Women's running shoes Under Armour Infinite white quartz/silica green/metallic silica (3027524-114)

Under Armour Infinite women's running shoes in white quartz/silica green/metallic silica are designed for neutral runners seeking optimal cushioning and grip during asphalt training. The highly breathable upper is combined with advanced technologies that effectively support comfort even during intense use.

Advanced UA HOVR™ cushioning

The Under Armour Infinite features innovative UA HOVR™ technology, which dynamically absorbs shocks and provides efficient energy return with every step. The Deluxe Foam insole supports comfort and foot stability during long runs. An 8 mm drop allows for a natural foot roll, minimising fatigue and improving movement ergonomics.

Breathable upper and fit

The upper is made from textile and synthetic materials, ensuring excellent ventilation and adaptation to the shape of the foot. The standard width of the upper caters to a wide range of users, providing secure hold during running. Classic lacing allows for precise adjustment to individual preferences.

Rubber sole and grip on asphalt

The outsole is made from abrasion-resistant rubber, offering very good grip on typical urban surfaces. The Infinite model is adapted for asphalt training, guaranteeing stability and step control even during prolonged use. Thanks to this design, the shoes effectively support runners in their daily training sessions.

Under Armour Infinite women's running shoes white quartz/silica green/metallic silica - features:

• Women's running shoes designed for asphalt training;
• Upper made from breathable textile and synthetic materials;
• UA HOVR™ cushioning technology providing dynamic energy return;
• Deluxe Foam insole ensuring comfort and foot support;
• Outsole made from grippy rubber;
• 8 mm drop allowing natural foot movement;
• Standard width upper for universal fit;
• Classic lacing allowing precise adjustment;
• Model designed for neutral foot type;
• Effective ventilation promoting comfort during long runs;
• Optimal grip on urban asphalt surfaces.