Smith Ruckus PivLock matte black/chrp opal mirror/contrast rose sunglasses (201522)

The Smith Ruckus PivLock matte black/chrp opal mirror/contrast rose sunglasses are designed for athletes seeking maximum eye protection and flexibility while riding in varying light conditions. The use of advanced optical technologies results in excellent visual quality and effective UV protection.

ChromaPop™ lenses and PivLock™ system

Lenses made with ChromaPop™ technology provide clear colour differentiation and high contrast, significantly enhancing perception during dynamic riding. The PivLock™ system allows for rapid lens changes, making the Smith Ruckus PivLock easily adaptable to changing conditions. The set includes an additional ChromaPop Contrast Rose lens with category 1 tint and 48% light transmission.

Safety and comfort of use

Both lens categories offer 100% UV protection, safeguarding the eyes even in the most intense sunlight. The varying tint levels (cat. 3 and cat. 1) allow you to choose the appropriate lens for the prevailing conditions. Comfort is enhanced by the included hard case and microfiber pouch, which protect the glasses during transport.

Smith Ruckus PivLock matte black/chrp opal mirror/contrast rose sunglasses - features:

• ChromaPop™ lenses increase contrast and visual precision;
• PivLock™ system enables quick lens changes;
• The set includes an additional ChromaPop Contrast Rose lens in category 1;
• Frames made from lightweight TR90 Grilamid polyamide and carbon fibre;
• Design optimised for lens ventilation;
• 100% UV protection for both lenses;
• Lenses with tint levels of cat. 3 and cat. 1;
• Light transmission of 12% and 48% depending on the lens;
• Set includes a hard case and microfiber pouch;
• Frames resistant to mechanical damage and deformation;
• Design dedicated to athletes expecting high comfort;
• Smith Ruckus PivLock model suitable for both women and men;
• No polarising filter or photochromic properties;
• Easy lens replacement thanks to the PivLock™ system;
• Stable frame construction during dynamic movement.