Hurakn 2.0 Women's Padel Shoes

Quick reflexes will take you far on the padel court. Wilson's Hurakn 2.0 shoes help you get to every ball with fast-twitch agility. This ultra-lightweight and breathable shoe is made with an outsole designed specifically for padel court movement. The midsole is made up of a Pro Torque Chassis, which offers additional stability as you sprint from one side of the court to the next. The arches of your feet will be happy thanks to a TPU heel counter specifically designed to provide you with additional stability, arch support, and comfort. On top of comfort and stability, these shoes are made up of recycled plastic wire materials, so you can experience top-quality responsiveness when moving on the court and save the planet at the same time.

• Wilson Hurakn 2.0 Women's Padel Shoe - White/Deja Vu Blue/Wilson Red, Size 8 US
• Traditional Fit: Provides ultimate blend of support, stability, durability, and cushion with every step; Pro Torque Chassis Light: Arch technology built for speed and comfort to provide ultimate stability and flexibility
• Composition: Padel-specific technologies enhance speediness on court with a lightweight construction and durable outsole; Ideal Playing Surface: Padel Court Surfaces
• DF2: Heel-toe drop (9 mm) provides best compromise between comfort and performance.; Pro Torque Chassis Light: Chassis features arch technology built for speed and comfort to provide ultimate stability and flexibility.; Optimum Grip: Biomechanically engineered outsole with vortex designs in the forefoot and heel to optimize rotation and pivot movement in all directions on the padel court.
• Women's Specific Support: Asymmetrical and elongated medial side TPU heel counter designed specifically for women provides higher levels of stability, arch support and control. Reduced rubber thickness on outsole facilitates propulsion. Lower EVA density improves comfort and agility.; Fused 8 Foam: EVA midsole integrates recycled plastic wire material for excellent responsiveness alongside a reduced environmental footprint.