Wiley X P-17 P-17M Matte Black Frame | Grey Lens
Wiley X P-17 P-17M Matte Black Frame | Grey Lens
Wiley X P-17 P-17M Matte Black Frame | Grey Lens
Wiley X P-17 P-17M Matte Black Frame | Grey Lens
Wiley X P-17 P-17M Matte Black Frame | Grey Lens
Wiley X P-17 P-17M Matte Black Frame | Grey Lens
Wiley X P-17 P-17M Matte Black Frame | Grey Lens
Wiley X P-17 P-17M Matte Black Frame | Grey Lens
Wiley X P-17 P-17M Matte Black Frame | Grey Lens
Wiley X P-17 P-17M Matte Black Frame | Grey Lens

Wiley X P-17 P-17M Matte Black Frame | Grey Lens

Regular price $100.00
/
2 in stock

The Wiley X P-17 is one of our longest running and most popular sunglasses. It may be because of the low profile frames, or that it meets the ANSI Z87.1 safety standards for optical quality and high mass/high velocity impacts.

PRODUCT INCLUDES: Black Zippered Clamshell Case, Cleaning Cloth with Wiley X Logo, Leash Cord with Rubber Grips, T-Peg Elastic Strap

The Wiley X P-17 is one of our longest running and most popular sunglasses. It may be because of the low profile frames, or that it meets the ANSI Z87.1 safety standards for optical quality and high mass/high velocity impacts. It could be the high level of comfort from the light-weight design that somehow manages to block out all peripheral light. It's also possible that for over ten years we've been making constant improvements to an already trusted product. We're not exactly sure what makes them a fan favorite, but we do know that with the WX P-17 we must be doing something right.

  • Meets ANSI Z87.1 safety standards for optical clarity and high mass/high velocity impact protection
  • 100% UVA/UVB protection with distortion free clarity
  • Lightweight frame
  • Prescription Ready
FEATURES

Polarized
Acting as a visual filter, polarized lenses block blinding glare and improve visual contrast.

High Velocity Impact Resistant
Meets ANSI Z87.1 high velocity impact safety and optical standards.

UV Protection
Blocks the UV (Ultraviolet) that are harmful to our eyes, reducing the risk of damage to retinal cells and age-related macular degeneration while also reducing haze.