Wilson Hurakn 2.0 White Coral Gold Sneakers

DESCRIPTION

The speed of reflexes will take you far on the paddle court.
Wilson's Hurakn 2.0 shoes help you reach every ball with agility.
This ultralight and breathable shoe is made with an outsole designed specifically for movement on the paddle court.
The midsole is composed of Pro Torque Chassis, which offers additional stability for sprinting from one side of the track to the other.
The arches of the feet will be happy thanks to the TPU heel buttress specifically designed to provide you with additional stability, arch support and comfort.
In addition to comfort and stability, these shoes are made from recycled plastic wire materials so you can experience the highest quality responsiveness when moving around the track and save the planet at the same time.

Fused 8 foam integrates recycled plastic wire material into the midsole for sustainable performance and responsiveness.
Optimum Grip features vortex designs on the forefoot and heel to optimize blade movement on the track, including rotation and turning in all directions
Pro Torque Chassis Light uses engineered arc technology to generate speed and maximum stability and flexibility
The DF2 provides a padded feel, creating a compromise between comfort and fast performance (DF2 = 9mm Drop HT)
Duralast is made of a unique, high-density, highly resistant rubber compound that offers abrasion resistance and maximum traction on all surfaces.
Designed to offer maximum performance on the surfaces of padel courts

Biomechanically designed sole with vortex designs on the forefoot and heel to optimize rotation and pivot movement in all directions on the paddle court.

The tailoring of the die-cut OrthoLite insole ensures an excellent blend of support and comfort.

The heel-toe drop (9 mm) provides the best compromise between comfort and performance.

Highly resistant high density that offers abrasion resistance and maximum traction on all surfaces.

The EVA midsole integrates recycled plastic yarn material to offer excellent responsiveness while maintaining a reduced environmental footprint.