Women's sweatshirt Reebok Identity Big Logo Fleece medium grey heather (100071917)

The Reebok Identity Big Logo Fleece women's sweatshirt in medium grey heather is designed for an active lifestyle, offering comfort and functionality for everyday wear. This model combines a classic regular fit cut with practical solutions that work well during both workouts and daily activities.

Breathability-enhancing technologies

The use of breathability-enhancing technology allows for effective air circulation during intense exertion and daily movement. This Reebok Identity Big Logo Fleece model effectively wicks away excess moisture, ensuring thermal comfort. The sweatshirt's construction helps maintain an optimal body temperature even during extended wear.

Fabric blend of cotton and polyester

The fabric composition features a combination of cotton and polyester, guaranteeing softness, flexibility, and durability. The base material, containing 70% cotton and 30% polyester, provides comfort for wear and is resistant to everyday use. This composition allows for the retention of functional properties while maintaining a pleasant touch finish.

Hooded design with pockets

The sweatshirt is equipped with a practical hood that protects against the cold and wind, as well as functional pockets for conveniently storing small items. The long sleeves and absence of a classic closure underscore the sporty character of the model, while the regular fit enhances freedom of movement. Carefully finished construction elements contribute to everyday comfort.

Reebok Identity Big Logo Fleece women's sweatshirt in medium grey heather - features:

• Cotton-polyester fabric providing flexibility and durability;
• Enhanced breathability of the construction for thermal comfort;
• Hood to protect against adverse weather conditions;
• Long sleeves for protection and comfort;
• Regular fit cut ensuring freedom of movement;
• Model designed for everyday and sporty use;
• Absence of a classic closure for greater comfort;
• Soft and pleasant-to-the-touch surface of the material.