Men's football boots Mizuno α II Japan Mix galaxy silver/8605 c/gold (P1GC256004)

Mizuno α II Japan Mix galaxy silver/8605 c/gold men's football boots are an excellent choice for players looking for lightweight and dynamic footwear for wet grass. Made with a synthetic upper, they offer durability and optimal fit, which are crucial during intense matches. This model combines advanced technologies that enhance comfort and game effectiveness, allowing for the best performance on the pitch.

MIZUNO ENERZY Technology

The Mizuno α II Japan Mix galaxy silver/8605 c/gold men's football boots are equipped with the innovative MIZUNO ENERZY technology. The midsole made of MIZUNO ENERZY foam provides exceptional cushioning, significantly reducing shocks and protecting joints during intense running. Thanks to this technology, the user can enjoy increased movement dynamics and better rebound, translating to higher performance on the field.

Stability and Grip

The Mizuno α II Japan Mix galaxy silver/8605 c/gold men's football boots guarantee excellent stabilization and grip on wet grass. The specially designed sole is a key element that enhances confidence during quick turns and sudden changes of direction. This allows players to focus entirely on the game, knowing that their footwear provides optimal support.

ZEROGLIDE Insole

This model features a ZEROGLIDE insole that further improves wearing comfort. This insole prevents the foot from slipping inside the boot, increasing stability and minimizing the risk of chafing. As a result, every step, run, or jump is more controlled, leading to better athletic performance.

Mizuno α II Japan Mix Football Boots - Features:

• Made with a durable synthetic upper;
• MIZUNO ENERZY foam midsole providing cushioning;
• Advanced MIZUNO ENERZY technology enhancing movement dynamics;
• Specially designed sole ensuring stability on wet grass;
• ZEROGLIDE insole increasing wearing comfort and stability;
• Laces as a fastening type allowing precise adjustment;
• Dedicated for play on wet grass surfaces.