ZEISS Victory SFL 8x50

The ZEISS Victory SFL 8x50 binoculars combine a lightweight, compact design with high image quality and relaxed handling. The Ultra-High-Definition (UHD) Concept provides true-to-life color reproduction and a high level of detail, while the SmartFocus Concept enables fast and precise focusing. With 90% light transmission, a 50 mm lens diameter and a large 6.3 mm exit pupil, the Victory SFL 8x50 is designed for detailed viewing even in low-light situations.

Product Highlights

• 8x magnification
• 50 mm lens diameter
• 90% light transmission
• 6.3 mm exit pupil diameter
• 131 m field of view at 1,000 m
• 58° angular field of view
• 1.8 m close focusing distance
• Ultra-High-Definition (UHD) Concept
• SmartFocus Concept
• ZEISS T* multi-layer coating
• Lightweight magnesium housing
• Up to 30% lighter than comparable binoculars
• 20.0 mm exit pupil distance
• 56–74 mm interpupillary distance
• LotuTec and nitrogen filled
• 400 mbar water resistance
• Operating temperature from −20 °C to +55 °C
• 160 mm length
• 133 mm width at 65 mm interpupillary distance
• 855 g weight

Features

Because Every Gram Counts

The lightweight yet rugged magnesium housing enhances durability and longevity. The reduced lens diameter allows the use of thinner lens elements installed closer together, helping make the Victory SFL binoculars up to 30% lighter than comparable binoculars while maintaining image quality.

SmartFocus Concept for an Intuitive and Precise Handling

The SmartFocus concept enables quick and precise focusing without having to spread your fingers. The focusing wheel is positioned in the DoubleLink Bridge and requires only 1.4 turns from close focus to infinity. It can also be rotated precisely when wearing gloves.

Bright Images Even in Low Light

With 90% light transmission, a large 50 mm entrance pupil and ZEISS T* multi-layer coating, the Victory SFL 8x50 allows details to be seen clearly and precisely in low-light situations and at dusk.

ZEISS T* Coating

ZEISS T* coating supports brilliant, high-contrast images, particularly in adverse light conditions and twilight. The technology is continuously adjusted to suit new glass materials and requirements.