Glasses Rudy Project Magnus PHOTOCHROMIC -carbonium (ImpactX 2 LS red)
- Isetumenevad klaasid
- Kaal 29 gr.
- Laser Red
- laiem mudel
Overview
Glasses Rudy Project Magnus PHOTOCHROMIC -carbonium (ImpactX 2 LS red)
Introducing Rudy Project Magnus sunglasses featuring ImpactX photochromic (self-tinting) lenses and an integrated, innovative PowerFlow ventilation system. Their aerodynamic design makes them perfectly suited for cyclists and triathletes.
IMPACTX Lenses:
ImpactX® lenses are unbreakable (thanks to their unique semi-rigid structure) and self-tinting/lightening based on weather conditions, making them ideal for variable light environments. These lenses were initially developed for military and aviation needs, prioritizing ultra-lightweight design, bulletproof resistance, and transparency. This ensures significantly better protection and reliability compared to polycarbonate or polyamide lenses. The semi-rigid structure of ImpactX® lenses provides the best physical protection for your eyes against external impacts, while minimizing the severity of injuries that could result from falls or blows.
Features of ImpactX® Photochromic Lenses:
- Tint in seconds according to light intensity.
- Guaranteed lifetime shatter resistance + superior eye protection against injuries.
- Excellent scratch resistance.
- Exceptionally clear image quality that enhances visibility and reduces eye fatigue.
- Protection against harmful UV radiation.
Magnus Sunglasses Details:
Magnus sunglasses are lightweight (29g), durable, and adjustable to fit your face shape. They feature exceptionally comfortable and easily adjustable nose pads that suit various face types. These nose pads also allow you to adjust the lens height and distance from your face. The frames have adjustable temples – simply apply gentle pressure and bend them to your desired direction. Special soft temple tips allow the glasses to be securely attached to a helmet.
The glasses incorporate additional air vents on the top and bottom edges of the lenses, which increase air circulation and ensure maximum aerodynamic effect without compromising visual clarity.
