Description
PerformanceCushioning The amount of protection and comfort the shoe offers Neutral Mid-soft Ultra soft Grip The grade traction the shoe provides for faster propulsion and surefootedness. Regular Strong Ultra grip Stability The level of stability the shoe offers to help offset over pronation. Regular Enhanced Ultra stable Who is it for? Dynamic shoe for trail runners that are running in changing terrain and require adaptivity. Description A shoe to match the explorative spirit of the trail runner. Wave Daichi 4 features the incredible Michelin rubber outsole for unmatched grip out in the wild. All new adjustable fitting system adds secure foot binding to your run, working in unison with XtaRide technology and the Mizuno Wave to bring you unbeatable adaptability so you can maintain top pace on uneven terrain. Specifications Weight(g): 270 Features Michelin rubber outsole design for multi-directional traction and maximum adaptivity with the ground. Dynamic cushioning through Mizuno Wave technology. XtaRide allows the shoe to adapt to surface irregularities and work in perfect harmony with the body. New daptive fitting system provides a comfortable and secure fit. Technology Select a technology to learn more: AIRmesh Allows each running shoe from Mizuno to maintain a high standard of breathability and comfort of the upper. DynamotionFit Mizuno has developed a design blueprint to engineer shoes that work with your foot throughout the gait cycle. Michelin An original rubber compound developed by Michelin that provides more grip and comfort. Mizuno Wave Inspired by nature, Wave is a unique midsole technology that provides both cushioning and stability. Xta Ride Our technical trail concept featuring X lugs and Xta groove, leads to trail shoes that adapt to their surroundings and work in perfect harmony with the body. Key BenefitsDesign Reinforced heel and toe cap Fit Adjustable fitting system in heel and forefoot for a more comfortable and secure fit Grip Michelin outsole delivers great traction and grip on all surfaces You might also like |