Babolat Jet Mach 3 Junior All Court Shoes [Blue Ribbon]

The new Jet Mach 3 Junior is the worthy heir of the adult model and has been developed to offer future champions ever greater speed and agility. Its new sole and strengthened upper make this light shoe a weapon for juniors seeking performance

Product Description:

Court: All Courts (Tennis & Pickleball)
Length: True to Size
Width: Medium (D)
Colour: Blue Ribbon

Matching with Adult

Babolat Jet Mach 3 All Court Men's Tennis Shoes [Blue Ribbon]

Product Technology:

UNCOMPROMISING LIGHTNESS

At only 325g (for EU size 42.5) on the scales, we have designed Jet Mach III to fly on the court. By using a unique material, MATRYX EVO with its PAHT and Aramid threads positioned in specific areas, we were able to make the shoe ultra-light and abrasion-resistant without compromising on stability and support.

COMFORT AND SHOCK ABSORPTION

Because observation of the game and its movements is our core expertise, we have designed the KPRS-X system to protect your heels from impact throughout matches and training sessions. Its EVA foam insert has been placed and sized to protect you effectively at each heel attack.

SOLE DURABILITY

By combining our expertise with Michelin’s, we offer players a dedicated sole for each surface with an adapted rubber formulation.

The Propulse Fury has a thicker grip, making it the most durable model of our range.

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.

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.