Football boots Mizuno Alfa III Elite Mix celeste/white (P1GC266225)

Mizuno Alfa III Elite Mix Celeste/White football boots are an excellent choice for players looking for footwear that provides lightness and stability on wet grass. Made from synthetic materials, they guarantee durability and resistance to challenging playing conditions. Their design is carefully thought out to meet the demands of both amateurs and professionals.

Advanced technologies

The Mizuno Alfa III Elite Mix Celeste/White football boots utilise MIZUNO ENERZY technology, which delivers excellent cushioning and dynamic energy return during running. As a result, every step is smooth, and the player feels confident on the pitch. The Engineered Fit Last technology ensures a perfect fit to the shape of the foot, increasing wearing comfort and movement precision.

Sole properties

The midsole of the Mizuno Alfa III Elite Mix Celeste/White football boots has been designed for maximum grip on wet surfaces. This is a crucial aspect for footballers who need to maintain stability even in adverse weather conditions. The footwear also features a laced closure, allowing for individual adjustment and increasing step confidence.

Eco-friendly approach

Mizuno is committed to sustainability, which is reflected in the construction of the Alfa III Elite Mix Celeste/White football boots. Made from recycled materials, the footwear is environmentally friendly, providing an additional advantage for conscious consumers. However, the focus on ecology does not compromise the quality, which remains at the highest level.

Mizuno Alfa III Elite Mix football boots - features:

• MIZUNO ENERZY technology ensuring excellent cushioning and energy return;
• Engineered Fit Last offering a perfect fit to the foot;
• Synthetic upper material ensuring durability and weather resistance;
• Midsole providing maximum grip on wet surfaces;
• Laces allowing for individual adjustment and stability;
• Lightweight construction supporting speed and agility on the pitch;
• Use of recycled materials in an effort to protect the environment.