Description
Binoculars Vortex Diamondback HD 10x28 WP (DB-211) New generation of the most popular line of Vortex binoculars of the Diamondback HD series - this generation of high-quality image quality. Today's HD optics allow you to minimize the complexity and achieve a realistic image. The superior ArmorTec coating ensures protection of lenses from smudges, oils and dirt. Prisms made from high-grade BAK4 glass with phase correction and dielectric coatings provide stunning detail. All optics are now housed in a lightweight aluminum alloy body. The performance of Vortex Diamondback HD binoculars significantly outweighs their performance. The design of the binoculars will continue without changes. The lightweight, ergonomic magnesium binocular body has a modern design, equipped with a dry humum coating, waterproof and argon-filled, which prevents fogging of the optics during sudden temperature changes. The body of the binoculars is compact, lightweight, and easy to handle with your fingers. The minimum focusing distance of the binoculars on the table is good, which allows you to literally watch out for those who appear at a distance of one meter. We can say without a doubt that these binoculars significantly outperform competitors in their class.
Features:
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High Definition Optics The selection of optical elements from special grades of glass with strictly specific bending coefficients made it possible to optimize geometric and chromatic aberrations, and to achieve a high degree of separation This gives an image quality and clarity that is inaccessible to most binoculars with achromatic lenses. -
ArmorTek superior coating will protect lenses from stains, oils and dirt. -
Dielectric Prism Coatings Dielectric spherical coating of prisms will ensure maximum light output coefficient when used with metal coatings. This significantly improves the light transmission, which ensures a clear and bright image with the most accurate color transfer.
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Phase Correction A special phase-correcting coating that is applied to one of the surfaces of the prism wrapping system in the appearance of very thin balls. Phase correction is also necessary for the Roof optical system; fragments passing through such a prism, the light flow is decomposed into two parallel beams of light fibers, and the phase displacement occurs by half the amount light color, which leads to a change in the separation of the image, as well as a decrease in contrast. Phase Correction corrects the error. As a result, the image is as clear and contrasting as possible. The quality of such a coating is very high, and the application process requires precision precision, which is so technologically advanced that optics manufacturers can only afford it. Today, without a phase-correcting coating, the design of a high-viscosity optical device of the Roof prism system is practically inconceivable.
- Aluminum Body Aluminum alloy provides binoculars with low wear and high durability. The aluminum bodies of the binoculars are 200% cheaper than traditionally wrought polycarbonate, and at the same time no sacrifice is made of steel. The hardness of the cured aluminum alloys is sufficient so that when binoculars are dropped from a height of 1-2 meters, the body will not cause significant damage, which will affect the optical characteristics of the binoculars. Optics in such housings will serve to extend the maximum possible time.
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Waterproof means that the optics are sealed with a reinforced O-ring and are protected against penetration of water to the international class IPX7. Being enclosed in a row of 30 lengths to a depth of 1 meter does not affect the equipment of the smallest capacity and does not affect its functionality. Such weather opinions are not scary.
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Fogproof means that the body is filled with inert gas in the middle, which makes it difficult for moisture to condense on the internal surfaces due to temperature changes. As a result, the optics do not become stained in the middle, and there is also no corrosion of materials due to the infusion of moisture. The vapor is removed from the device and replaced with an inert gas (in this case, argon), which does not allow water vapor to be stored in the storage area and does not condense.
