Oakley Kato Sunglasses - Prizm Sapphire/Polished Black
Oakley Kato is engineered to push the boundaries of performance with a purpose-built design that conforms to the contours of the face for a seamless look. With its progressive, disruptive wrap design, the frameless architecture, innovative tilt function, and multiple nose pads create a customized fit. Paired with Prizm Lens Technology, Oakley Kato empowers athletes with optimized coverage and an expanded field of view.
Features-
- Disruptive Design - Oakley Kato has a progressive, disruptive design intended to fit the lens as close to the face as possible, providing optimized coverage, wider field of view, frame retention, and impact protection.
- Adjustable Rake - An innovative fit mechanism helps tilt the lens to create the right bridge and cheek contact to properly and comfortably adapt to more faces.
- Nosepads - Comes with three Unobtainium nose pads of different thicknesses and depths to create different offsets to give you the fit you need and a no-slip grip.
Technology-
Impact Protection - Oakley lenses are designed and tested under extreme high mass and high velocity circumstances to ensure uncompromising protection across a wide range of demanding conditions.
Prizm Lens Technology - Oakley's exclusive lens technology designed to enhance color and contrast so you can see more detail.
- Disruptive Design - Oakley Kato has a progressive, disruptive design intended to fit the lens as close to the face as possible, providing optimized coverage, wider field of view, frame retention, and impact protection.
- Adjustable Rake - An innovative fit mechanism helps tilt the lens to create the right bridge and cheek contact to properly and comfortably adapt to more faces.
- Nosepads - Comes with three Unobtainium nose pads of different thicknesses and depths to create different offsets to give you the fit you need and a no-slip grip.
- Revolutionary Lens Design - Advancements in optical design have allowed the lens to be designed with an extended wrap and rigidity in key areas that mimic the structural properties of a frame.
