Designed and made in France, the LIGHT RUN HIGH "IBIZA" sock combines ultra-lightweight design, breathability, and comfort . Its breathable mesh optimizes ventilation, while its 3D proprioceptive sole enhances stability and feel. Made from eco-friendly SENSIL ECOCARE microfiber , it offers softness and lightness for optimal performance. Description Made in France, the LIGHT RUN HIGH "IBIZA" Turquoise-orange is an ultra-light and ecological sock for running over all distances. Designed for runners seeking absolute lightness , it weighs 18g. Its breathable mesh allows perspiration to escape and keeps feet fresh and dry throughout the run. The LIGHT RUN HIGH "IBIZA" blue-orange features a 3D ANATOMIC SOLE at the front of the foot which improves comfort and proprioception. The 360° FOOT AND ANKLE SUPPORT AND STABILIZATION allows the ankle to be supported while stabilizing the foot in the shoe. The LIGHT RUN HAUTE "IBIZA" is made from an eco-friendly microfiber, SENSIL ECOCARE , which provides softness and lightness. Features Origin:France Composition:93% Polyamide / 7% Elastane Washing:Machine wash cold (30°C max) / Do not tumble dry 1 3D Anatomical Insole Technique: 3D mesh at the front of the foot Action: Activation of plantar sensory receptors with anatomical respect. Benefits: Improves comfort and proprioception 2 360° foot and ankle support and stabilization Technique: Ribbed knit positioned at the ankle joint. Action: Supports and stabilizes the ankle without compressing. Benefits: Optimal ankle support during the stride 3 Breathable mesh Technique: Lightweight, honeycomb mesh on the top of the foot. Action: Accelerates thermal regulation. Optimal ventilation. Benefits: Effectively wicks away perspiration. 4 SENSIL ECOCARE Technique: Eco-friendly fiber made from pre-consumer waste. Action: The production process minimizes waste, reduces energy consumption and preserves natural resources. Benefits: Reduces environmental impact. 5 Wide rib edge Technique: Relief strip on the upper edge of the sock. Action: Effectively holds the sock in place without a tourniquet effect. Benefits: Improves stem support.
