COURT FF 3 NOVAK

  • Image 1 of 7 of Men's 1041A361.600 COURT FF 3 NOVAK Men's Tennis Shoes
  • Image 2 of 7 of Men's 1041A361.600 COURT FF 3 NOVAK Men's Tennis Shoes
  • Image 3 of 7 of Men's 1041A361.600 COURT FF 3 NOVAK Men's Tennis Shoes
  • Image 4 of 7 of Men's 1041A361.600 COURT FF 3 NOVAK Men's Tennis Shoes
  • Image 5 of 7 of Men's 1041A361.600 COURT FF 3 NOVAK Men's Tennis Shoes
  • Image 6 of 7 of Men's 1041A361.600 COURT FF 3 NOVAK Men's Tennis Shoes
  • Image 7 of 7 of Men's 1041A361.600 COURT FF 3 NOVAK Men's Tennis Shoes
COURT FF 3 NOVAK
Men's Tennis Shoes
₱ 11,590.00

  • Colour:

  • Size:

  • Width: STANDARD (D)

 

  • Member Exclusive: Free shipping on orders above ₱6,000. Join Now
  • 14 days return policy. Online and In-store. Find out more

 

The COURT FF™ 3 tennis shoe is modeled after Novak Djokovic’s playing style. These shoes are designed to help you swing stronger and recover quicker between shots. ​

Novak has a zero-step shot. This means that he’s swinging his racquet when he lands. By increasing the outsole’s contact area, the shoe creates a stable landing and reduces the load placed on the body. As a result, you’re able to put more energy into generating a powerful swing. ​

For a smoother crossover step, this shoe allows you to perform quicker turns in a shorter timeframe. With good outsole grip and a TWISTRUSS™ support system, you can push off the ground with more force. This helps you quickly recover and get back to your ready position more smoothly.

Style #: 1041A361-963
  • FLYTEFOAM™ technology
    Provides lightweight cushioning and impact absorption
  • Forefoot GEL™ technology
    Improves impact absorption and creates a softer feeling at footstrike
  • TWISTRUSS™ technology
    Improves quickness and cutting motions
  • PGUARD™ technology
    Helps increase durability in the outsole's toe and heel area
  • MONO-SOCK™ construction
    Helps improve stability
  • AHARPLUS™ rubber outsole
    Improves durability
  • The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology