Sunglasses Oakley Instagator matte black

Sunglasses Oakley Instagator matte black 2

Sunglasses Oakley Instagator matte black 3

Sunglasses Oakley Instagator matte black 4

Sunglasses Oakley Instagator matte black 5

Sunglasses Oakley Instagator matte black 6

Sunglasses Oakley Instagator matte black 7

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Oakley Instagator sunglasses are a frameless model with a distinct rectangular line. The O-Matter material ensures lightness and durability, while the lenses with UV400 filter provide complete sun protection.

Parameters

Basic data

Brand Oakley

Country of origin of the brand USA

Sport Tourism, Sportstyle

Gender Male, Woman

Season Year-round

Leading colour Black

Model/product code Instagator S3 OO9514

Code 2000204555

Lenses

Interchangeable lens No

Lens width 5,8 cm

Lens height 4,1 cm

Polarising filter No

UV filter Yes

Photochrom No

Degree of blackout cat. 3

Type of lens Prizm

Frame

Ear piece length 14,2 cm

Sternum width 1,8 cm

Product details

Material O-Matter™

Technologies UV protection, O Matter™, Plutonite™, Prizm™

Warnings and producer's data

Product description

Sunglasses Oakley Instagator matte black (OO9514)

Oakley Instagator matte black sunglasses are an excellent choice for those seeking stylish eye protection. Thanks to the use of Prizm™ technology, these glasses provide extremely precise and clear vision, enabling better detection of details in various lighting conditions. Made from O-Matter™ material, they are lightweight and durable, ensuring all-day wearing comfort.

Advanced Oakley technologies

The Oakley Instagator matte black sunglasses are equipped with numerous innovative technologies that enhance their functionality. Prizm™ technology improves contrast and enhances colours, which is particularly beneficial during outdoor activities. Plutonite™ lenses offer full protection against UV radiation, filtering out 100% of harmful UVA, UVB, and UVC rays. As a result, the eyes are effectively protected from the harmful effects of the sun.

Comfort and durability thanks to O-Matter™ material

The O-Matter™ material from which the Oakley Instagator matte black sunglasses are made provides not only lightness but also exceptional durability. The construction of the glasses is resistant to impact and everyday wear, making them an ideal choice for individuals leading an active lifestyle. The temple length of 14.2 cm and bridge width of 1.8 cm ensure an excellent fit and stability while wearing.

Style and functionality

The Oakley Instagator matte black sunglasses combine modern design with top functionality. The category 3 lens tint makes them perfect for wearing in full sun, providing appropriate protection and comfort of vision. The lens width of 5.8 cm and height of 4.1 cm guarantee optimal eye coverage, minimising the impact of side sunlight.

Oakley Instagator sunglasses - features:

Prizm™ technology improving contrast and colours;
Plutonite™ lenses providing full UV protection;
O-Matter™ material ensuring lightness and durability;
Temple length of 14.2 cm providing stability;
Bridge width of 1.8 cm for optimal fit;
Category 3 lens tint ideal for full sun;
Lens width of 5.8 cm for better coverage;
Lens height of 4.1 cm minimising the impact of side light;
Stylish design combining functionality with a modern look.

Technologies

UV protection

Effective UVA, UVB and UVC sunscreens for use in sports clothing and accessories.

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.

Plutonite™

This is a special lens material developed by Oakley. It is characterised by its ability to completely block harmful ultraviolet (UV) radiation. It is guaranteed to block 100% of all types of radiation, as well as UVA.

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.

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