Description
The explorer's companion.
Thanks to impressive precision, low weight and a robust design, the ZEISS Conquest® Gavia is a companion you’ll always want when making discoveries off the beaten path.
This spotting scope with an 85-millimetre objective lens is particularly lightweight and compact. This makes it the ideal instrument for close- and long-range observation, especially in regions that are difficult to access. Unique in this class is the short close-focus that enables problem-free acquisition of small targets.
The high-resolution lens system and rapid focus transform the shots into unforgettable images. Whether you’re taking photos of individual birds or entire flocks, the 60 × magnification of the Conquest Gavia 85 enables nature observers to enjoy wildlife to the max, ensuring that no detail goes unnoticed. The universal tripod plate is compatible with a range of tripods.
The ZEISS Conquest Gavia provides birdwatchers and nature observers with a high-performance spotting scope that is simply great value. Extensive digiscoping accessories go one step further in expanding the wide range of uses.
Light
The magnesium body and compact dimensions make the ZEISS Gavia a lightweight and handy companion wherever you go.
Ergonomic
The large focusing ring enables precise handling and easy focusing of the viewing image.
Bright, clear and richly detailed
Exceptionally precise roof prisms and an HD lens system guarantee a bright and clear viewing image.
A clear view, whatever the weather
There are always exciting things to be seen in the world of nature – even in wet weather. This is why ZEISS developed LotuTec®. A coating for the lenses of binoculars and spotting scopes that enables a clear and unhindered view in all weather conditions.
ZEISS T* Coating
ZEISS T* coating is a guarantee of the brilliant, high-contrast images which you will experience above all in adverse light conditions and in the twilight. Behind it, however, there is no specific formula for building up the layers. Instead, it is a technology that is constantly adjusted to suit new glass materials and requirements, which varies from lens to lens.
