Anta MACH 6.0 bėgimo bateliai
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ANTA MACH 6.0 – tai lengvi bėgimo bateliai, sukurti kasdienėms treniruotėms ir greitesniems bėgimams.
Modelis pasižymi „NitroEdge“ putomis, kurios suteikia amortizaciją ir energijos grąžą, kvėpuojančiu „A-WEB“ tinkliniu viršumi, užtikrinančiu gerą ventiliaciją, bei patvariu guminiu padu, kuris garantuoja patikimą sukibimą bėgant asfaltu.
Dėl lengvos konstrukcijos ir stabilaus energijos perdavimo bateliai padeda išlaikyti tolygų ir efektyvų žingsnį skirtingu bėgimo tempu.
Technologies:
A-GRIP PRO Outsole material with a high degree of grip and wear resistance. It can be vulcanized (rubber) or polymer. Thanks to the special compound and tread pattern, you can be sure that the shoes will provide grip even on sharp turns.
A-WEB Three-layer upper material: the upper and lower layers are single-layer mesh, and the middle layer is honeycomb, in which the effect of air circulation occurs. Soft, airy and durable material with a high degree of flexibility (stretchable in different directions).
NITROEDGE Light foam made of EVA or TPU (depending on the model) using nitrogen foam instead of traditional chemical methods, provides effective cushioning and a high level of energy return (rebound). Nitrogen has a low chemical activity, so it does not interact with the foam (unlike chemical reagents), which gives the foam high wear resistance and durability. The energy recovery rate is 82-84%.
A-GRIP PRO Outsole material with a high degree of grip and wear resistance. It can be vulcanized (rubber) or polymer. Thanks to the special compound and tread pattern, you can be sure that the shoes will provide grip even on sharp turns.
A-WEB Three-layer upper material: the upper and lower layers are single-layer mesh, and the middle layer is honeycomb, in which the effect of air circulation occurs. Soft, airy and durable material with a high degree of flexibility (stretchable in different directions).
NITROEDGE Light foam made of EVA or TPU (depending on the model) using nitrogen foam instead of traditional chemical methods, provides effective cushioning and a high level of energy return (rebound). Nitrogen has a low chemical activity, so it does not interact with the foam (unlike chemical reagents), which gives the foam high wear resistance and durability. The energy recovery rate is 82-84%.
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