Ski goggles Oakley Flight Deck Pro M space dust abyss/prizm sapphire/prizm iced (OO7139-15)

Oakley Flight Deck Pro M ski goggles space dust abyss/prizm sapphire/prizm iced are advanced ski goggles designed for maximum protection and user comfort. Equipped with Prizm™ Snow technology, they provide excellent visibility in various lighting conditions. The spherical lens and sun protection further enhance safety on the slopes.

Advanced optical technologies

Oakley Flight Deck Pro M ski goggles utilise Prizm™ Snow technology, which improves contrast and sharpness of vision, making it easier to identify obstacles on the trail. The Switchlock™ system allows for quick lens changes, which is particularly useful in changing weather conditions. Thanks to Anti-fog technology, the goggles effectively prevent fogging, ensuring uninterrupted visibility.

Protection and user comfort

Oakley Flight Deck Pro M ski goggles space dust abyss/prizm sapphire/prizm iced offer a high level of protection due to the use of O-Matter™ material, which is lightweight and durable. Impact Protection technology protects against impacts, enhancing safety while skiing. Additionally, the ability to wear the goggles over prescription glasses (OTG) provides comfort for those who wear corrective eyewear.

Technical specifications and fit

Oakley Flight Deck Pro M ski goggles feature a spherical lens that minimises image distortion. The category 3 and category 2 tint levels adapt to different lighting conditions, increasing visual comfort. The design of the goggles allows for easy adjustment, which is important for users spending long hours on the slopes.

Oakley Flight Deck Pro M ski goggles - features:

• Prizm™ Snow technology enhances vision contrast;
• Switchlock™ system allows for quick lens changes;
• Anti-fog technology prevents lens fogging;
• O-Matter™ material ensures lightweight and durability;
• Impact Protection technology increases impact safety;
• The goggles are compatible with prescription glasses (OTG);
• Spherical lens minimises image distortion.