Jet Mach 3 All Court Women
With the Jet Mach 3, we have improved the recipe of our best-seller. Still designed to ensure 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 respond to sudden starts and stops, while guaranteeing optimum durability.
BENEFITS
LIGHTNESS WITHOUT COMPROMISE
Weighing only 325 g on the scale (in size 42.5 EU), we've designed the Jet Mach III to fly on the court. By using a unique material, MATRYX EVO, with its PAHT and Aramid yarns positioned in precise zones, we have made this shoe ultra-light and abrasion-resistant without compromising stability and support.
MATRYX EVO
Matryx is an exclusive patented fabric developed in close collaboration between Babolat and technical fabric expert Chamatex. The EVO version is woven using the jacquard process which preserves the ‘Stability arch’ system and high-tenacity Aramide and Polyamide fibres. The thread diameter has been adapted and the monofilaments removed for increased suppleness/flexibility and comfort. Matryx® EVO technology was designed to offer the optimum compromise between comfort, support and durability.
RUBBER FOREFOOT PROTECTION
A very hard-wearing protective rubber piece covering the inner forefoot down to the toes for unrivalled upper durability.
ORTHOLITE MOLDED
The OrthoLite® insole is molded to hug the shape of the foot. The properties of the foam composition make for exceptional comfort, breathability and durability.
KPRS-X 2
The entire heel zone is protected by EVA foam with less hardness to absorb shocks in any position.
ACTIVE FLEXION
A technology developed and patented by Babolat. The shape and composition of the materials used for the sole are segmented into 9 key pressure points for maximum responsiveness.
MICHELIN PREMIUM TENNIS
Michelin Premium rubber is the most durable composition ever developed. It offers increased resistance and optimal grip to meet the extreme demands of tennis footwork.