Oakley O-Frame 2.0 Pro M matte black/dark grey ski goggles (OO7125-02)

The Oakley O-Frame 2.0 Pro M ski goggles in matte black/dark grey provide advanced eye protection in varying conditions on the slopes, combining technological solutions with functionality tailored to the needs of demanding users. This model features lenses made from Plutonite™ material, effectively filtering UV radiation and protecting against impacts, ensuring a clear and safe field of vision even during intense riding.

Cylindrical Lens and OTG Design

The Oakley O-Frame 2.0 Pro M model uses a cylindrical lens that guarantees a wide field of vision and natural optics across the entire lens range. The OTG design allows for comfortable use of the goggles in combination with prescription glasses, which is appreciated by those with vision impairments. The S3 lens category with category 3 tint is perfect for skiing on sunny days, effectively protecting the eyes from intense light and glare from the snow.

Safety and Compliance with Standards

The goggles meet the strict ANSI Z87.1 and EN 166 standards, confirming a high level of protection against impacts and resistance to scratches. The sunglasses protection and UV 400 filter ensure eye safety even with prolonged exposure to strong sunlight. The applied certifications guarantee quality and reliability during intense use on the slopes.

Oakley O-Frame 2.0 Pro M Ski Goggles in Matte Black/Dark Grey - Features:

• Lenses made of Plutonite™ that effectively block UV 400 radiation;
• HDO® optical technology providing maximum image clarity;
• Anti-Fog coating minimizing lens fogging during activities;
• Cylindrical lens guaranteeing a wide field of view;
• S3 lens category dedicated to intense sunlight;
• Category 3 tint protecting eyes from glare;
• OTG design allowing for wearing prescription glasses under the goggles;
• Meets safety standards ANSI Z87.1 and EN 166;
• Sun protection ensuring comfort while skiing even in full sun;
• Durable construction resistant to impacts and scratches;
• Optimized optics supporting perception in dynamic conditions.