Women's running shoes New Balance Ellipse V1 magnet/pink lemonade (WELPS7PW)

New Balance Ellipse V1 magnet/pink lemonade women's running shoes are an excellent choice for female runners looking for neutral training footwear. The high cushioning makes them ideal for running on hard surfaces such as asphalt. The upper, made of breathable mesh, ensures excellent ventilation, which translates into comfort during long training sessions.

Fresh Foam X sole

The New Balance Ellipse V1 magnet/pink lemonade women's running shoes feature an innovative Fresh Foam X midsole that provides outstanding cushioning. This technology minimises impact shocks during running, significantly enhancing comfort. The sole thickness of 38/30 mm further supports cushioning, which is especially important during intense training.

Safety and fit

The New Balance Ellipse V1 magnet/pink lemonade women's running shoes have reflective elements that increase the wearer’s visibility when running after dark. The standard fit upper offers an optimal fit to the foot, which is key for comfort and stability. The laces as a fastening type allow precise adjustment of the shoes to individual needs.

Durable outsole

The New Balance Ellipse V1 magnet/pink lemonade women's running shoes are equipped with a rubber outsole that provides excellent grip on asphalt surfaces. This type of sole construction guarantees durability and abrasion resistance, which is crucial for users who regularly run on hard surfaces. Thanks to this, these shoes combine durability with functionality.

New Balance Ellipse V1 women's running shoes - features:

• High cushioning ensuring running comfort;
• Neutral product type suitable for most runners;
• Fresh Foam X technology for maximum cushioning;
• Breathable mesh upper enhancing ventilation;
• 38/30 mm sole thickness supporting cushioning;
• Reflective elements increasing visibility after dark;
• Standard fit upper providing optimal fit;
• Laces allowing precise adjustment of the footwear;
• Rubber outsole guaranteeing grip and durability.