Children's shoes New Balance 515's V1 rose sugar (GC515KI)

The New Balance 515's V1 rose sugar combines sporty style with everyday comfort, utilising advanced materials and proven cushioning technologies. The carefully designed upper made of mesh and synthetic material ensures breathability and a proper fit in all conditions.

EVA Foam Cushioning

The midsole made of EVA foam effectively absorbs shocks while walking and provides a soft landing for the foot. The use of this technology translates into high comfort, even during longer walks or all-day wear. The appropriate level of cushioning supports the natural movement of the foot and effectively reduces fatigue.

Mesh and Synthetic Upper

The upper construction is based on a combination of breathable mesh and durable synthetic material, which contributes to an optimal microclimate inside the shoe. This choice of materials allows for quick moisture wicking and increased resistance to daily wear. The New Balance 515's V1 model also ensures proper foot stability, making it suitable for both activities and everyday use.

Durable Rubber Outsole

The outsole made of rubber provides excellent traction on various surfaces, enhancing safety during dynamic movements. The rubber is highly abrasion-resistant, which extends the shoe's lifespan. The appropriately designed tread promotes step stability during both walks and sports activities in an urban environment.

New Balance 515's V1 rose sugar - features:

• Upper made of breathable mesh and synthetic material for optimal comfort;
• Midsole made of EVA foam providing effective cushioning;
• Durable rubber in the outsole ensuring traction on different surfaces;
• Low upper construction enhancing freedom of movement;
• Traditional lacing allowing precise fit to the foot;
• Designed for everyday use in a sportstyle;
• Model suitable for women and girls;
• Use of durable materials extending the lifespan of the footwear;
• Proper stabilization for comfortable use during activities;
• Effective moisture wicking through the application of upper materials.