Women's running shoes Under Armour Phade RN 3 black/black/black (3028259-002)

Under Armour Phade RN 3 women's running shoes in black/black/black combine cushioning technology with a design intended for runners with a neutral foot. The use of EVA foam in the midsole ensures support during training on asphalt and enhances comfort during dynamic running sessions.

EVA foam in the midsole

The Under Armour Phade RN 3 features EVA foam as a key cushioning element that effectively absorbs shocks while running. The foam’s resilience contributes to the softness of every step, significantly increasing comfort during long training sessions. The material’s appropriate responsiveness translates into better dynamics and joint protection on hard surfaces.

Textile and synthetic upper

The upper, made from a combination of textile and synthetic materials, provides optimal breathability, ensuring effective foot ventilation. The standard width of the upper guarantees a fit suitable for most foot shapes, while the classic lacing system allows precise adjustment. The lightweight construction of the materials supports quick movement on asphalt surfaces.

Rubber outsole and 8 mm drop

The rubber outsole offers durable grip on hard surfaces, which is crucial for urban training. The 8 mm drop helps maintain a natural running technique and an even distribution of pressure forces. The neutral profile of the Under Armour Phade RN 3 will meet the expectations of runners looking for versatile training shoes.

Under Armour Phade RN 3 women's running shoes black/black/black - features:

• Midsole made of EVA foam providing cushioning;
• Upper combining textile and synthetic materials for breathability;
• Rubber outsole ensuring grip on asphalt;
• Standard width upper fitting most feet;
• 8 mm drop helping to maintain a natural running technique;
• Model designed for training on hard surfaces;
• Construction dedicated to those with a neutral foot;
• High breathability improving comfort during running;
• EVA foam cushioning protecting joints from overload.