Aurora Magnetic-Tech Dual-layer Anti-fog Lens
£29.99 GBP
Regular price £24.99 GBPAurora Mag-Tech Dual-Layer Anti-Fog Lens —clear vision in every condition
- Cylindrical lens delivers a wide, low-distortion field of view
- REVO-coated lenses block UV rays and reduce glare
- Dual-layer anti-fog design keeps your vision crystal clear
- Magnetic lens system enables fast, tool-free swaps
Perfect for skiing, snowboarding and all winter sports
Aurora Mag-Tech Dual-Layer Anti-Fog Lens —clear vision in every condition
- Cylindrical lens delivers a wide, low-distortion field of view
- REVO-coated lenses block UV rays and reduce glare
- Dual-layer anti-fog design keeps your vision crystal clear
- Magnetic lens system enables fast, tool-free swaps
Perfect for skiing, snowboarding and all winter sports
£29.99 GBP
Regular price £24.99 GBPAurora Mag-Tech Dual-Layer Anti-Fog Lens —clear vision in every condition
- Cylindrical lens delivers a wide, low-distortion field of view
- REVO-coated lenses block UV rays and reduce glare
- Dual-layer anti-fog design keeps your vision crystal clear
- Magnetic lens system enables fast, tool-free swaps
Perfect for skiing, snowboarding and all winter sports
Aurora Mag-Tech Dual-Layer Anti-Fog Lens —clear vision in every condition
- Cylindrical lens delivers a wide, low-distortion field of view
- REVO-coated lenses block UV rays and reduce glare
- Dual-layer anti-fog design keeps your vision crystal clear
- Magnetic lens system enables fast, tool-free swaps
Perfect for skiing, snowboarding and all winter sports
Three-Layer System
The concept of the three-layer system originated from outdoor activities, designed to help people stay warm and dry in extreme weather conditions. Through a scientific layering approach, the base layer wicks moisture, the mid layer provides insulation, and the outer layer offers wind and water resistance while maintaining breathability. Although initially developed for mountaineering and exploration, this method is now widely used in sports like skiing, ensuring comfort and performance in various environments.
