Men's shoes New Balance 373's V2 sea salt/team navy (M3735I3)

Men's New Balance 373's V2 sea salt/team navy shoes are an excellent choice for men who value comfort and style in their everyday lives. This model stands out due to the use of high-quality materials such as suede and breathable mesh, which provide adequate ventilation while wearing. Thanks to the combination of these materials, the shoes offer not only comfort but also durability, making them ideal for daily use.

EVA Technology

Men's New Balance 373's V2 sea salt/team navy shoes are equipped with a midsole made from ethylene-vinyl acetate (EVA). This technology is known for its excellent cushioning properties, which significantly increase user comfort. With this technology, each step is more stable, and the foot is less exposed to shocks, which is extremely important during prolonged walking.

Laces and Standard Fit

Men's New Balance 373's V2 sea salt/team navy shoes feature a classic lace-up closure that allows for a perfect fit to the foot. The width of the upper in the standard fit additionally affects wearing comfort, allowing for freedom of movement. This solution makes the shoes versatile and suitable for various styles, both sporty and casual.

Durable Outsole

Men's New Balance 373's V2 sea salt/team navy shoes are characterized by a rubber outsole that provides excellent traction on various surfaces. Thanks to this, the shoes are stable and resistant to abrasion, which increases their durability. The low height of the upper ensures that the shoes are lightweight and comfortable, ideal for everyday wear.

Men's New Balance 373's V2 - features:

• Upper made of suede and breathable mesh providing wearing comfort;
• EVA technology in the midsole offering excellent cushioning properties;
• Rubber outsole providing excellent traction and durability;
• Classic lace-up closure enabling a perfect fit;
• Width of the upper in a standard cut ensuring wearing comfort;
• Low height of the upper contributing to lightness and comfort;
• Breathability of the materials ensuring thermal comfort during use.