Oakley BXTR Patrick Mahomes II Sunglasses, Prizm Tungsten, matte terrain tan

Oakley BXTR Patrick Mahomes II Sunglasses, Prizm Tungsten, matte terrain tan

BXTR is a tribute to the famous skate spot in Los Angeles, Baxter Street, where style and authenticity are key - just like these lively lifestyle glasses. The BXTR features a cool shield design and a special temple inspired by Oakley's original Razor Blade sunglasses, combined with a contemporary look to emphasize individuality. The lightweight frame material called BiO-Matter is made from plant-based biomaterials and offers both comfort and durability. The remarkable Patrick Mahomes II Signature Collection exudes a strong sense of confidence and achievement. The matte Terrain color in the center of the frame, which gradually changes from gold to a cool grey, represents the calm, successful and serene personality he embodies.

High Definition Optics® (HDO®)
The patented innovative High Definition Optic technology achieves unique optical precision and quality. A wide selection of optional lens colors enables reliable glare reduction, better color perception, increased contrast and optimized depth perception. The optional Oakley polarized lenses block glare without the annoying side effects of ordinary polarized lenses such as haze and distortion.

Unobtainium®
The nose pad is coated with a material that provides increased support for the glasses in the event of increased perspiration. This ensures that the goggles stay securely in place at all times.

BiO-Matter® frame material
This lightweight and hard-wearing frame material is characterized in particular by its high wearing comfort and durability. BiO-Matter is made from biomaterials that contain at least 56% bio-based carbon, which is equivalent to the ratio of castor oil to fossil sources.

Plutonite®
The lens material Plutonite® filters out 100% of UVA, UVB and UVC radiation as well as harmful blue light in the range up to 400 nm.

Prizm Tungsten
This contrast-enhancing lens is often used in everyday life as it is suitable for bright light conditions due to its light transmission of 14%.