Children's sweatshirt ROXY Alabama true black/big flower (ERGFT04011)

The ROXY Alabama true black/big flower children's sweatshirt serves as a versatile layer providing thermal comfort on cooler days. In this model, the ROXY brand has used WarmFlight® technology, which effectively helps maintain an optimal body temperature during outdoor activities.

WarmFlight® Insulating Technology

The WarmFlight® technology used in the ROXY Alabama model is responsible for effective thermal insulation, minimising heat loss even during weather changes. Thanks to the advanced properties of the insulation, the sweatshirt performs well both during snow recreation and everyday use. This solution guarantees a pleasant feeling of warmth without excessively increasing the garment’s bulk.

Recycled Polyester Material

The sweatshirt is made from 100% recycled polyester, which helps reduce environmental impact. The material is highly resistant to mechanical damage and deformation, ensuring durability even with intensive use. The fabric’s structure guarantees quick moisture wicking, contributing to thermal comfort throughout the day.

Functional Design and Comfort

The sweatshirt features practical snap fastenings and a stand-up collar that protects the neck from cold and wind. The regular fit of the Alabama model ensures freedom of movement during activities, and the durable material performs well in dynamic conditions. Side pockets enhance the sweatshirt’s functionality, allowing convenient storage of small items.

ROXY Alabama true black/big flower children’s sweatshirt – features:

• Use of WarmFlight® insulating technology for better thermal insulation;
• Material made from 100% high-strength recycled polyester;
• Snap fastening design for easy dressing;
• Stand-up collar protecting the neck from cold air;
• Regular fit providing freedom of movement for children;
• Durable material resistant to mechanical damage;
• Fabric effectively wicks moisture during activity;
• No hood for greater comfort when worn under a jacket;
• Eco-friendly approach through the use of recycled materials.