For those races where minutes turn into hours, and hours into days, JULBO has developed the AERO UTMB®. By joining forces with the biggest event in the world, the brand continues its commitment to ultra-distance runners. Whether training on the trail or taking part in competition, these sunglasses offer premium comfort, a featherweight spec and REACTIV Photochromic lenses to ensure total performance whatever the conditions. The perfect sunglasses by JULBO to support trail runners in all their challenges.
REACTIV PHOTOCHROMIC LENSES
Your Reactiv lenses get darker or lighter to match changing light conditions. Whatever the weather, Julbo guarantees perfect vision and long-lasting protection for your eyes.
CLEAR VISION WHATEVER THE CONDITIONS
Photochromic lenses (cat. 1 to 3 - visible light transmission rate: 13% - 72%), they get darker or lighter to match changing light conditions and therefore adapt to changes in contrast of the terrain. Internal anti-fog coating and external oil-repellent coating (prevents marking, makes cleaning easier and facilitates water runoff). Ideal for Nordic skiing, trail running and mountain biking.
Lens size : 133
Age : Adult
Hinges : Non
Base : 6
Temple length : 131
Distance : 14
Lens depth : 46
Weight : 30 g
3D Nose Fit : Special nose-pads are adjustable in every direction so that glasses fit every type of nose shape and ensure unbeatable hold in all conditions.
Air Link Temple system : Elastomer shock absorber insert at the end of the temple for improved comfort and lightness.
Air Link Temple system : This elastomer shock absorber insert fitted at the end of the temple makes the glasses lighter and more comfortable
Asian Fit : Frame ergonomics adapted to Asian facial shapes.
Front Venting : Natural front venting of air created by the lens shape.
Full Venting : Highly vented sunglasses structure allowing full circulation of air to prevent fogging.
Grip Tech temples : Exclusive soft material on the temples that doesn't stick to hair, for perfect grip and comfort.
Panoramic view : Wide lens surface for maximum field of vision.