





- Product Code: 7350123791198
- Warranty: 2 years
- Immediately from our warehouse 2 kplThe product will be sent in 1-2 days
- Delivery costs starting from 9,90 € (Germany)
Leech Falcon Wind
The Leech Falcon sunglasses are perfect for both city and water environments. With their classic design and a Honeywell-patterned rubber coating on the inside of the temples, they provide an excellent fit. The frames are made from environmentally friendly TR90 material.
Copper-Tinted Lenses
The copper-tinted lenses highlight contrast differences and enhance depth perception, allowing fish to stand out against the blue ocean background. We recommend copper-tinted lenses as they improve accuracy and reduce eye fatigue. They are particularly effective in early morning and evening light, helping you spot fish lurking beneath the surface.
Mirrored Coating
This feature is purely cosmetic and does not affect visibility. The lens color is only distinguishable from outside the glasses. The highly reflective mirror surface conceals the wearer's eyes.
UV Protection Coating UV400
This coating protects your eyes from harmful UV radiation. 100% protection from UVA, UVB, and UVC rays.
Polarized Polyamide
The polyamide (PA) lenses are manufactured using precision injection molding, providing them with unparalleled optical quality and clarity compared to PC and other plastic lenses. Additionally, PA lenses are highly scratch-resistant, super lightweight, free from Bisphenol A, and boast a polarization efficiency of 99%.
Scratch-Resistant Coating
While lens coatings have made significant advances in recent years, no lens is completely scratch-proof—even glass lenses. However, the lenses of the Leech glasses are treated on both sides with a clear, hard coating that enhances their scratch resistance.
Anti-Reflection Coating
Anti-reflection coatings improve both visibility and the appearance of the glasses. The advantage of this coating for vision is that it sharpens the field of view. The coating prevents sunlight from reflecting into your eyes from the inner surface of the lenses when the sun is behind you.
