Sunglasses Leatt RideViz Lite Small Photochromic black (8026013540)

Leatt RideViz Lite Small Photochromic Black Sunglasses are an advanced solution for those who actively spend time outdoors. Made from polymer and polycarbonate, these sunglasses are characterised by durability and scratch resistance. The photochromic lenses provide optimal adaptation to changing lighting conditions, making them an ideal choice for various weather conditions.

Advanced Lens Technologies

Leatt RideViz Lite Small Photochromic Black Sunglasses are equipped with cylindrical lenses that offer a wide field of vision. Thanks to the photochromic feature, the lenses automatically adjust to light intensity, changing light transmission from 25% to 90%. This ensures that the user always has optimal visibility, regardless of the prevailing weather conditions.

Adjustability for Comfort

Leatt RideViz Lite Small Photochromic Black Sunglasses have an adjustable nose piece, allowing for precise fitting to the face. This feature enhances comfort, minimising the risk of the sunglasses slipping during physical activity. Interchangeable lenses further increase functionality, enabling quick and easy replacement when necessary.

Protection Against Harmful Radiation

Leatt RideViz Lite Small Photochromic Black Sunglasses provide full protection against UV radiation. The UV filter applied to the lenses effectively protects the eyes from the harmful effects of sunlight, which is crucial for eye health. As such, these sunglasses are a reliable choice for those who value safety and visual comfort.

Leatt RideViz Lite Small Photochromic Sunglasses - Features:

• Cylindrical lenses providing a wide field of vision;
• Photochromic lenses adjusting light transmission from 25% to 90%;
• High durability due to the use of polymer and polycarbonate;
• Adjustable nose piece for precise fitting and comfort;
• Interchangeable lenses for easy change;
• UV filter effectively protecting against harmful sunlight;
• Shading degrees in categories 1, 2, and 3 for various lighting conditions.