Rudy Project – Fotonyk (Crystel Graphite White Laser Blue Lens)

Fotonyk Sunglasses / Crystal Graphite White / Multi Laser Blue lenses
Rudy Project combines state-of-the-art design technology with advanced material science to produce Fotonyk sports eyewear. The world’s most popular sport glasses favoured by triathlon, cycle, run, sail, golf, tennis, and outdoor sports enthusiast, and the most popular model in the range across the globe. Featuring full adjustable nose and temple ends fit to total comfort personalisation, Quick Change lenses system, revolutionary ImpactX optics, Fotonyk is able to take both RX prescription clips or the new RX Direct in frame prescription clips which are friendly and designed, engineered and made in Italy.

Details:
Product Description:
Fotonyk Crystal Graphite White with Impactx 2 Photochromic Black Lenses
Product Colors:
Crystal Graphite White
Lens Colors:
Black Lenses
Lens Type:
Non Polarized,
Lens Light Transmission:
18 Percent
Product Size:
Medium Face, Large Face
Interchangeable Lenses

The system of interchangeable lenses called Quick Change is one of the basic technologies of our sport sunglasses. Every sunglass has different ways of fitting and removing the lenses. Quick Change technology enables you to easily and swiftly change out your lenses to manage any light condition.

Adjustable Anti Slip Nosepads

Any good sport sunglass needs an adjustable nosepiece. This gives you the ability to fit the glasses to your exact nose bridge shape and width while keeping the glasses snug on your face during extreme activities. Rudy Project sport models employ one of several types of adjustable nosepiece sysems that are both comfortable and sturdy. Made of either soft antiallergenic silicon or Megol®, they keep the glasses secure on your face and prevent them from sliding down your nose.

Safety Hinges

Safety Project is a unique Rudy Project feature that creates fold-in-hinge without any sharp edges. Designed to minimize injury in case of impact or falls.

RP-D Centered Optics

The optical axis is maintained parallel to the main axis of vision, permitting maximum utilization of lenses with an extensive curvature, while respecting the need of optical quality and visual clarity, and minimizing eye fatigue.