El 10x32 Sand Brown + Hover to Zoom

SWAROVSKI

Item # 32220

El 10x32 Sand Brown

Available Quantity: 1

$2,299.00

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This version of Swarovski`s sand brown 10x32 EL32 Binocular features a high-transmission wide-angle viewing optical path, legendary Swarovski optical coatings, and a weather-sealed magnesium-alloy housing. Its wide 69° apparent viewing angle and 6.2-foot minimum focus distance make this optic ready for almost any close to mid-range viewing task. The ELs employ a suite of SWAROVISION coatings and technologies including SWAROBRIGHT, SWAROTOP, SWARODUR, SWAROCLEAN, phase-correcting P-coatings, field-flattener lenses, and fluoride glass. These technologies work seamlessly to produce bright and clear high-contrast and high-resolution images with true color fidelity and virtually no distortion across the entire field of view. The 10x magnification brings distant subjects in close for detailed observations and the ultra-wide 69° apparent angle of view gives users an immersive experience while birding, hunting, sightseeing, and navigating terrain. Complementing the optical performance is a lightweight and durable magnesium-alloy chassis that can withstand a life in extreme conditions. Its nitrogen-filled optical tubes are water and fogproof to ensure performance in all weather and environments without internal fogging when moving quickly between wide temperature ranges. An ergonomic, wraparound sand brown rubber armor ensures that the binoculars will remain comfortable in the hand during long glassing sessions and helps to maintain a sure grip when it`s cold and wet. This version of the EL comes with Swarovski`s FieldPro package that features their proprietary rotating pin attachment and adjustment system for the strap that improves mobility and comfort over conventional systems. Included with the binocular are the FieldPro bag, carrying strap, tethered objective lens covers, and a soft rubber tethered ocular rainguard. Optical Performance 10x magnification 32mm objective lenses Compact roof prism optical path Fluoride glass virtually eliminates chromatic aberration for i