Oakley Sphaera Prizm Road Jade Matte Abyss Sunglasses

Oakley Sphaera sunglasses are designed for those seeking maximum performance, a wide field of view, and comfort during sports activities. The modern, wrap-around design offers a wide field of vision, while the lightweight O-Matter™ frame ensures durability and comfort even on the longest rides.

This version is equipped with Prizm Road Jade lenses, designed to provide clear vision in bright light conditions. Prizm™ technology is designed to enhance colors, contrast, and details, helping to improve visual perception while cycling and during outdoor activities.

The Matte Abyss frame completes the design with a technical and distinctive look, while the structure is designed to ensure stability and comfort even when the sunglasses are worn under a helmet or cap.

Key Features

• Multi-sport design: modern and elegant profile, wide field of view, and an excellent combination of stability and comfort.

• Lightweight and durable O-Matter™ frame: ensures lightness, durability, and prolonged comfort even during the most intense activities.

• Wide field of view: the shield-style frame offers a wide field of vision, ideal for cycling and high-intensity sports.

• Unobtainium® nose pads and temple tips: ensure an optimal fit and non-slip grip, keeping the sunglasses stable even while cycling and under a helmet or cap.

• Front air vent: promotes airflow, helping to improve ventilation during sports activities.

• Prizm Road Jade lenses: designed to enhance colors, contrast, and details, offering clearer vision and improved perception while cycling in bright light conditions.

Oakley Impact Protection

Oakley lenses are designed and tested under extreme mass and high-speed conditions to provide high impact protection. A key feature for athletes who want to combine performance, visibility, and safety.

The Oakley Sphaera Prizm Road Jade combines a wide field of view, lightness, stability, and Prizm™ technology in a modern, sporty design, ideal for cycling and outdoor activities in bright light conditions.