Head Sprint Pro 4.0 Beige Slippers / Gray

HEAD SPRINT PRO 4.0 beige shoes / gray: The final choice for speed on the track

The Head Sprint Pro 4.0 Beige Slippers / Gray They are the perfect option for tennis players who seek to maximize their speed and agility on the track. Designed with a focus on lightness and reactivity, these slippers offer a unique gaming experience, allowing a total connection with the soil and an explosive response in each movement.

The key to its superior performance resides in its innovative construction. The upper part is made of a Ultralight and breathable Technical Mesh, which wraps the foot as a glove, providing a precise fit without adding unnecessary weight. This minimalist design is complemented with reinforcements in TPU, known as Delta Strap, which ensure the mediation during management changes, providing the necessary confidence to perform rapid and accurate movements.

The Tri-NRG intermediate sole Under profile further improves the speed sensation, offering direct contact with the soil while providing the damping and stability necessary for optimal performance. In addition, to withstand wear on hard surfaces, the outer sole is made of Cautchouc Hybrasion +, guaranteeing exceptional durability. Technology Drift Defense Protects the tip of the foot, ensuring that the slippers resist even the most intense games.

These shoes are designed for the player who prioritizes the speed in his game style. With a weight of just 343 grams, they are the lightest of the Head range, allowing a non-restriction mobility. The Cooling System Integrated, with perforations in the sole and the upper part, ensures a ventilation of 360 °, keeping the feet fresh even during the most demanding parties.

In summary, the Beige / Gray Head Sprint Pro 4.0 shoes are the ideal choice for those looking for a footwear that combines lightness, stability and durability. With its advanced design and its focus on speed, these slippers offer a competitive advantage in each game, allowing players to move with confidence and speed on any surface.