The enthusiasm behind Kowa'50 years of spotting scope development is manifested in this supreme model. Its optical performance and user...... more
The enthusiasm behind
Kowa'50 years of
spotting scope development is manifested in this supreme model. Its optical performance and user friendliness leaves a most satisfying impression on the user. The pure fluorite crystal used in these models is the optimum optical material for reducing chromatic aberration, providing the ultimate viewing experience. (TSN-883/884 only) This body, designed to be user-friendly, is light and compact despite its large objective lens and metal construction. Logically tailored to meet the needs of the most demanding user, every technical and ergonomic detail has been painstakingly examined and perfected. Users of these advanced
spotting scopes will know that they possess an instrument of extremely high quality. The telephoto lens design of using 5 lens elements in 4 groups has successfully shortened the overall length of the
scope while keeping a large diameter objective lens without sacrificing optical performance. The adoption of an inner focusing system has made the prism box light and compact and at the same time decreases the amount of image movement when compared to conventional prism focusing systems. The highly achromatized objective lens makes the
scope as compact as a 60mm class
scope without sacrificing performance. The magnesium alloy body made by a sophisticated molding process called thixotropic molding has the feel and strength of a traditional metal body with decreased weight when compared to other large-diameter
scopes. The rugged structure can tolerate the severest conditions and provides confidence and a sense of security for the user. The well established
Kowa focus system has progressed to a new dual focus system. The quick focus, with a large and easy to turn knob, will focus from infinity to five meters in two revolutions. The fine focus, with smooth movement and pinpoint accuracy, is extremely useful at high magnifications and for digiscoping systems.
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