Men's Joma Record III royal running sweatshirt (104294.700)

The Joma Record III royal men's running sweatshirt provides runners with functionality that meets the demands of intensive training in varied conditions. Its thoughtful design and the use of advanced materials make every workout even more comfortable and effective.

Advanced synthetic materials

The Joma Record III features a fabric made of 90% polyester and 10% elastane, ensuring high elasticity, quick moisture wicking, and resistance to deformation. Polyester contributes to lightness and fast drying, while the elastane blend increases freedom of movement, making it ideal for dynamic activities. This combination significantly enhances user comfort and allows full mobility during runs.

Specialised running design

The long sleeves and stand-up collar effectively protect against cold and wind, while the partial zipper allows for thermal regulation according to individual needs. The absence of a hood emphasises the aerodynamic nature of the sweatshirt, providing greater freedom during intense training sessions. The ergonomic cut and refined finishing ensure a perfect fit for the athlete's silhouette.

Functional properties and ventilation

Thanks to its ventilation technology and high breathability, the Record III effectively aids in dissipating excess heat even during intense exertion. The sweatshirt is compact and lightweight, directly influencing comfort during use and ease of transport. These solutions are dedicated to demanding runners who expect maximum functionality during every workout.

Joma Record III royal men's running sweatshirt - features:

• High elasticity due to the elastane blend in the fabric;
• Quick moisture wicking through the polyester fabric;
• Advanced ventilation supporting thermoregulation during running;
• Long sleeves protecting against cold and wind;
• Stand-up collar with partial zipper allowing thermal regulation;
• Hoodless design for aerodynamic fit;
• Breathable construction enhancing comfort during exertion;
• High resistance to deformation during intensive use.