TUD FIANDRE SHIFT JACKET

The TUD Fiandre Shift Jacket is designed for road cyclists who demand a highly versatile outer layer capable of adapting to rapidly changing weather conditions. As part of the Tudor Pro Cycling 2026 official replica collection, this jacket brings together advanced material engineering, sustainability principles, and practical performance to deliver confidence throughout mild winters and transitional seasons. At its core is the exclusive Polartec AirCore membrane, developed specifically for Manifattura Valcismon. This next-generation technology balances controlled air permeability with excellent breathability, ensuring effective moisture management even during demanding efforts. Its weather-adaptive structure harnesses airflow as an asset, keeping the rider protected from windchill while preventing overheating—especially critical during tempo rides, long climbs, or variable-intensity training sessions. While the seams are not fully taped, the jacket still delivers reliable protection in light rain, supporting riders when the weather unexpectedly shifts. The regular fit enhances versatility: it accommodates light base layers or additional insulation as temperatures fluctuate, making it a reliable companion across a wide range of conditions. PFAS-free construction reinforces Sportful’s commitment to sustainability and responsible manufacturing, pairing eco-driven choices with high technical performance. Practicality plays a key role in the Fiandre Shift Jacket. The rear pockets feature an object-retention system that keeps valuables secure even on rough roads, sharp turns, or dynamic riding. The garment’s structure remains lightweight, comfortable, and quietly aerodynamic, suitable for long-distance endurance days and spirited group rides alike. With its official Tudor Pro Cycling graphics, the TUD Fiandre Shift Jacket blends professional aesthetics with innovative functionality. Engineered to make the most unpredictable weather rideable, it is the perfect choice for cyclists seeking breathable protection, adaptability, and modern, sustainable design.