Skins DNAmic Thermal Windproof Starlight Long Tights
Brace yourself for an active winter with SKINS DNAmic THERMAL Men's Windproof Starlight Long Tights.
The DNAmic Tights merge all-around body compression with a comfortable design geared to promote ultimate performance. Skins have woven together gradient compression and body wrapping technology to ensure every individual muscle group has the correct level of compression and support. The result of compression is an increase in blood flow, through this simple attribute Skins garments can deliver a greater oxygen supply to the muscles in a shorter space of time. The encapsulating fit also eliminates vibration feedback, adding up to a garment that delays the onset of fatigue and lactic acid build up through increased blood flow, yielding improved performance, protection against injury and improved recovery.
Skins thermal fabric combines abrasion resistance with excellent breathability to provide a comfortable fit. The brushed interior releases heat back into the body to ensure warmth in cooler temperatures. The moisture-wicking fabric works to draw sweat away from the skin to the surface of the garment where it can be easily evaporated, keeping you cool, dry and comfortable at all times. Whilst, 50+ UV protection ensures that your skin is as protected as your muscles are during those outdoor workouts. A warp knit yarn blend adds another element of controlled compression and durability with carefully calculated levels of stretch.
Bio-mechanically positioned inseam panels to offer support and stabilisation for your muscles to reduce fatigue and lower the risk of injury whilst providing comfort. Created using Skins unique sizing system based on a BMI and anthropometrical algorithm, Skin Fit ensures that you are getting maximum compression benefits through an ultimate, perfect fit. Lastly, 360-degree reflectivity keeps you visible to passing vehicles during late night adventures; by day, it's sleek looking graphics but in low light, they come alive with powerful reflectivity.
Skins DNAmic Thermal Windproof Starlight Long Tights
Brace yourself for an active winter with SKINS DNAmic THERMAL Men's Windproof Starlight Long Tights.
The DNAmic Tights merge all-around body compression with a comfortable design geared to promote ultimate performance. Skins have woven together gradient compression and body wrapping technology to ensure every individual muscle group has the correct level of compression and support. The result of compression is an increase in blood flow, through this simple attribute Skins garments can deliver a greater oxygen supply to the muscles in a shorter space of time. The encapsulating fit also eliminates vibration feedback, adding up to a garment that delays the onset of fatigue and lactic acid build up through increased blood flow, yielding improved performance, protection against injury and improved recovery.
Skins thermal fabric combines abrasion resistance with excellent breathability to provide a comfortable fit. The brushed interior releases heat back into the body to ensure warmth in cooler temperatures. The moisture-wicking fabric works to draw sweat away from the skin to the surface of the garment where it can be easily evaporated, keeping you cool, dry and comfortable at all times. Whilst, 50+ UV protection ensures that your skin is as protected as your muscles are during those outdoor workouts. A warp knit yarn blend adds another element of controlled compression and durability with carefully calculated levels of stretch.
Bio-mechanically positioned inseam panels to offer support and stabilisation for your muscles to reduce fatigue and lower the risk of injury whilst providing comfort. Created using Skins unique sizing system based on a BMI and anthropometrical algorithm, Skin Fit ensures that you are getting maximum compression benefits through an ultimate, perfect fit. Lastly, 360-degree reflectivity keeps you visible to passing vehicles during late night adventures; by day, it's sleek looking graphics but in low light, they come alive with powerful reflectivity.
