Oakley Cybr Dyno matte white/clear to black iridium photochromic sunglasses (OO9513-0139)

Oakley Cybr Dyno matte white/clear to black iridium photochromic sunglasses are a technologically advanced product designed for maximum protection and user comfort. Made from O-Matter™ material, these glasses are characterized by exceptional durability and lightness, making them an ideal choice for active individuals who demand durability and reliability from their gear. The O-Matter™ material provides flexibility and resistance to various types of mechanical damage, which is crucial for long-term use.

Tint level and UV protection

The glasses offer a variable lens tint level, ranging within categories 0, 1, and 2. This allows the user to enjoy appropriate protection in different lighting conditions, which is especially important during changing weather conditions. Additionally, these glasses are equipped with a UV filter, guaranteeing full protection against harmful ultraviolet radiation. 

Technologies and user comfort

The glasses incorporate several innovative technologies that enhance comfort and safety during use. Oakley Unobtainium® is a material that increases the grip of the frames as the skin sweats, which is invaluable during intense physical activity. The use of Plutonite™ and Impact Protection technology ensures that the lenses are impact-resistant and offer the highest level of visual clarity. 

Functionality and additional features

Oakley Cybr Dyno glasses are equipped with a photochromic function, meaning their lenses automatically adjust their tint depending on the light intensity. This is an extremely functional solution that eliminates the need to manually change lenses in different lighting conditions. 

Ventilation

An important element of the glasses' design is their ventilation, which prevents lens fogging. This allows the user to enjoy unobstructed vision even in high humidity conditions or during intense physical exertion. This is particularly important for athletes and people who spend a lot of time outdoors in variable weather conditions.