Vortex Optics Razor HD 20 - 60 x 85 Angled Spotting Scope with 2.1-1.1 Degree Angle of View, 4.25-1.42mm Exit Pupil & 20-18mm Eye Relief

Vortex Optics Razor HD 20 - 60 x 85 Angled Spotting Scope with 2.1-1.1 Degree Angle of View, 4.25-1.42mm Exit Pupil & 20-18mm Eye Relief Review

Vortex Optics Razor HD 20 - 60 x 85 Angled Spotting Scope with 2.1-1.1 Degree Angle of View, 4.25-1.42mm Exit Pupil & 20-18mm Eye Relief Feature

• ArmorTek is a new, chemically-bonded optical lens multi-coat that increases light transmission, color fidelity and image resolution - while providing unprecedented protection for the lens surface with a proprietary fluorine compound which is ultra-hard and highly scratch-resistant.
• ArmorTek's unique strain-proof top coat features a slippery surface that actually repels the oil and corrosive salts of fingerprints. Dust, dirt and smudges are all easily wiped away without fear of scratching the optical glass beneath.
• XD (Xtra-low Dispersion) glass objective lens elements of extra-low dispersion glass enhance image resolution - carefully selected and precision-crafted to exacting standards for true-to-life images of startling clarity and color accuracy.
• XR coatings deliver incredible image detail with extremely high resolution and light transmission. Fully multi-coated, scratch-resistant coatings eliminate annoying, image-degrading reflections and offer extraordinary brightness for a lifetime of trouble-free lens protection.
• XD Optical Design is an advanced optical element configuration that virtually eliminates aberrations and provides distortion-free, flat field images with unmatched edge-to-edge accuracy and detail.

The Vortex Razor HD 20-60x85 Spotting Scope pushes the performance barrier to the highest limits, delivering a level of optical quality, resolution and color fidelity. The Razor HD features a sophisticated triple apochromatic lens system with two elements, precision-ground from high-definition (HD) optical glass. The result is an almost total elimination of chromatic aberration across the entire field of view so there's no "fringing", degradation of resolution, or dilution of color fidelity at longer viewing distances.