Court FF 3 Allcourt Women's Tennis Shoe

The COURT FF™ 3 gives you the flexibility and stability you need to focus on your game. After all, it was developed by the best for the best. It's the only shoe made in collaboration with tennis legend Novak Djokovic. It's designed to support extreme movements so you can cover all areas of the court.

The shoe's TURNTRUSS™ technology is lightweight and integrated in such a way that you can move quickly and easily, keeping your foot stable and supported. The MONO-SOCK™ upper provides additional stability, and the outsole allows you to move across the court with ease while reducing impact forces on your body.

How does the COURT FF™ 3 provide more flexibility and stability? TURNTRUSS™ technology allows you to move faster without compromising stability, as it is strategically integrated into the shoe and reduces weight. The MONO-SOCK™ upper provides a more comfortable fit and offers better support for additional stability. The industry-first, innovative three-piece outsole design helps you move across the court with ease. What else makes the COURT FF™ 3 stand out? We worked closely with tennis legend Novak Djokovic to ensure that this shoe also supports players who need more flexibility and stability. We spent hours testing and perfecting it at our Institute of Sports Science (ISS) in Japan, incorporating Novak's feedback and wear-test results. We also applied insights from our biomechanical research and incorporated sustainable innovations where possible. The shoe has additional features to support your game, which you can find below under "Technology and Features".

• PGUARD™ toe protector improves durability
• DYNAWRAP™ technology improves stability
• DYNAFIT™ upper improves flexibility
• AHARPLUS™ outsole rubber improves durability
• GEL™ technology in the rearfoot and forefoot improves impact absorption and provides a softer feel
• DYNAWALL™ technology improves stability
• Separate outsole design provides more stable landings
• The insole is produced using the solution dyeing process, which reduces water consumption by approx. 33% and carbon emissions by approx. 45% compared to conventional dyeing technology
• Clay Court Outsole