UYN U100046 EVOLUTYON UW MEDIUM Pants Women's Coral/Anthracite/Aqua M

Uyn Evolutyon 3/4 Base Layer Pants. Conquer your training in UYN Evolutyon 3/4 Women´s Base Layer Pants. Engineered as your intelligent second skin, these performance tights offer superior comfort and an ergonomic fit for dynamic activity. Featuring advanced synthetic stretch fabric and exceptional moisture-wicking with Coolvent technology, they keep you dry and focused. Reinforced Durafit zones on the knees provide targeted warmth and durability. Ideal for intense autumn or mild winter sessions, these breathable, thermal, and unrestricted base layers are the foundation for peak athletic performance. UYN Evolutyon 3/4 Women´s Base Layer PantsUnleash your full potential during intense activity with the UYN Evolutyon 3/4 Women´s Base Layer Pants. Engineered for the ambitious female athlete, these next-generation thermal tights deliver unparalleled comfort and performance, acting as an intelligent second skin that works with your body. Designed to be the ultimate foundation for your layering system, they are perfect for high-intensity sessions in autumn or on milder winter days.Experience a new level of climate control and freedom of movement. These three-quarter length tights are meticulously crafted with an ergonomic design that perfectly adapts to the female form. The advanced synthetic stretch fabric moves as you do, offering complete, unrestricted mobility whether you are skiing, running, or hiking. Forget about the distraction of uncomfortable seams, the innovative construction ensures a smooth, chafe-free fit that allows you to focus purely on your performance. The thermal properties provide essential warmth without ever causing you to overheat, striking the perfect balance for dynamic activities where your body temperature fluctuates.The true evolution in this base layer is its ability to actively manage your microclimate. The structure of the fabric is designed to wick moisture away from your skin with incredible efficiency, keeping you dry, light, and comfortable from start to finish. In areas prone to high stress and cold, such as the knees, the pants feature reinforced, highly durable zones that offer targeted thermal insulation, protecting your joints and muscles from the cold without adding bulk. As performance tights built for the modern athlete, they combine lightweight design with robust durability, ensuring they remain a key part of your sports wardrobe season after season.Technical Specifications* Fit: Women´s Specific Ergonomic Cut* Length: Three-quarter* Type: Performance Tights / Base Layer* Material: Advanced Synthetic Fabric* Properties: Thermal, Stretch, Breathable---Breathable, ergonomic, comfortable:These are the key features of the UYN® EVOLUTYON MEDIUM BASE LAYER made from Natex, a 100% organic nylon fiber for ideal climate management.Coolvent allows for constant airflow thanks to channels running along the inner surface.Thus, the pants absorb sweat and cool the wearer during movement.They respond exactly to the needs of female athletes, even with Durafit:The construction and material are designed for high durability and thermal insulation on exposed and high-stress knees.The ¾ pants are ideal for intense and sweaty sessions, especially in autumn or on warmer winter days.Features:Composition:86% Polyamide 12% Polypropylene 2% Elastane.Care instructions:Gentle process 40°. tradeinn Trekkinn

Combining power and comfort is certainly not an easy goal - but it can be achieved. Thanks to the Heatmemory insulating cells, your body will always remain protected from the cold. The canalized internal surface generates a constant air flow. It quickly absorbs sweat, cool the body during the activity and keeps the skin dry. Characterized by a system of three -dimensional rooms capable of creating an insulating layer of air around the joints. The dynamic outline lines perfectly connect the individual functional areas and guarantee higher comfort and greater freedom of movement. The 100% natural Natex organic fiber is more elastic and the bacteriostatic effect minimizes smells.