Sweet Protection Clockwork MAX RIG Reflect BLI rig topaz/rig l amethyst/matte black/black 852038 ski goggles

Parameters

Glass RIG™ Light Amethyst, RIG™ Topaz

Brand Sweet Protection

Country of origin of the brand Norway

Protection against evaporation Yes

Gender Male, Woman

Frame colour Grey

Photochrom No

Model/product code Clockwork MAX RIG Reflect BLI 852038

Leading colour Black

Hydrophobic coating Yes

Season Autumn/Winter

Polarisation No

Technologies RIG® Hydrophobic Lens Coating GORE® Protective Vent

OTG - goggles on glasses No

Sun protection Yes

Sport Skiing

Degree of blackout cat. 3

Sweet Protection Clockwork MAX RIG Reflect BLI rig topaz/rig l amethyst/matte black/black 852038 ski goggles 2

Product description

Advantages

Glazing category S3

The category S3 windscreen is designed for riding in strong and harsh sunlight. It will work well for people who are hypersensitive to light and on high-altitude slopes without shaded areas. It absorbs between 82 and 92% of light and has a darkened surface.

Hydrophobic coating

The lens has been coated with a special coating so that drops hitting the lens surface do not smear, but drip off. This does not impair visual acuity in difficult conditions. The lens itself is thus easy to keep clean, as the coating repels water and grease, and fingerprints rub off very easily.

Anti-Fog coating

Temperature fluctuations can cause unwanted fogging on the inside of the lens. To prevent this effect from occurring, the lens is treated with a special coating that prevents fogging. This increases safety and comfort when on the slopes.

Technologies

RIG®

RIG® technology is a revolutionary lens technology developed by Sweet Protection. It features better contrast for improved vision and very low colour distortion resulting in less eye fatigue.

Hydrophobic Lens Coating

Lenses with a hydrophobic coating that prevents water and dirt from settling on them. The outer side of the lens is resistant to moisture. They guarantee excellent visibility.

GORE® Protective Vent

The purpose of this technology is to equalise the pressure between the outer and inner lens, prevent deformation of the inner lens due to changes in air pressure and minimise optical distortion.