Men's shoes U.S. Polo Assn. CLEEF006B blue/light grey (CLEEF006M/5NS1)

The U.S. Polo Assn. CLEEF006B men's shoes in blue/light grey offer users modern cushioning and comfort for everyday wear. This model combines a lightweight design with advanced materials and technology typical of the sportsstyle sneaker segment.

Advanced EVA Foam Cushioning

The midsole of the CLEEF006B model is made from EVA foam, which effectively absorbs shocks and enhances comfort with every step. This solution guarantees optimal support for the feet during an active day and dynamic movement. Thanks to the cushioning properties of EVA foam, these sneakers are perfect for both everyday situations and longer walks.

Durable Upper and Sturdy Sole

The upper of the U.S. Polo Assn. CLEEF006B model is constructed from a combination of synthetic and textile materials, contributing to durability, lightness, and adequate ventilation. The standard width of the upper ensures a fit for most foot types and promotes user comfort. Meanwhile, the outer sole made of rubber guarantees grip and resistance to wear during daily use.

Practical Sneaker Design

The low upper and classic lacing allow for easy on-and-off wear and freedom of ankle movement. The design of the U.S. Polo Assn. CLEEF006B model is intended to combine functionality and urban style. These features make the shoes a versatile choice for active life in the city and beyond.

U.S. Polo Assn. CLEEF006B men's shoes in blue/light grey - features:

• Midsole based on lightweight EVA foam with cushioning properties;
• Outer sole made of durable rubber with good grip;
• Upper made of synthetic and textile materials for lightness and breathability;
• Low upper design providing freedom of ankle movement;
• Standard width of the upper guaranteeing a universal fit;
• Lacing system allowing precise adjustment of fit;
• Cushioning technology based on EVA foam in the midsole;
• Sportstyle sneakers designed for everyday use in urban conditions;
• Design ensuring comfort during longer wear;
• Solid construction affecting durability of use.