Technical Characteristics
Độ nảy | 10 mm |
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Loại sân | Tất cả |
3,149,100₫
Độ nảy | 10 mm |
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Loại sân | Tất cả |
Weighing just 325g on the scales (size 42.5 EU), we designed the Jet Mach III to fly across the pitch. Using a unique material, MATRYX EVO, with PAHT and Aramid fibres placed in precise areas, we’ve made this shoe ultra-lightweight and abrasion-resistant without compromising stability and support.
Matryx is an exclusive patented fabric developed in close collaboration between Babolat and technical fabric specialist Chamatex. The EVO version is woven using a jacquard process to preserve the ‘Stable Arch’ system and the high-strength Aramide and Polyamide yarns. The lace diameter has been adjusted and single threads have been eliminated for increased softness/flexibility and comfort. Matryx® EVO technology is designed to provide the optimal combination of comfort, support and durability.
A very tough protective rubber piece covers the inner forefoot all the way to the toes for unparalleled durability.
OrthoLite® insoles are molded to fit the shape of your foot. The foam’s properties provide exceptional comfort, breathability and durability.
The entire heel area is protected by a layer of EVA foam with less stiffness to absorb shock in all positions.
A durable rubber block protects the innermost part of the toe box down to the toe for unrivaled top durability.
A technology developed and patented by Babolat. The shape and composition of the sole material are divided into 9 key points to provide maximum responsiveness.
Michelin Premium Rubber is the most durable component ever developed. It provides increased resistance and optimal grip to meet the rigorous demands of tennis footwork.
With the Jet Mach 3, we’ve improved on our best-selling formula. Still designed for maximum precision and freedom of movement, the Jet Mach 3 is even lighter, more comfortable and more stable thanks to the latest Matryx® technology. The Michelin sole has been redesigned to withstand sudden starts and stops while ensuring optimal durability.
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