Steiner 10x50 Military Marine Binoculars
ID: S2035 UPC: 840229103119 CLASSIFICATION: PAL REQUIRED
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$574.99
Availability in stock, 1 Available
Key Features
Designed and built for low-light performance in most weather conditions, the Steiner Optics 10×50 Military/Marine Binoculars combine multiple technologies and features to ensure clear and crisp views from first light through to twilight.
Their performance starts with the combination of high magnification and over-sized objectives. At 50mm the objectives draw in the copious amounts of light required for seeing in low light, while the 10x power produces both a generous exit pupil and a field of view that is close to wide-angle. This wide exit pupil ensures that the light leaving the eyepieces will completely cover most user’s pupils when they open and become dilated in low light to present the entire field of view in most light conditions. All of these features, when coupled with the traditional Porro prism light path, present the user with an immersive observational experienced defined by bright and clear high-contrast views and accurate color rendition.
Complementing the optical performance are construction details that allow the binoculars to withstand the rigors of the outdoors. These details begin with Steiner’s Sport Focusing System which allows the user to focus each eyepiece, just one time, and eliminates the need to refocus again regardless of how near or far the subject is — even if it is moving. The chassis is made of a lightweight and impact-resistant Makrolon polycarbonate material that is wrapped in an oil, petroleum, and chemical-resistant NBR synthetic rubber armor that offers improved grip security, especially in cold and wet weather. The optical tubes feature raised ridges to improve grip security, while the interior of the tubes is O-ring sealed to be waterproof against rain, snow, or spraying water.
From dawn to dusk to piercing thickly wooded stands, the Steiner Military/Marine binoculars have been engineered to provide outstanding performance in challenging light and environmental conditions.