Shoes New Balance 574's V2 black U574YCE (U574YCE)

The New Balance 574's V2 black U574YCE combines classic design with modern cushioning technologies, adapted for everyday use in an urban Sportstyle. This model was created with the aim of providing comfort and durability through carefully selected upper materials and an advanced outsole system.

ENCAP cushioning technology and EVA foam

The midsole of the model features EVA foam, which is responsible for effective cushioning and shock absorption while walking. Additional stability is provided by the ENCAP technology, which combines a soft foam core with a durable polyurethane rim. This solution allows for effective foot support, reducing fatigue even during intensive use.

Upper construction and materials

The upper of the model is made from a combination of suede and textile material, which translates to appropriate breathability and fit to the shape of the foot. This combination of materials enhances user comfort while also ensuring high durability for everyday use. The low profile and classic lacing guarantee freedom of movement and stability.

Outsole and traction

The rubber outsole features good traction on various surfaces typical of urban environments. Its structure increases resistance to wear, ensuring beneficial grip during daily activities. The slip-resistant properties of the outsole support safety with every step, regardless of the conditions on the path.

New Balance 574's V2 black U574YCE - features:

• Midsole made from high-cushioning EVA foam;
• ENCAP technology providing stability and foot support;
• Upper made from a combination of suede and textile for breathability and comfort;
• Rubber outsole ensuring effective grip on the ground;
• Low upper design allowing for great freedom of movement;
• Classic lacing for individual fit to the foot;
• Slip-resistant properties of the outsole enhancing safety while walking;
• Model intended for daily activities in Sportstyle;
• Standard width of the upper for universal fit;
• Breathable materials supporting thermal comfort of the foot.