Ski goggles UVEX Victorious S V white matt/vario rose mirror (55/0/195/1130/UNI)

The UVEX Victorious S V white matt/vario rose mirror ski goggles provide the highest level of protection and comfort while skiing in changing lighting conditions. The spherical, double lens in this model, along with the photochromatic Variomatic® technology, guarantees optimal visibility and dynamic adjustment of light transmission from 70% to 14%.

OTG Design and Comfort of Use

The OTG design allows comfortable use of the goggles over prescription glasses, significantly enhancing the comfort of those who wear optical lenses. The spherical, double lens provides a wide field of view and reduces optical distortion. Soft padding and the ergonomic shape of the model reduce pressure on the face, ensuring a perfect fit for various head shapes even during prolonged use.

Protection and Safety on the Slopes

The UV-400 filter protects the eyes from intense solar radiation by eliminating harmful UVA, UVB, and UVC rays. The double lens design further enhances the goggle's resistance to damage and helps maintain an appropriate microclimate around the eyes. This model meets the latest European safety standards, ensuring effective protection during dynamic skiing or snowboarding.

UVEX Victorious S V white matt/vario rose mirror ski goggles - features:

• Spherical, double lens design for a wide field of view;
• Supravision® technology with an Anti-Fog coating to limit fogging;
• Variomatic® photochromatic lens with light transmission range of 70-14%;
• OTG design allowing comfortable wear over prescription glasses;
• UV-400 filter protecting eyes from UVA, UVB, and UVC radiation;
• Lens categories S1-S3 adapting to lighting conditions;
• Compliance with ISO 18527-1:2022 and CE/EN standards;
• Ergonomic shape ensuring a proper fit to the face;
• Sun protection ensuring safety while skiing;
• Double lens increasing durability and eye protection;
• Reduction of optical distortions during dynamic skiing;
• Designed for winter sports in changing weather conditions.