Women's running shoes Mizuno Fortrush black/black sand (J1GD264824)

Mizuno Fortrush Women's Running Shoes black/black sand are technologically advanced footwear designed for running on asphalt. Thanks to the breathable mesh upper, it provides excellent ventilation, which translates into comfort even during intense training sessions. These shoes feature a lightweight construction, making them an ideal choice for both daily training and competition events.

MIZUNO ENERZY NXT Technology

The Mizuno Fortrush women's running shoes black/black sand are equipped with the innovative MIZUNO ENERZY NXT midsole. This advanced technology provides excellent cushioning, leading to exceptional comfort while running. As a result, each step is more dynamic and less stressful on the joints, which is crucial for runners with overpronating feet.

Durable X10 Outsole

The outsole of the Mizuno Fortrush shoes is made from X10 technology rubber. This guarantees not only high durability but also excellent grip on various asphalt surfaces. This feature is particularly important, especially when running in varying weather conditions, ensuring safety and confidence with each step.

Comfort and Stability

The Mizuno Fortrush women's running shoes black/black sand offer stability, which is essential for runners seeking support with every step. The standard fit cut provides a comfortable fit, and the Premium Insock insole further enhances user comfort. With the lace-up closure, the shoes can be ideally adjusted to the foot, increasing comfort and confidence during runs.

Mizuno Fortrush Running Shoes - Features:

• Breathable mesh for excellent ventilation;
• Lightweight construction ensuring comfort while running;
• MIZUNO ENERZY NXT technology offering advanced cushioning;
• X10 outsole ensuring durability and grip on asphalt;
• Designed for training and competitive running;
• Stabilising product type supporting overpronating feet;
• Standard fit cut providing a comfortable fit;
• Premium Insock insole enhancing user comfort;
• Laces allowing precise adjustment.