Bright light full sun.
Sapphire iridium polarized transmission.
Polarized lenses oakley s proprietary technology designed to filter out 99 of reflected glare without the haze and optical distortion that typically comes with conventionally manufactured polarized lenses.
Oakley polarized lenses permeate plutonite oakley s signature lens material around an integrated polarizer.
This helps in clearing vision minimizing deformation and protecting the filter against damages by wear and tear.
Oo black iridium polarized.
Excellent all purpose lens for sunny conditions.
It really depends on what activities you are using your sunglasses for.
Comfortable lens tint that offers a clear neutral transmission as well as true color perception when active.
Bright light full sun.
Prizm technology for increased contrast detail.
Polarized is a buzzword in the optical world.
Available in polarized no.
Excellent all purpose lens for sunny conditions.
Polarized lenses work as shields against discomforting glares.
The sport performance comes from the prizm polarized lenses that cut down on glare while also boosting color and contrast to ensure you are seeing clearly in all light conditions.
For example a deep blue iridium lens is a polarized grey lens grey base color and has a mirrored blue look from the front.
Most people think a polarized lens is better than a non polarized lens but this is not always the case.
Clear to brown transitions.
Prizm jade iridium polarized.
Prizm sapphire iridium polarized.
Lens transmission range activated 19.
Oakley s proprietary technology designed to filter out 99 of reflected glare without the haze and optical distortion that typically comes with conventionally manufactured polarized lenses.
Sapphire iridium polarized see lens details.
Lucky for you prizm sapphire if offered in polarized and non polarized.
Holbrook r prizm sapphire polarized collection.
These lenses are held in place via comfortable nose and temple pads and beefy hinges that let you run.
Prizm technology for increased contrast detail.
The chart below has a full round image of how the lens looks from the front and a partial picture of what the lens looks like from the back.