PENTAX DCF SP Binoculars

Description : Pentax 8x43 DCF SP Waterproof & Fogproof Roof Prism Binocular Pentax's DCF series of top class roof prism binoculars are there in the market in a few different alternatives to go well with your exacting combination of budget and desires. These varieties includes DCF HR , the DCF HR II , world class DCF WP classics and finally Pentax sport optics, the DCF SP line. The Pentax DCF SP series binoculars includes the features such as high-resolution optics in a magnesium-alloy body augmented with JIS Class 6 waterproof constructions. These Pentax 8x43 DCF SP ’s high-performance models are ideal for a huge variety of functions. These functions; in Pentax 8x43 binoculars ; includes close-up viewing and use in less than ideal weather conditions. Hybrid aspherical lens elements for edge to edge sharpness in any lighting condition are also one of the feature of Pentax 8x43 Binocular . These bino culars featuring high-resolution optics encased in a magnesium-alloy body with JIS Class 6 waterproof construction. High-performance Pentax 8 x 43mm Roof Prism models are the perfect choice for a wide variety of applications such as close-up viewing, extended glassing, and use in less than ideal weather conditions. DCF SP Waterproof & Fogproof Roof Prism Binocular offers four different magnifications ranging from eight to 12.5 times, the Pentax 8x43 SP WP Binocular models are housed in a Nitrogen-Filled magnesium-alloy waterproof body and protected with a full-body rubber housing. The Pentax 8x43 Binocular deliver exceptional image quality. Pentax 8x43 DCF SP waterproof and fogproof close focusing with edge-to-edge sharpness, because of the inner- focus optical design incorporating hybrid aspherical eyepiece lenses, high-resolution phase- coated roof prisms, scratch-resistant hydrophobic coating on exposed objective and eyepiece lenses, and multi-coated optical elements. Pentax 8x43 Fogproof Roof Prism Binoculars have lightweight design and long Eye Relief provide fatigue-free viewing, even during extended observations