Women's sweatshirt Under Armour Icon Fleece Hoodie blue atlantis/white (1379495-403)

The women's Under Armour Icon Fleece Hoodie in blue atlantis/white offers functionality and comfort both during workouts and everyday wear. Its design, based on a blend of cotton and polyester, ensures optimal comfort, while the thoughtful oversized cut meets the needs of a dynamic lifestyle.

Properties of the cotton-polyester material

The predominantly cotton fibres provide natural softness and a pleasant feel against the skin, while the polyester blend increases durability and promotes quick drying. This combination ensures that the Under Armour Icon Fleece Hoodie maintains elasticity and resistance to deformation. The fabric’s structure also helps regulate body temperature during physical activity.

Training functionality and user comfort

The integrated hood offers extra protection against the cold during warm-ups or outdoor activities. The absence of a traditional fastening and the loose fit emphasise freedom of movement, making this model suitable for fitness exercises and sports activities. Thanks to the breathable fabric structure, the hoodie effectively wicks away moisture, enhancing comfort even during intense training sessions.

Design and practical details

The hoodie is made without fastenings or pockets, resulting in a minimalist, functional form. The hood is a fixed part of the design, allowing quick adaptation to changing environmental conditions. The oversized fit guarantees complete freedom of movement during any activity.

Women's Under Armour Icon Fleece Hoodie blue atlantis/white - features:

• 80% cotton and 20% polyester blend provides softness and durability;
• No fastenings for a simplified, comfortable design;
• Integrated hood protects against the cold during activity;
• Oversized fit allows full freedom of movement;
• Suitable for fitness training and everyday use;
• No pockets for a clean, minimalist look;
• Durability and resistance to deformation thanks to polyester content;
• Effective maintenance of comfortable temperature during exertion;
• Design without unnecessary additions enhances functionality.