Sunglasses Oakley Suture Jacket matte carbon (OO9532)

Oakley Suture Jacket matte carbon sunglasses are an excellent choice for those seeking reliable eye protection from the sun. The category 3 tinted lenses provide optimal protection against intense sunlight, making them ideal for use on sunny days. Additionally, the polarised filter minimises glare, enhancing visual comfort and improving image quality.

Oakley Unobtainium® and O-Matter™ technologies

The Oakley Suture Jacket matte carbon sunglasses are equipped with innovative technologies that enhance their functionality and comfort. Oakley Unobtainium® technology ensures a perfect fit of the frames, keeping the glasses securely in place even during intense movement. The O-Matter™ material used in the frames guarantees lightness and durability, contributing to long-lasting comfort.

Comfort and style

The frames of the Oakley Suture Jacket matte carbon sunglasses feature a modern design that perfectly combines style and functionality. The black frame colour adds elegance, while the blue lenses give the glasses a unique look. Thanks to the use of high-quality materials, these sunglasses are resistant to damage and maintain their appearance for a long time.

Versatility of use

The Oakley Suture Jacket matte carbon sunglasses perform excellently in various lighting conditions. Thanks to advanced technologies such as the polarised filter and category 3 tint, they are an ideal choice for both everyday use and outdoor activities. Whether you are at the beach, in the mountains, or simply walking around the city, these glasses will provide you with reliable protection and comfort.

Oakley Suture Jacket sunglasses – features:

• Category 3 tinted lenses providing optimal sun protection;
• Polarised filter minimising glare and improving image quality;
• Oakley Unobtainium® technology ensuring a perfect frame fit;
• O-Matter™ material providing lightness and durability of the frames;
• Black frame colour adding elegance and modernity;
• Blue lenses adding a unique style;
• High resistance to damage thanks to the use of high-quality materials.