Women's shoes New Balance 574's V2 sea salt WL574CGR (WL574CGR)

The New Balance 574's V2 women's shoes in sea salt WL574CGR combine proven cushioning technologies with a modern upper construction, providing maximum comfort for everyday wear. In this model, the designers focused on a synergistic mix of materials and technical solutions that cater to the needs of active users.

ENCAP cushioning system and EVA foam

The midsole of the New Balance 574's V2 models is based on a combination of EVA foam and the ENCAP system, ensuring optimal cushioning with every step. The ENCAP system utilises a stabilising polyurethane element that significantly improves foot support during wear. The EVA foam contributes to softness and effective vibration dampening, enhancing comfort during city walks as well as recreational activities. As a result, the entire sole construction effectively relieves the joints and enhances wearing comfort for many hours.

Upper made of suede, mesh and synthetic materials

The upper, crafted from a combination of suede, mesh, and synthetic materials, ensures durability, breathability, and optimal fit to the shape of the foot. The mesh material supports ventilation, maintaining a comfortable microclimate inside the shoes even during increased activity. Suede increases resistance to mechanical damage and improves lateral stability. The integration of these materials strikes an attractive balance between durability and user comfort.

Non-slip outsole and user comfort

The outsole made from high-quality rubber provides excellent traction on various surfaces and enhances safety during everyday use. The non-slip tread texture supports stability, translating into confidence with every step. The ergonomic shape and precise interior profiling enhance wearing comfort, offering ease during prolonged activities.

New Balance 574's V2 women's shoes in sea salt WL574CGR - features:

• ENCAP cushioning system combining EVA foam and a stabilising polyurethane frame;
• Midsole made of EVA foam providing effective vibration dampening;
• Upper made from a combination of suede, mesh, and synthetic material for optimal durability;
• Mesh panels supporting ventilation and thermal comfort of the foot;
• Suede reinforcements increasing the upper's resistance to damage;
• Non-slip outsole made from high-quality rubber;
• Tread pattern providing reliable traction on various surfaces;
• Ergonomic shoe shape supporting the natural motion of the foot;
• Interior adapted to the anatomy of the foot for enhanced comfort;
• Versatile character suitable for daily urban activities.