Ski goggles Smith Snowday Jr supernova rockets/blue sensor mirror (M00442)

Smith Snowday Jr ski goggles supernova rockets/blue sensor mirror are an excellent choice for young skiers who value comfort and safety on the slopes. Equipped with a mirror lens named blue sensor mirror, they offer optimal sun protection as well as effective anti-fogging features. Thanks to the OTG (Over The Glasses) design, these goggles allow for comfortable wear over prescription glasses.

Advanced CARBONIC and Fog-X technologies

Smith Snowday Jr ski goggles supernova rockets/blue sensor mirror are made using CARBONIC technology, which provides durability and scratch resistance for the lenses. The Fog-X technology effectively prevents the lenses from fogging, ensuring unobstructed visibility even in challenging weather conditions. With these innovative solutions, young skiers can enjoy excellent visibility during their descents.

Comfort and functionality

Smith Snowday Jr ski goggles supernova rockets/blue sensor mirror feature a thoughtful design that ensures excellent comfort during use. The S1 lens category makes these goggles ideal for low-light conditions. Additionally, the effective ventilation allows for a free circulation of air, minimizing the risk of lens fogging and increasing comfort during prolonged use.

Safety on the slopes

The safety of young skiers is a priority with Smith Snowday Jr ski goggles supernova rockets/blue sensor mirror. The mirror lens and effective sun protection provide excellent shielding for the eyes against harmful UV radiation. This way, young athletes can fully trust their gear during every outing on the slopes.

Smith Snowday Jr ski goggles - features:

• Advanced CARBONIC technology providing lens durability;
• Fog-X technology effectively preventing lens fogging;
• OTG design allowing for the wearing of prescription glasses;
• S1 lens category ideal for low-light conditions;
• Blue sensor mirror lens providing excellent sun protection;
• Effective ventilation enhancing user comfort;
• Eye protection against UV radiation.