ASICS COURT CONTROL FF4 UNISEX INDOOR SHOES
$43.61
$71.96
The COURT CONTROL™ FF 4 shoe is recommended for badminton players seeking cushioning and support. This shoe is targeted for players that engage in long rallies with a jump and smash style of play. The midsole features FF BLAST™ PLUS foam for enhanced cushioning, comfort, and responsiveness, while the upper PU (polyurethane) construction helps provide a better fit with more support and flexibility to help players quickly shift directions. The shoe also integrates DYNALACING™ technology to help provide support where you need it, creating a lock-in feel for quick transitions on the court. Additionally, the spacious toe box structure offers more space around the little toe for reduced pressure and improved overall comfort. Brand : Asics Model : Court Control FF4 Colour : White/ Pure Silver Width : Standard (D) Style #: 1073A091-100 Tech & Materials • PU covered upperThe PU materials enhance durability and flexibility. • FF BLAST™ PLUS cushioningDesigned for improved bounce and jump height. Softer and bouncier than FLYTEFOAM™ cushioning, it provides exceptional comfort and responsiveness. • 3D SPACE CONSTRUCTION™Helps to improve flexibility. • Grooves in the outsole improve twisting, agility, and promote smoother transitions. • Spacious toe box structureCompared to the previous model, the toe box design offers more space around the little toe, reducing pressure and making the shoe more comfortable to wear. • TWISTRUSS™ systemHelps to provide improved bend and twist, which reduces power loss when the foot is bending and twisting. It resists torsion with rigid integrity and returns energy for faster side-to-side motions. • MAGIC VentilationBreathable holes at the bottom of the shoe directly connect to the interior of the shoe. With a ventilated insole, it allows heat from the soles of the feet to escape, reducing discomfort and overheating. • The sockliner is produced with a solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology.
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