Kite Optics Roof Prism Binoculars LYNX HD+ 10x50

Kite Optics Roof Prism Binoculars LYNX HD+ 10x50

The Kite Optics Roof Prism Binoculars LYNX HD+ 10x50 combine the world's finest optical and ergonomic performance. The optical properties of the LYNX HD+ are truly unique and the result of a pioneering development process. The instrument is characterised by perfectly true-to-life colour rendering and an unrivalled wide field of view. This broad perspective allows you to observe and identify subjects more quickly, with a level of viewing comfort and image perception quality that is simply unprecedented.

The revolutionary optical system that KITE OPTICS has developed with the LYNX HD+ is more versatile than ever, suited to all situations and all conditions. Compared to most other binoculars, the LYNX HD+ is considered groundbreaking. The binoculars give you the edge at both long and short distances. You'll be able to observe more quickly at great distances with few or minimal reference points — such as watching birds in full flight over land and sea. You simply see more. At shorter distances or in dense environments such as woodland, you'll be able to orientate yourself considerably faster, spot subjects more quickly, and enjoy the finest details that lie just outside the centre of the image. These are details you would simply have missed with a conventional pair of binoculars.

What makes the LYNX HD+ truly special is that, despite all its optical advantages, it remains one of the smallest and lightest binoculars in the world. The 30 mm class is so compact it fits in a jacket pocket. The 50 mm class, designed with optimal light performance in mind, is no larger or heavier than most 42 mm binoculars on the market, yet offers an equally large or even greater field of view. For the first time, you can enjoy the high light transmission values of a large-diameter pair of binoculars, without the usual drawbacks in terms of weight, size, and field of view.

The LYNX HD+ truly pushes every boundary — and breaks with tradition.