The 18x56 Razor UHD Binoculars from Vortex feature large, light-gathering objectives and powerful magnification that brings distant objects close in vivid detail. It can be used on a tripod by means of a separately sold adapter.
The Razor UHD renders views with minimal chromatic aberration, exceptional color fidelity, edge-to-edge sharpness, and optimal light transmission through the use of ultra high definition glass, an index-matched lens configuration, XR Plus lens coatings, and phase-correcting prism coatings. The lenses are protected from scratches, oil, and dust by ArmorTek exterior lens coating.
The lightweight magnesium housing is argon filled and sealed with O-rings to ensure reliable and durable protection against dust, debris, fog, and water. It is rubber armored for non-slip and durable protection, and is equipped with a large focusing knob that is easy to use even while wearing gloves. Naturally contoured to perfectly fit your hands, promoting comfort and eliminating user fatigue, the Razor UHD includes a winning combination of features.
- 18x magnification
- 56mm objective lenses
- Compact roof prisms
- Ultra high definition glass corrects chromatic and spherical aberrations to eliminate off-axis comas and improve color and contrast
- Phase-correcting prism coatings improve resolution, clarity, and contrast
- XR Plus fully multi-coated optics improve light transmission, color rendition, and contrast
- Wide 67° apparent angle of view
- Short closed-bridge configuration
- Large textured and slip-resistant center focusing wheel
- Right-eye dioptric correction
- Twist-up rubber eyecups for comfortable use with or without eyewear
- Tripod-mountable with optional adapter
- 18mm eye relief
- Lightweight and strong magnesium chassis
- Protective rubber armor provides a slip-resistant grip
- O-ring sealed and argon-filled to be waterproof and resistant to internal fogging when moving through extreme temperature and environmental conditions
- Scratch-resistant ArmorTek exterior lens coatings repel oils and corrosive materials from lenses