Vortex Scope Razor HD 5-20×50 EBR-2B MRAD# RZR-52006

Vortex Razor HD 5-20×50 EBR-2B MRAD Rifle Scope

Poised to fulfill the needs of even the most extreme long-range shooters, the Razor HD has the features, build quality and optical performance to extend your maximum capability. Animpressive optical system offers the crisp image quality necessary to pick apart the landscape for targets at extended range, while the 35mm, one-piece tube allows for 125 MOA (36 MRAD) of adjustment to dial them in precisely. No scope in the Vortex line has this much travel, and thanks to the integrated, mechanical RZR zero stop, you can dial all day knowing you’ll always have an accurate, repeatable and solid return to zero between stages or at the end of any range session. A glass-etched, first focal plane reticle makes for quick and easy holdovers, range estimations or calls for correction for a fellow shooter on any magnification.

Vortex Razor Hd 5-20×50 Riflescope

Built for long range precision shooting. http://www.vortexoptics.com/category/razor_hd_riflescopes

– APO System

Index-matched lenses correct color across the entire visual spectrum.

– Optically Indexed Lenses

Optimize image sharpness and brightness from edge to edge.

– HD Lens Elements

Premium extra-low dispersion glass delivers the ultimate in resolution and color fidelity, resulting in high-definition images.

– XR™ Plus Fully Multi-Coated

Ultimate anti-reflective coatings on all air-to-glass surfaces provide maximum light transmission for peak clarity and the pinnacle of low-light performance.

– Plasma Tech

 Cutting edge coating application process provides unparalleled coating durability and performance

– First Focal Plane Reticle

Scale of reticle remains in proportion to the zoomed image. Constant subtensions allow accurate holdover and ranging at all magnifications.

– Glass-Etched Reticle

Allows for intricate reticle design. Protected between two layers of glass for optimum durability and reliability.

– Illuminated Reticle

Provides precise aiming under low-light conditions