ALE' Alé Pragma Winter 2.0 Bib Tights 2XL Blue

Ale Pragma Winter 2.0 Bib Tights. Conquer cold rides with ALE Pragma Winter 2.0 Bib Tights. Engineered for men´s thermal cycling performance, these tights offer exceptional warmth and breathability using Thermo Garzato fabric with a brushed inner face. Their minimal, ergonomic design ensures comfort and freedom of movement, with a structured crotch for saddle adherence and an aerodynamic profile. Perfect for mid-winter temperatures (5-12°C), they are a reliable, comfortable, and functional addition to your winter cycling wardrobe. .0 bib tights:ALE Pragma Winter 2.0 Bib Tights | Men´s Thermal Cycling PerformanceConquer the cold and maintain your training momentum with the ALE Pragma Winter 2.0 Bib Tights, the essential piece of cycling clothing for the dedicated male cyclist. Engineered for performance in cool to cold conditions, these long bib tights provide the perfect balance of warmth, comfort, and functionality, ensuring you can focus on the road ahead. Ideal for mid-winter temperatures, they are your reliable partner for every ride when the mercury drops.Uncompromised Thermal Comfort and BreathabilityExperience superior warmth without the weight. These thermal bib tights are crafted from an advanced synthetic stretch microfiber that delivers exceptional insulation. The primary Thermo Garzato fabric features a brushed inner face that feels soft against the skin while trapping a layer of warm air, providing crucial protection against the cold. Despite its impressive warming capabilities, the material is highly breathable, allowing excess heat and moisture to escape. This active moisture management keeps you dry and comfortable, preventing the chill that can come from built-up perspiration during intense efforts. The result is a stable microclimate that allows you to perform at your best, even in challenging weather.Engineered for the Perfect RideFunctional and essential, the Pragma Winter 2.0 Bib Tights stand out for their minimal and ergonomic cuts. Every panel is meticulously designed to follow your body´s movements in the cycling position, offering a supportive yet unrestrictive feel. This anatomic, multi-panel construction eliminates bunching and chafing, particularly behind the knees, ensuring complete freedom of movement. The crotch area is specially structured to guarantee outstanding adherence to the saddle, promoting an optimal and stable position while pedaling for maximum power transfer and efficiency. The close-fitting, aerodynamic profile reduces wind resistance, helping you slice through the air with less effort.These versatile tights are designed to be perfectly combined with all the tops of the ALE collection, allowing you to build a cohesive and high-performance winter cycling wardrobe. The durable, easy-care fabric ensures they will be a long-lasting staple for many seasons of cold-weather riding. Finished with minimalist branding and essential details, they embody a philosophy of pure, reliable performance.Technical Specifications:* Fitting: Comfort Fit* Temperature Range: 5° / 12° C* Weight: 250 g* Main Fabric: Thermo Garzato. tradeinn Bikeinn

Warm & Breathable Microfiber Fabric: Crafted from stretch thermal microfiber, these bibtights offer excellent insulation for mid-winter conditions while remaining highly breathable and easy to care for Ergonomic Fit with Minimal Seams: Designed with minimal and ergonomic cuts, the Winter 2.0 bibtights provide a comfortable, second-skin fit that moves with your body and reduces bulk under layers Optimized Crotch Panel for Saddle Stability: The structured crotch area enhances grip and stability on the saddle, helping maintain optimal positioning and reducing friction during long rides Comfort6 Seat Pad for Endurance Rides: Equipped with Alé’s Comfort6 chamois, designed for long-distance support and breathability, offering reliable cushioning for extended time in the saddle Mesh Back Panel for Ventilation: Includes a mesh insert at the back to improve airflow and regulate body temperature, especially during high-intensity efforts