Steiner T6xi 3-18x56mm Scr2 Ffp

The Steiner T6xi 3-18x56mm Scr2 Ffp is a first focal plane tactical riflescope engineered for shooters who demand precision under demanding field conditions. Built for duty-ready law enforcement, military applications, and competitive precision shooting, this optic delivers the optical clarity and mechanical reliability required when accuracy determines the mission outcome. The 3-18x magnification range provides versatility across engagement distances, from close-quarters tactical work to extended-range precision shooting, making it equally at home on a duty rifle or competition platform.

The T6xi features Steiner's never-lost locking windage and elevation knobs—a design innovation that eliminates the guesswork when adjusting for wind, elevation, or distance. These turrets maintain zero retention throughout the shooting session, allowing operators to dial with confidence and instantly confirm their adjustment clicks. The first focal plane reticle ensures the Scr2 reticle scales proportionally across all magnification levels, preserving holdover and windage relationships critical for accurate shooting. At 3.81 lbs, this 56mm objective optic balances light-gathering power with manageable weight, while the robust construction withstands recoil abuse and environmental exposure inherent to tactical deployment.

This scope performs equally well mounted on AR-15 platforms, bolt-action rifles, or duty carbines where repeatable accuracy and fast target acquisition matter. The 56mm objective lens collects maximum ambient light in low-light operational scenarios, a critical advantage for early morning or dusk operations. Shooters running precision rifle competitions, military training programs, or law enforcement tactical units benefit from the FFP reticle's ballistic redundancy—holdovers remain accurate regardless of zoom setting, eliminating a common source of shooter error. The Steiner T6xi 3-18x56mm Scr2 Ffp suits any operator who refuses to compromise between magnification range, mechanical durability, and optical performance.