MIZUNO Wave Daichi 8 Goretex trail running shoes Cayenne / Citrus / Salsa, 40

A shoe to match the adventurous spirit of the trail runner. The Wave Daichi 7 features a Mizuno Wave for stability and cushioning. The lightweight Michelin rubber outsole provides unmatched grip out in the wild and the woven upper provides a secure and comfortable fit. The Gore-tex membrane is waterproof yet breathable to ensure comfort in any weather This shoe enables enjoying trails with all aspects covered, including cushioning, stability, light weight, and grip. You will also sense the soft feel and fit of a road running shoe. Can handle all weather due to the Gore-Tex. For all trail runners regardless of physique, running distance, or surface type. Features: - Mizuno Enerzy Foam: Mizuno Enerzy, which provides amazing cushioning and energy return, is equipped throughout the entire midsole. - Mizuno Wave (Foam): Mizuno Wave, featuring a wave structure with EVA at two levels of hardness, enhances stability without sacrificing cushioning. - Rock Plate: The shoe has a shock-dispersing EVA PLATE at the forefoot. It provides shock absorption against rocks. - Vibram Megagrip: Vibram‘s leading high-performance compound. It provides outstanding grip, especially on wet and uneven terrain. Gore-Tex: Breathable yet waterproof, the Gore-Tex membrane keeps feet comfortable in all weather conditions. Specifications: - Weight: 315g - Materials: More than 90% recycled content on upper body lining textile. More than 90% recycled content on shoelace. Part of the midsole made with sugarcane-based material. Technology: Mizuno Wave: - Inspired by nature, Wave is a unique midsole technology that provides both cushioning and stability. Wave‘s unique shape absorbs and disperses the impact at foot strike, which results in a smoother, more cushioned feel on every step. Mizuno Enerzy: - Provides a well cushioned landing with amazing energy return.This midsole material surpasses all expectations of comfort set by previous materials. Goretex: - Waterproof, breathable fabric membrane upper technology