Women's running shoes New Balance Fresh Foam 410's V9 timberwolf /linen/white peach (W4101YU)

Women's running shoes New Balance Fresh Foam 410's V9 timberwolf /linen/white peach are the perfect choice for those looking for comfortable and effective training footwear. Thanks to the use of a synthetic upper, these shoes are characterised by exceptional lightness and breathability, which translates into comfort during long runs off-road. The standard cut of the upper ensures an optimal fit, which is crucial for foot stability and safety.

Fresh Foam and AT Tread technologies

Women's running shoes New Balance Fresh Foam 410's V9 timberwolf /linen/white peach are equipped with advanced Fresh Foam technology in the midsole. Fresh Foam provides excellent cushioning, minimising shocks while running and increasing comfort of use. Additionally, the AT Tread technology in the outsole guarantees exceptional grip on various surfaces, making these shoes an ideal choice for trail running.

Functionality and safety

Women's running shoes New Balance Fresh Foam 410's V9 timberwolf /linen/white peach are designed with maximum functionality in mind. The laces ensure a secure and stable fastening, which is essential during intense training sessions. Furthermore, the inclusion of reflective elements increases the visibility of the runner after dark, enhancing safety levels. Reinforcements at the toes protect the foot from injuries, which is important when running on uneven terrain.

Women's running shoes New Balance Fresh Foam 410's V9 - features:

• Fresh Foam midsole providing excellent cushioning;
• AT Tread technology in the outsole ensuring exceptional grip on various surfaces;
• Synthetic upper providing lightness and breathability;
• Reflective elements increasing visibility after dark;
• Reinforcements at the toes protecting against injuries;
• Standard cut of the upper ensuring an optimal fit;
• Laces ensuring a secure and stable fastening;
• Training purpose for off-road running;
• Neutral product type providing universal application.