Women's running shoes New Balance Fresh Foam 880 v15 reflection (W880A15)

The New Balance Fresh Foam 880 v15 reflection women's running shoes offer a modern combination of cushioning, stability, and breathability, designed for female runners training on asphalt. This model utilises advanced construction solutions that cater to the needs of intense training and daily runs.

Cushioning with Fresh Foam X

The midsole features Fresh Foam X, which effectively absorbs impact and provides a responsive rebound on hard surfaces. Thanks to this technology, the Fresh Foam X 880 v15 model significantly reduces joint stress during longer training sessions. The dynamic properties of the foam support the natural movement of the foot, ensuring a smooth stride.

The shoe's upper is made from high-quality synthetic material, guaranteeing excellent breathability during runs. The standard width and laced closure allow for a precise fit to the foot, increasing comfort. The New Balance model is equipped with details that enhance breathability and provide optimal stability during training.

Stability and Adaptation to Asphalt

The Fresh Foam X 880 v15 shoes are designed for running on hard surfaces, offering the stability needed during dynamic workouts. The outsole construction and 6mm drop contribute to effective adaptation to asphalt, supporting the natural rolling of the foot. The technologies applied provide both neutral and stabilising properties for this model.

New Balance Fresh Foam 880 v15 reflection women's running shoes - features:

• Advanced cushioning thanks to the presence of Fresh Foam X in the midsole;
• Design dedicated to training on hard asphalt surfaces;
• Synthetic upper material providing high breathability during runs;
• Stabilising and neutral properties for various types of female runners;
• Standard width upper with laced closure for a precise fit;
• Optimal stability during dynamic movements on asphalt;
• 6mm drop ensuring smooth foot rolling;
• Model intended for women who value comfort and support during training;
• Technologies developed to reduce joint stress;
• Excellent ventilation for maintaining thermal comfort.