Wilson Hurakn Pro White Red Blue Women's Shoes
- Receive it in 24/48 hours
- Test your shovel for 7 days
- Shipping Tracking
- Free returns in 30 days
- 2 years warranty
Yes , it can be returned up to 7 days after receiving the order and if it meets the conditions .
For orders over €59, shipping is free in the Iberian Peninsula (Spain and Portugal)
For orders over €180, shipping is free in European Union countries.
You can consult the shipping policy for more information
On Sale and Cheaper: Reference: 19031 - Wilson Hurakn Pro White Red Blue Women's Shoes - Wilson - Category: Paddle Shoes
REF: WRS333020 EAN: 097512749930What you wear on the court influences your game and also the planet. 21% of the total weight of Wilson's Hurakn Pro padel shoes is made from recycled material.
Another of the great advantages of these environmentally friendly shoes is the sole, specifically designed for movement on the padel court.
They're also designed to maximize agility, with a sock-like construction that keeps you supported when you go for the ball.
The responsive EVA midsole keeps your feet fresh after three full sets.
Biomechanically engineered outsole with vortex designs in the forefoot and heel to optimize rotation and pivot movement in all directions on the padel court.
The chassis features arch technology built to generate speed and maximum stability and flexibility.
Asymmetrical and elongated medial side TPU heel counter, designed specifically for women, provides an increased level of stability, arch support and control.
Reduced thickness of the rubber sole that facilitates propulsion.
Low density EVA improves comfort and agility.
Fully interior sock design provides enhanced comfort, stability and an intuitive fit.
High-density OrthoLite foam offers maximum cushioning and impressive longevity.
The 9mm heel-to-toe drop provides the best compromise between comfort and performance.
High density, extremely resistant 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.
