Limited Black Edition: elite-level, featherlight compression sock with exceptional ventilation and muscle support during the hottest workouts and races
Be furtive. Be fast. Thanks to our limited Black Edition Full Socks Race Oxygen, you don’t have to make a compromise on weight, performance or style. These top-of-the range compression socks for trail running, triathlon and endurance sports are featherlight for an unparalleled second-skin feel and exceptional comfort. The thin, ultra-soft mesh fabric provides elite-level compression for maximum support and protection whilst limiting shocks and vibration through muscles and tendons. Muscle oxygenation is improved by up to 10%, delaying the onset of fatigue for enhanced performance. Carefully-placed 3D.Dots around the foot and ankle give you added grip in the shoe when you accelerate, stimulating blood flow and improving impact absorption. With interwoven, fast-drying panels providing 360° aeration to the lower leg, your legs will never feel heavy as you drop your colleagues on the lunch run. This special Black Edition is finished off with classy black-on-black prints and a hint of turquoise so you can plan your moves discreetly, but still stand out in the pack. It’s time to mix performance with stealth.
|EU||USA (M)||USA (W)||UK (M)||UK (W)||BRA|
- ARCHSTIM SUPPORT – Located in the arch of the foot, it also provides for venous return and recovery.
BAREFOOT PERFORMANCE – The extensible fibers follow your stride. As your feet is up in the air, the fibers provide a strong support stimulating blood circulation. As your feet hits the ground, the fibers let your feet expand naturally without blocking the instinctive position of the feet. Your posture is enhanced, you perform better and longer.
BIOCERAMIC – This “mirror effect” activates micro-circulation on the surface of the skin (+92%) and leads to secondary benefits such as better thermoregulation by +51%, performance and strength enhancement, increased speed on same O2 consumption (70-90% of VO2peak) and tendency to lower O2 consumption.