The COURT FF 3 tennis shoe is designed to help you swing harder and recover faster between shots. It creates a stable landing and reduces stress on the body. As a result, you can put more energy into a powerful swing. A softer crossover stride allows you to make faster swings in less time with this shoe. Thanks to the grippy outsole and the TWISTRUSS support system, you can push off the ground with more power. This helps you recover quickly and return to the starting position more smoothly. FLYTEFOAM cushioning keeps the shoe lightweight GEL technology in the forefoot improves impact absorption and provides a softer feel on impact TWISTRUSS technology improves speed and cutting movements PGUARD technology increases durability in the toe and heel area of the outsole MONOSOCK construction for more stability AHARPLUS rubber outsole improves durability The insole is manufactured using the solution dyeing process, which reduces water consumption by approximately 33% and carbon emissions by approximately 45% compared to traditional.
The COURT FF 3 tennis shoe is designed to help you swing harder and recover faster between shots. It creates a stable landing and reduces stress on the body. As a result, you can put more energy into a powerful swing. A softer crossover stride allows you to make faster swings in less time with this shoe. Thanks to the grippy outsole and the TWISTRUSS support system, you can push off the ground with more power. This helps you recover quickly and return to the starting position more smoothly. FLYTEFOAM cushioning keeps the shoe lightweight GEL technology in the forefoot improves impact absorption and provides a softer feel on impact TWISTRUSS technology improves speed and cutting movements PGUARD technology increases durability in the toe and heel area of the outsole MONOSOCK construction for more stability AHARPLUS rubber outsole improves durability The insole is manufactured using the solution dyeing process, which reduces water consumption by approximately 33% and carbon emissions by approximately 45% compared to traditional.
The COURT FF 3 tennis shoe is designed to help you swing harder and recover faster between shots. It creates a stable landing and reduces stress on the body. As a result, you can put more energy into a powerful swing. A softer crossover stride allows you to make faster swings in less time with this shoe. Thanks to the grippy outsole and the TWISTRUSS support system, you can push off the ground with more power. This helps you recover quickly and return to the starting position more smoothly. FLYTEFOAM cushioning keeps the shoe lightweight GEL technology in the forefoot improves impact absorption and provides a softer feel on impact TWISTRUSS technology improves speed and cutting movements PGUARD technology increases durability in the toe and heel area of the outsole MONOSOCK construction for more stability AHARPLUS rubber outsole improves durability The insole is manufactured using the solution dyeing process, which reduces water consumption by approximately 33% and carbon emissions by approximately 45% compared to traditional.
The COURT FF 3 tennis shoe is designed to help you swing harder and recover faster between shots. It creates a stable landing and reduces stress on the body. As a result, you can put more energy into a powerful swing. A softer crossover stride allows you to make faster swings in less time with this shoe. Thanks to the grippy outsole and the TWISTRUSS support system, you can push off the ground with more power. This helps you recover quickly and return to the starting position more smoothly. FLYTEFOAM cushioning keeps the shoe lightweight GEL technology in the forefoot improves impact absorption and provides a softer feel on impact TWISTRUSS technology improves speed and cutting movements PGUARD technology increases durability in the toe and heel area of the outsole MONOSOCK construction for more stability AHARPLUS rubber outsole improves durability The insole is manufactured using the solution dyeing process, which reduces water consumption by approximately 33% and carbon emissions by approximately 45% compared to traditional.
Size
| Variant | |
| size (us) | 10 |
| Variant | |
| size (us) | 10 |
