Kowa TSN-55A Pure Fluorite Spotting Scope 17-40x

Discover a distinctive, compact spotting scope featuring a 55mm objective lens made of pure fluorite crystal, making your adventures truly unforgettable and intense.

The centerpiece of the TSN-55A PROMINAR spotting scope is an objective lens made of pure fluorite crystal. This mineral is characterized by extremely low dispersion, far surpassing the imaging properties of conventional optical glass. This allows Kowa to eliminate color fringing and significantly improve resolution and contrast. The use of lenses made from pure fluorite crystal is a hallmark of Kowa-PROMINAR scopes and reflects Kowa's decades of optical innovation. With a length of just 255mm and a weight of only 965g, the TSN-55A PROMINAR is exceptionally compact, making it the ideal travel companion.

The versatile 17-40x wide-angle zoom eyepiece with ED lenses is perfectly matched to the optical performance of the pure fluorite crystal objective.

The TSN-55A PROMINAR embodies a philosophy, a lifestyle. An optic that enriches every experience. It is one of a kind. This compact spotting scope opens up new possibilities for you. Wherever your journey takes you, the Kowa TSN-55A is the perfect travel partner. Its lightweight, durable, waterproof, and nitrogen-filled housing ensures optimal performance under the toughest conditions.

• Outstanding optical quality: The 55mm objective lens made of pure fluorite crystal minimizes color fringing and significantly improves resolution and contrast.
• Compact and lightweight: At just 255mm in length and weighing 965g, the TSN-55A PROMINAR is the ideal companion for on-the-go.
• Versatile zoom eyepiece: The 17-40x wide-angle zoom eyepiece with ED lenses is perfectly matched to the fluorite crystal optics.
• Robust and weatherproof: The waterproof and nitrogen-filled housing provides maximum performance under the harshest conditions.
• Unique construction: Kowa's decades of optical innovation are reflected in the use of pure fluorite crystal, making the TSN-55A PROMINAR unique.