OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens
  • OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens

OAKLEY O Frame 2.0 Pro MX Goggle - Angle Angle Retina Burn Light Gray Lens

€49.94 Tax included
Quantity

As an evolution of the legendary O Frame® goggle, the O Frame 2.0 PRO family has Oakley DNA pumping through every vein. The Oakley O Frame 2.0 PRO MX extends the O Frame 2.0 style and performance to a mid-sized fit, but there is nothing medium about it. The large lens with streamlined frame geometry expands peripheral view in every direction.

  • Includes scratch-resistant and impact-resistant lens with anti-fog treatment and removable noseguard
  • Discreet frame notches at temples to provide compatibility with most prescription glasses, without compromising fit
  • Frame is composed of ultra-strong, yet lightweight, O Matter™ combined with flexible urethane
  • Triple-layer face foam fleece to wick away sweat

All Oakley lenses offer HDO® Technology which gives less distorted vision, a truer visual image so your brain won’t have to work overtime and block 100% of UVA, UVB & UVC rays and harmful blue light up to 400 nm.

8007488002
Color
Bleu & Jaune
Porteur de lunettes
Oui
Couleur écran
Gris clair
Collection
2023
Contraste
Augmentation
Luminosité
Ensoleillé
Transmission de la lumière (%)
11