Women's Training shoes Blade FF 2

The women's indoor shoes Asics Blade FF 2 are specially designed to meet the demands of volleyball players looking for performance, lightweight feel, and support. These innovative shoes incorporate the advanced technologies specific to the brand Asics to provide an ideal balance between comfort, responsiveness, and stability on indoor surfaces.

Thanks to their careful construction, they ensure excellent foot support, thereby reducing the risk of injury during the fast and lateral movements characteristic of volleyball. Their non-marking rubber outsole guarantees optimal grip on wooden floors, allowing for precise and safe direction changes.

The FlyteFoam technology used in the midsole provides dynamic cushioning, reducing fatigue during intense effort while enhancing energy return. This ultra-light foam stands out for its ability to maintain its cushioning properties over time, offering lasting comfort during training sessions or competitions.

Designed for women, these shoes also combine effective breathability thanks to their technical mesh upper, allowing excellent foot ventilation and preventing overheating and moisture. This airflow contributes to a pleasant playing environment even during the most intense moments.

The design of the Asics Blade FF 2 promotes speed and agility, essential qualities for volleyball players who need responsiveness and explosiveness on the court. Their low profile allows better freedom of ankle movement, while the reinforced structure around the heel offers secure support.

In summary, this indoor shoe is a valuable ally for those who want to excel in their sport. It combines technology, comfort, and performance in a model specifically tailored to the demands of indoor volleyball.

• FlyteFoam technology for lightweight and dynamic cushioning
• Non-marking rubber outsole for maximum grip
• Breathable mesh upper for optimal ventilation
• Reinforced support for increased stability during lateral movements
• Low design promoting freedom of movement and speed