Product Description
This shoe combines durability and comfort, making it ideal for trail hiking and summer walking.The water-repellent suede-like leather upper offers protection and comfort, while the Gore-Tex Extended Comfort Footwear lining guarantees waterproofing and breathability. Dual-density Eva midsole: the first is harder for support and stability, while the second is softer for comfort and cushioning. The Asolo/Vibram outsole has a self-cleaning design and uses the MegaGrip compound for incredible grip, traction and performance on wet and dry terrain. Rounding out the model is tpu protection and the metal lacing system for fast, precise lacing.DETAILS UGG: 1.6-1.8 mm water-repellent suede-like leather INNER LINING: Gore-Tex Extended Comfort Footwear MOUNTING FIRM: Asoflex 00 SR fast ANATOMIC SOLE: Lite 2 SOLE: Asolo/Vibram Omega with MegaGrip (dual-density eva-rubber) SHOES: Women's WEIGHT: 422 (g) (1/2 pair size 5 UK)TECHNOLOGIES FIT TECHNOLOGY: Asolo's philosophy has always been to develop avant-garde products in terms of applied technologies, both in concept and design. It's for this very reason that Asolo's priority is to create models that adapt to the morphology of the foot, capable of best satisfying the needs of the user and increasing comfort. GORE-TEX EXTENDED COMFORT FOOTWEAR: Gore-Tex Extended Confort Footwear offers uninsulated protection to keep your feet dry and comfortable in temperate weather, as well as in hot weather and during more intense activities. VIBRAM MEGAGRIP: Vibram MegaGrip offers excellent grip on both wet and dry terrain, while maintaining a high level of durability. Designed for users who frequently encounter slippery terrain, Vibram MegaGrip is recommended for trekking, multisport activities, hiking and all-season travel. FALCON EVO TECHNOLOGY: The result of a collaboration between Asolo and Vibram. The sole consists of a thermoformed Eva midsole with two densities. The high-density Eva midsole guarantees stability, while the low-density Eva midsole offers maximum comfort and shock absorption.
