Salming Kobra women White edition tenisice - Senior

Salming Kobra women tenisice - Senior

Salming Kobra vratolomna mješavina lakoće, udobnosti i stabilnosti, brzo je postala hit kod naših atletičara. Druga generacija ima novu Recoil ERE-Pjenu, koja odbija energiju - potplat, koji je izuzetno lagan i mek te omogućava fantastičan odboj energije. U predjelu pete, na kojem je najveći pritisak, Recoil R smo zamijenili s novim SoftFOAM materijalom, koji je čak 70 % bolji pri upijanju udaraca nego standardni EVA potplat. Vanjska strana je bila nadograđena s laganijim i tanjim dijelovima. I sve to je za maksimizaciju vaših rezultata!

• Drop - 8mm
• Rollbar - An increased radius on the inner side of the outer sole, facilitates rolling the foot inwards and toe push off.
• T.G.S. 62/75 - Torsion Guide System. The distance from heel to the ball of the foot (62% of the shoe) has been designed with extra stability, which ends in the so-called ”ballet” line, a 75° angle.
• ExoSkeleton - The exo skeleton design stabilizes the foot for lateral movements and reduces pressure at the MTP joints (Metatarsophalangeal joints).
• Ergo Heelcup - To stabilize and fixate the heel, which is key to providing a great fit and comfort, we have developed a new anatomical Ergo Heel Cup that is slightly longer than the average heel cup.
• HexaGrip - A new very durable lightweight rubber compound - HX120 - that features Salmings HexaGrip™ pattern designed for the best possible grip on all indoor surfaces.
• Lateral Movement Stabilizer - an especially designed light weight integrated dual torsion unit that supports the foot during fast and irregular lateral movements.
• LMS+ Fast lateral stops expose the foot to the risk to roll over outwards, causing injuries. LMS+ (Lateral Movement Stabilizer Plus) is a unique design with a positive angle of 8° that prevents the foot from rolling over outwards.
• Recoil - The material in the midsole is a newly developed compound named RECOIL™ which is a super lightweight cushioning compound that releases a higher rebound energy effect.