Cardio Fitness High Waisted Bimaterial Leggings

Stretch:Get moving! These leggings were designed for total freedom of movement.Moisture management:The breathable fabric dries quickly to keep you comfy while working out!Opacity:Be at ease when working out! The fabric stays opaque even when stretched.Ecodesign:Product made from 89% recycled polyester to ensure a good use of the product. Stretchy fabric you won't even notice: That second-skin feel shouldn't just be for underwear. You'll love the fabric that these leggings are made from. It wicks perspiration and is stretchy while remaining opaque: everything you need. Get a beautiful figure: Focus on your movements! The high, elasticated waistband supports your middle. A marl effect for a cool look!: A breath of fresh air with the marl effect! Choose your favourite colour from among our stylish range. We said you'd love the fabric. Are products tested before being sold?: Of course! All our fabrics must successfully pass rigorous lab tests to ensure your comfort and safety. We test them for colourfastness, resistance to repeated washing, perspiration wicking and more - we call these our "torture tests". And after that? Is that it? No, there's more. We then have sports users put our products through the ringer. We listen to and analyse their feedback to fix what needs to be improved. And only then is your sports clothing ready! How we calculate our products' environmental rating.: The environmental impacts of our products are calculated for their entire lifecycle using various indicators. An "ABCDE" rating system helps you quickly see which products offer the best environmental performance. Use it to compare two similar products (T-shirts, bottoms, backpacks). Decathlon is a voluntary participant in this environmental labelling initiative. Web: sustainability.decathlon.com Sustainable development additional information: By recycling plastic bottles or used textiles to produce our polyester, we are reducing our use of petroleum-based resources while retaining the qualities and performance of the fabric during use.