Oakley Sutro matte black/prizm road jade cycling glasses 0OO9406

Parameters

Model/product code Sutro OO9406

Leading colour Black

Brand Oakley

Country of origin of the brand USA

Gender Male, Woman

Season Year-round

UV filter Yes

Degree of blackout cat. 3

Polarising filter No

Sport Running, Bicycles, Tourism, Sportstyle

Frame colour Black

Interchangeable lens Yes

Type of lens Prizm

Photochrom No

Technologies Impact Protection O Matter™ Oakley Unobtainium® Prizm™

Material O-Matter™

Lens colour Purple, Green

Light transmission 15%

Ear piece length 14 cm

Lens height 5,67 cm

Oakley Sutro matte black/prizm road jade cycling glasses 0OO9406 2

Product description

Advantages

Interchangeable lenses

Depending on the conditions outside, it is sometimes required to change to a different lens that is better suited to the lighting conditions. Interchangeable lenses give you more options and allow you to customise your glasses.

UV filter

These goggles have been designed to provide the highest level of safety, when used outdoors. This model has been treated with a special coating that provides protection against harmful UV rays.

Technologies

Impact Protection

A system used in cycling and climbing helmets. It was developed to reduce the rotational forces acting on the brain when the head hits the ground at an angle.

O Matter™

The material used in Oakley eyewear frames. It is characterised by its lightness, resistance to damage and ability to absorb shock. Oakley plastic glasses are therefore durable and comfortable to wear.

Oakley Unobtainium®

A special patented rubber used by the Oakley brand for the nose pads and temples of the glasses. The unique properties of this rubber ensure that the glasses do not slip when exposed to water or perspiration, but grip even tighter to the head.

Prizm™

A technology developed by Oakley for use in goggles and sports glasses. It involves improving the quality of colour vision, which contributes to safety and performance during sport. Prizm™ lenses amplify the wavelength of the corresponding light waves.