Men's shoes U.S. Polo Assn. SETH012 beige/white (SETH012M/5N1)

Men's shoes U.S. Polo Assn. SETH012 beige/white combine the comfort of everyday wear with functionality inspired by sports footwear. Thanks to its thoughtful design and the use of advanced materials, this model provides comfort both during an active day and while strolling around the city.

Cushioning technology for everyday use

The shoes feature cushioning technology dedicated to the Sportstyle sneaker segment, which significantly impacts the perceived comfort during hours of wear. This system effectively absorbs the vibrations occurring while walking, ensuring softness with each step. Such a solution reduces pressure on the joints and enhances comfort while moving dynamically over hard surfaces.

Materials and construction of the upper

The upper of the SETH012 model is made of durable polyamide, ensuring lightweight and sufficient breathability during use. The standard width of the upper allows for optimal fit to the foot, while the low construction increases freedom of movement around the ankle. Classic lacing enables precise adjustment, translating into stability and confidence with every step.

Rubber outsole and its properties

The outsole of the shoes is made of high-quality rubber, which provides appropriate durability and traction on various types of surfaces. This feature makes the U.S. Polo Assn. SETH012 model well-suited for the daily challenges of urban routes. The flexibility of the rubber supports the natural movement of the foot, enhancing comfort throughout the entire day.

Men's shoes U.S. Polo Assn. SETH012 beige/white - features:

• Upper made of lightweight and breathable polyamide;
• Durable rubber outsole providing traction;
• Low upper construction increasing freedom of movement;
• Standard width of the upper for optimal fit;
• Flexible outsole supporting the natural movement of the foot;
• Durable materials increasing resistance to everyday wear;
• Design dedicated to daily urban activities;
• All-day comfort thanks to cushioning.