Women's training shorts Under Armour Tech Play Up 2IN1 Shorts claret/claret/ox blood (1389895-622)

Under Armour Tech Play Up 2IN1 Shorts claret/claret/ox blood women's training shorts are an excellent choice for active women who value comfort and functionality. Made from polyester, they offer lightness and durability, making them perfect for intense workouts. Additionally, the presence of pockets increases practicality, allowing you to store small items.

UA Tech™ Technology

The Under Armour Tech Play Up 2IN1 women's training shorts claret/claret/ox blood feature UA Tech™ technology, which makes the fabric incredibly soft and pleasant to the touch. This technology also ensures maximum breathability, providing comfort even during the most demanding exercises. Thanks to this, the shorts dry quickly, which is important during intense effort.

Inner Shorts

The Tech Play Up 2IN1 Shorts model includes inner shorts that provide additional support and comfort. This ensures the shorts fit perfectly to the body, enhancing freedom of movement during training. The inner shorts are made from the same breathable material as the outer layer, further aiding ventilation and moisture wicking.

Environmentally Friendly

The Under Armour Tech Play Up 2IN1 women's training shorts claret/claret/ox blood are made from recycled materials, making them more environmentally friendly. Using recycled materials is a step towards sustainable development, caring for our planet. By choosing this model, you support environmental protection efforts while enjoying a high-quality product.

Under Armour Tech Play Up 2IN1 women's training shorts - features:

• Made from polyester ensuring lightness and durability;
• Shorts with pockets for increased practicality;
• Equipped with UA Tech™ technology providing softness and breathability;
• Quick-drying material enhancing comfort during use;
• Inner shorts offering additional support and comfort;
• Breathability increasing comfort during intense exercise;
• Made from recycled, environmentally friendly materials.