Women\s Skins Dnamic Superpose Sale Shorts Achieve in Compression Black/Limoncello EFHIOQTU57

Women's Skins Dnamic Superpose Sale Shorts Achieve in Compression Black/Limoncello EFHIOQTU57

£93  £51Save: 44% off
  • 10000 Units in Stock





Looking for the benefits of compression but prefer a loose fit outer layer? The SKINS DNAmic Superpose Women's Compression Shorts have got you covered. You'll get the best of best of both worlds with this 2 in 1 beauty combining a Dynamic Gradient Compression base layer to support the glutes and upper thighs with a lightweight, quick-dry, loose-fitting short to provide the extra coverage you're looking for. The hybrid design of the SKINS DNAmic Superpose Shorts makes them perfect for a run or gym sesh. They'll also look great teamed with a cool pair of kicks for Sunday brunch.Features: Dynamic Gradient Compression: Increases oxygen delivery to active muscles while in motion and reduces lactic-acid build-up for more power and less recovery timeSkin Fit: SKINS unique sizing system is based on their unique Body Mass Index (BMI)/anthropometrical algorithm, because you only get the full benefits of gradient compression if your SKINS fits you properlyMuscle Focus: Uniquely wrapping and supporting your key muscle groups to reduce movement and focus direction for less vibration in your muscles, less soft tissue damage and less soreness after exerciseMoisture Management: Keeping you dry through advanced wicking is inherent in all SKINS fabrics - moisture is drawn away from your skin, so you stay dry and comfortable50+ UV Protection: SKINS was born in Australia, so they know a thing or two about exerting ourselves in the sun. Their fabrics have a UV protection of 50+, which means you can get out and train harder without worrying about the sun related risks.Warp Knit: The fabric in SKINS is warp knitted using multiple fine quality yarns to give superior performance - Warp knit fabrics have no natural stretch – instead, the spandex mix ensures specific levels of elasticity and perfectly controlled compression