Fox Racing Fox Head Flexfit black camo baseball cap (31622_247)

The Fox Racing Fox Head Flexfit cap in black camo has been designed with everyday use in mind, offering functionality and comfort during outdoor activities. The contoured brim effectively protects the face and eyes from sunlight, while the Flexfit stretch design ensures an optimal fit for the shape of the head.

Polyester material with quick-drying properties

The Fox Racing Fox Head Flexfit model features polyester fiber material, known for its high resistance to mechanical damage and quick moisture wicking. This fabric effectively supports skin ventilation, translating into thermal comfort during intense use. Polyester does not absorb water, ensuring that the cap retains its properties even in harsher weather conditions.

Contoured brim and Flexfit technology

The contoured brim of the Fox Head Flexfit cap effectively limits exposure to sunlight while providing a wide field of vision. The Flexfit technology employs an elastic inner band, guaranteeing a secure and comfortable fit on the head. With this design, users can expect stability during dynamic activities.

Ergonomics and comfort for everyday wear

This model has been made with user comfort in mind, reflected in its lightweight construction and elastic fit for various head sizes. The lack of adjustable fasteners gives the cap a minimalist look and prevents localized pressure. The appropriately contoured design allows for comfortable use over long hours without discomfort.

Fox Racing Fox Head Flexfit cap in black camo - features:

• Made of 100% high-strength polyester;
• Utilises Flexfit technology for a flexible fit;
• Contoured brim effectively protects against the sun;
• Polyester fabric guarantees quick moisture wicking;
• Lacks a classic fastener, making the model minimalist;
• The design of the cap enhances comfort during daily wear;
• Durable fibers resistant to mechanical damage;
• Elastic inner band keeps the cap securely in place;
• Model dedicated to versatile outdoor use;
• Ventilation supported by the properties of the applied material.