extended distances, this first focal plane scope delivers the optical performance required when mission success depends on precise shot placement. The 5-25x magnification range and 56mm objective lens combination makes it the optimal choice for dedicated sniper systems and distance shooting applications where target acquisition and engagement must occur at 300+ yards.

Built using world-class German optical systems and manufactured to strict military specifications, the M5xi features a first focal plane (FFP) reticle design that maintains consistent subtension across all magnification levels—critical for field ballistics calculations and holdover precision at variable distances. The 56mm objective lens gathers maximum available light in low-visibility conditions while the 5-25x magnification range provides both wide field of view for target location and extreme high power for long-range target identification and precise reticle placement. At 3.69 lbs, the scope balances optical capability with manageable weight, essential for sustained shooting operations and field deployment where cumulative load matters.

This scope is purpose-built for bolt-action precision rifles chambered in large calibers (.308 Win, .300 Win Mag, .338 Lapua Mag, and similar platforms) where extended-range capability is the operational requirement. The FFP reticle system ensures that elevation and windage corrections scale proportionally with magnification selection, eliminating the guesswork of traditional second focal plane designs. Law enforcement precision teams, military sniper elements, and competitive long-range shooters benefit most from the M5xi's optical clarity, repeatable mechanical systems, and proven durability in field conditions where scope failure is not an option.