Vortex Diamondback Tactical 4-16x44mm FFP Riflescope 
XD™ Lens Elements - Extra-low dispersion (XD) glass increases resolution and color fidelity, resulting in crisp, sharp images. 
Fully Multi Coated Lenses - Anti-reflective coatings on all air-to-glass surfaces provide increased light transmission for greater clarity and low-light performance. 
First Focal Plane - 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. 
Nitrogen Gas Purged - Gas purged and o-ring sealed for fogproof and waterproof performance in all conditions. 
Aircraft-Grade Aluminum - Constructed from a solid block of aircraft-grade aluminum for strength and rigidity. 
Waterproof - O-ring seals prevent moisture, dust and debris from penetrating the riflescope for reliable performance in all environments. 
Fogproof - Nitrogen gas purging prevents internal fogging over a wide range of temperatures. 
Shockproof - Rugged construction withstands recoil and impact. 
Hard Anodized Finish - Highly durable low-glare matte finish helps camouflage the shooter's position. 
Precision-Glide Erector System - Uses premium components in the zoom lens mechanism to ensure smooth magnification changes under the harshest conditions. 
Exposed Tactical Turrets - The Diamondback® Tactical scopes feature tactical windage and elevation turrets with Zero Reset making adjustments back to zero easy and quick. 
Precision-Glide Erector System - Uses premium components in the zoom lens mechanism to ensure smooth magnification changes under the harshest conditions. 
Precision-force Spring System - Uses premium components in the erector-spring system to ensure maximum repeatability and ease of adjustment. 
Fast Focus Eyepiece - Allows quick and easy reticle focusing. 
Magnification Rib - The raised rib on the magnification ring facilitates fast magnification changes in the heat of action. 
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