Women's shorts Under Armour Tech Play Up black/super pink (1389882-003)

Under Armour Tech Play Up women's shorts in black/super pink provide freedom of movement and functionality during intense fitness workouts. The design, based on quick-drying polyester, supports physical activity, while the loose fit cut ensures comfort even during the most dynamic exercises.

UA Tech™ technology and quick-drying material

The Under Armour Tech Play Up features UA Tech™ technology, which allows for instant moisture wicking from the skin’s surface. The polyester material used is highly breathable and dries quickly, reducing discomfort during intense effort. This makes the shorts especially recommended for high-intensity training and everyday sports activities.

Design ensuring freedom of movement

The lightweight construction and anatomically designed cut of the Under Armour Tech Play Up allow full freedom of movement in every direction. The wide waistband and properly tailored legs provide stability and confidence during squats, lunges, and dynamic exercises. Additional pockets increase the model’s functionality, allowing convenient storage of small accessories during training.

Materials and wearing comfort

The shorts are made from 100% polyester, which is highly durable and resistant to deformation. The loose fit variant enhances comfort without restricting natural body movements. The polyester material ensures the shorts retain their original shape even after many intense workouts.

Under Armour Tech Play Up women's shorts black/super pink - features:

• Design based on quick-drying polyester supporting intense training;
• UA Tech™ technology enabling effective moisture wicking;
• Loose fit cut providing full freedom of movement;
• Anatomically designed legs ensuring stability during exercises;
• Durable material resistant to deformation from use;
• Wide waistband increasing comfort during dynamic movements;
• Additional pockets for storing small items during training;
• Suitable for fitness training and sports activities;
• Material elasticity promoting freedom of movement.