Sunglasses Rudy Project Thunder green sage matte/smoke black (SP991070-0000)

Rudy Project Thunder green sage matte/smoke black sunglasses are an excellent choice for those seeking advanced eye protection in various lighting conditions. Thanks to the use of RILSAN material, the sunglasses are light and durable, ensuring comfort when worn for extended periods. The UV filter effectively protects the eyes from harmful solar radiation, which is crucial during summer days.

POWERFLOW Technology

Rudy Project Thunder green sage matte/smoke black sunglasses utilise POWERFLOW technology, which enables effective ventilation. Passive ventilation improves air circulation around the eyes, minimising the risk of lens fogging. This allows the user to enjoy unobstructed vision, even during intense physical activity.

Quick Change System

The Quick Change System technology allows for easy and quick lens replacement in Rudy Project Thunder green sage matte/smoke black sunglasses. This system enables the adjustment of the sunglasses to changing lighting conditions, which is particularly useful in the event of sudden weather changes. The adjustment of the temples and nose pad further increases user comfort, allowing for a perfect fit to the face.

Lens Parameters

Rudy Project Thunder green sage matte/smoke black sunglasses feature lenses that are 7.2 cm wide and 4.7 cm high. The category 2 shading level is suitable for medium lighting conditions, making these sunglasses a versatile choice for various occasions. With interchangeable lenses, the user has the option to customise the sunglasses to their individual needs.

Rudy Project Thunder sunglasses - features:

• Made from durable RILSAN material;
• UV filter providing effective protection against solar radiation;
• POWERFLOW technology enabling efficient ventilation;
• Quick Change System for easy lens replacement;
• Adjustment of temples and nose pad for a perfect fit;
• Lenses measuring 7.2 cm in width and 4.7 cm in height;
• Category 2 shading level suitable for medium lighting conditions;
• Passive ventilation minimising the risk of lens fogging;
• Ability to replace lenses to adapt to changing lighting conditions.