Created with a DynamotionFit upper, the Mizuno Wave Neo Ultra Running Shoes hug your feet for a secure sock-like feel that adapts to your natural movements as you run. Featuring three types of Mizuno Enerzy materials in the midsole, these shoes deliver the highest level of cushioning for soft landings and maximum energy return for explosive take-offs. Mizuno Wave and SmoothRide technology enhance stability and ensure a smooth transition while a G3 performance outsole provides lightweight, durable and reliable grip. Finally, the shoe was created through materials with low environmental impact as Mizuno strives to care for the environment by a reduction in dyeing water and CO2 emissions.
These premium everyday running shoes are inspired by nature and driven by performance. The production process involves materials with low environmental impact with a reduction in dyeing water and CO2 emissions. Designed with a comfortable and lightweight upper that's breathable and snuggly wraps your foot for cool and well-ventilated precision footing. The heel wedge is loaded with MIZUNO ENERZY foam offering great cushioning and energy return - it contains bloom, which is made from algae biomass collected during the water purification process. A Mizuno Enerzy Lite midsole provides lightweight underfoot comfort with high energy return while the Wave Plate promotes a fast forward-propelling ride. Finally, a G3 rubber outsole ensures a reliable long-lasting grip.
The Wave Paradox 5 Shoes deliver a perfect fit with maximum support thanks to Mizuno's DynamotionFit design and Wave fit technology, allowing you to unlock the full potential of each run. An ap+ and U4icX midsole also work completely in harmony to provide maximum stability, comfort and cushioning. An Airmesh upper is lightweight and able to fly over trails with DynamotionFit technology providing upper support and control as well as a sleek style that is equally as comfortable when running city side streets.
The Mizuno Wave Rebellion Flash Running Shoes allow you to run at maximum speeds without sacrificing on comfort. The Mizuno Enerzy Lite foam material used throughout the midsole provides excellent underfoot cushioning and impact protection while supporting high-velocity running, while the Mizuno Wave design enhances stability without losing for a smooth and efficient ride. Created with a plant-based Wave Plate made with Pebax Rilsan® and more than 90% recycled content on sockliner lining for a more sustainable design approach and finished with a G3 outsole for lightweight and durable traction.
Crafted with a breathable engineered upper, the Mizuno Wave Rebellion Running Shoes deliver a lightweight fit that keeps your feet from overheating thanks to its excellent ventilation. The upper securely wraps the foot and works alongside a traditional lacing system to provide a precision fit. At the midsole, Mizuno Enezy Lite has been utilised alongside a glass fibre reinforced Wave Plate to provide lightweight cushioning and responsive performance. Quickly dispersing impact shock and provide maximum energy for a fast forward-propelling toe-off. Finally, the G3 sole offers secure traction that more efficiently transmits the power of runners to the ground.
Featuring an AIRmesh upper, the Mizuno Wave Rider 26 Running Shoes provide an incredibly comfortable fit and allow your feet to breathe so your temperature remains regulated on long runs. Made with a secure traditional lacing system and a removable Premium Insock design and DynamotionFit that wraps the foot and adapts to your natural movements. The midsole is 2mm thicker than the previous model to boost both the cushioning and energy return for a smooth forward propelling ride. A combination of Mizuno Enerzy, Mizuno Wave and SmoothRide technology ensures soft landings, smooth transitions and explosive toe-offs. Finally, an X-10 rubber outsole with added durability in high-wear areas adds a reliable grip that's built to last.
Featuring an AIRmesh upper, the Mizuno Wave Rider Amsterdam Running Shoes provide an incredibly comfortable fit and allow your feet to breathe so your temperature remains regulated on long runs. Made with a secure traditional lacing system and a removable Premium Insock design and DynamotionFit that wraps the foot and adapts to your natural movements. The midsole is 2mm thicker than the previous model to boost both the cushioning and energy return for a smooth forward propelling ride. A combination of Mizuno Enerzy, Mizuno Wave and SmoothRide technology ensures soft landings, smooth transitions and explosive toe-offs. Finally, an X-10 rubber outsole with added durability in high-wear areas adds a reliable grip that's built to last.
Featuring an AIRmesh upper, the Mizuno Wave Rider 26 Running Shoes provide an incredibly comfortable fit and allow your feet to breathe so your temperature remains regulated on long runs. Made with a secure traditional lacing system and a removable Premium Insock design and DynamotionFit that wraps the foot and adapts to your natural movements. The midsole is 2mm thicker than the previous model to boost both the cushioning and energy return for a smooth forward propelling ride. A combination of Mizuno Enerzy, Mizuno Wave and SmoothRide technology ensures soft landings, smooth transitions and explosive toe-offs. Finally, an X-10 rubber outsole with added durability in high-wear areas adds a reliable grip that's built to last.
Comfortably wrapping your feet for a secure feel that adapts with your stride, the Mizuno Wave Sky 6 Running Shoes feature AeroHug and DynamotionFit technology. The premium fit is enhanced by the traditional lacing system and the breathable construction to allow optimal airflow to regulate your temperature when on the move. Mizuno Wave adds stability throughout the Mizuno Enerzy midsole foam that provides durable cushioning with responsive rebound energy to absorb impact shock and propel each stride forward. SmoothRide technology guides the foot through the gait cycle for a smooth and efficient transition while a durable X-10 rubber outsole provides reliable grip that's built to last.
Crafted with an engineered AIR mesh upper with Dynamotion Fit, the Mizuno Wave Skyrise 3 Running Shoes provide the ultimate fit that adapts to the shape of your foot while allowing your feet to breathe and air to flow through the shoe and disperse heat so your feet stay cool on hot runs. The traditional lacing system provides a secure fit and the Premium Insock works to further enhance comfort. The midsole has been improved with Mizuno Enerzy Core to provide softer cushioning to easily absorb impact shock and more energy return to promote a floating feeling and propel you forwards. Mizuno Wave technology gives a stable ride and smooth transition while the X10 carbon rubber outsole ensures reliable and durable grip.
You will feel like you are floating with this shoe designed for smooth runs. It features MIZUNO ENERZY for soft cushioning and high energy return. MIZUNO WAVE enhances the stability while still maintaining the floating feeling. MIZUNO ENERZY CORE / MIZUNO ENERZY: You can feel the soft cushioning and high energy return. • MIZUNO WAVE: Enhances stability without sacrificing the floating feeling. • Smooth Stretch Woven Upper material for a softer more comfortable fit. Strategically stretches to keep a stress free hold around the foot to not affect running efficiency. USP Offers the ultimate floating feeling while running (soft and springy) TARGET CONSUMER For daily runners who like a floating sensation while running. SS23 UPDATE New Upper More than 90% recycled content on sockliner lining.
Designed with a Gore-Tex waterproof upper, the Mizuno Women's Wave Daichi 7 GTX Trail Shoes give a secure fit and work to keep your feet dry in wet conditions without sacrificing breathability. Mizuno Wave technology provides a wave structure with EVA at two levels of hardness to enhance stability, while a combination of U4icX and AP+ midsole compounds cushions every stride and gives a responsive toe-off. Finished with a Michelin rubber outsole for long-lasting durability and premium grip on unpredictable offroad surfaces.