Women's running shoes New Balance Fresh Foam X Evoz v4 reflection (WEVOZRE4.B.055)

New Balance Fresh Foam X Evoz v4 Reflection women's running shoes are an excellent choice for female runners looking for training footwear for asphalt. The upper made from synthetic material provides excellent breathability, allowing for comfortable running even on warmer days. The standard cut of the upper ensures these shoes perfectly fit the foot, enabling natural movement during runs.

Fresh Foam X technology

The New Balance Fresh Foam X Evoz v4 Reflection women's running shoes feature an advanced Fresh Foam X midsole. This technology guarantees exceptional cushioning, translating to comfort and joint protection while running. Additionally, this technology provides proper support for the foot, which is crucial during longer training sessions.

Durable outsole

The New Balance Fresh Foam X Evoz v4 Reflection model uses a rubber outer sole that provides excellent traction on asphalt surfaces. As a result, female runners can feel confident and stable with every step. The rubber material of the sole is also highly resistant to wear, which extends the lifespan of the shoes.

Neutral and stabilising properties

The New Balance Fresh Foam X Evoz v4 Reflection women's running shoes combine features of neutral and stabilising footwear, making them a versatile choice for various types of runners. Regardless of running style, these shoes offer optimal support and comfort, which is essential during intense training.

New Balance Fresh Foam X Evoz v4 women's running shoes - features:

• Upper made from synthetic material providing breathability;
• Standard cut of the upper ensuring a perfect fit;
• Midsole with Fresh Foam X technology guaranteeing cushioning;
• Rubber outer sole providing traction on asphalt;
• High wear resistance of the sole extending the lifespan of the shoes;
• Neutral and stabilising properties of the footwear for versatility of use;
• Lace closure type ensuring secure fit;
• Designed for running training on asphalt surfaces.