Vortex Razor HD 22-48x65 Spotting Scope - Angled

Vortex Razor HD 22-48x65 Spotting Scope - Angled - Setting the standard in high-end optical technologies, precision craftsmanship and ultra-sleek functionality, the Razor HD is one of the finest spotting scopes on the market. Advanced optical elements eliminate aberrations for distortion-free, flat field images with unmatched edge-to-edge sharpness, as well as remarkable clarity, resolution and color accuracy. Hunters, shooters and observation enthusiasts who need a premium spotter that performs at the highest level have found their match with the Razor HD series. One look and you’ll know. APO System Index-matched lenses correct color across the entire visual spectrum. 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 Porro Prism Valued for a rich depth of field, wide field of view, and three-dimensional image. Angled Body Design Valued for allowing an overall lower mounting height which maximizes stability in wind, offers greater comfort when glassing for extended periods, and permits the use of a smaller, lighter tripod. Waterproof O-ring seals prevent moisture, dust and debris from penetrating for reliable performance in all environments. Fogproof Argon gas purging prevents internal fogging over a wide range of temperatures. ArmorTek Ultra-hard, scratch-resistant coating protects exterior lenses from scratches, oil and dirt. Adjustable Eyecups Twist up and down for comfortable viewing with or without eyeglasses. Helical Focus Allows for fast and fine adjustments. Built-in Sunshade Reduces glare and shields the objective lens from raindrops and snow. Rotating Tripod Ring Allows rotation of the eyepiece to a sideways position, providing adjustable viewing angles.