Mizuno Wave Rider 10 shoes mizsnowwhite/ slate/bistrogreen (D1GA243107)

Mizuno Wave Rider 10 mizsnowwhite/ slate/bistrogreen are the perfect sneakers for active lifestyle enthusiasts. Designed with comfort and performance in mind, these shoes combine modern design with innovative technologies. The upper is made from mesh, providing excellent breathability, which is crucial during intense use. Thanks to the low-cut upper, these shoes offer freedom of movement and comfort.

MIZUNO WAVE Technology

The Mizuno Wave Rider 10 mizsnowwhite/ slate/bistrogreen features MIZUNO WAVE technology. This advanced cushioning technology provides stability and effective energy dispersion upon impact. As a result, users can enjoy a smooth and dynamic stride, regardless of the conditions. MIZUNO WAVE also enhances comfort during prolonged wear.

U4icX and VS-1 Cushioning

The Mizuno Wave Rider 10 also uses U4icX and VS-1 midsole technology, which further increases user comfort. U4icX cushioning is lightweight and flexible, allowing for even better shock absorption. Meanwhile, VS-1 technology supports heel cushioning, which reduces joint strain. Together, these technologies create ideal conditions for comfortable walking and running.

Durability and Traction with X10

The Mizuno Wave Rider 10 mizsnowwhite/ slate/bistrogreen features a durable outsole made from X10 carbon rubber. This technology offers increased durability and excellent traction on various surfaces. With X10, users can enjoy a confident step both on city streets and on less paved trails.

Mizuno Wave Rider 10 - Features:

• Sportstyle sneakers with a modern design;
• Upper made from breathable mesh;
• Low-cut upper providing freedom of movement;
• MIZUNO WAVE technology for advanced cushioning;
• U4icX midsole for lightweight cushioning;
• VS-1 technology supporting heel cushioning;
• X10 carbon rubber for durability and traction;
• Laces as a fastening type ensuring a good fit;
• Cushioning for comfort during use;
• Non-slip outsole enhancing safety;
• Breathability due to the materials used.