UA HOVR Cushioning: This advanced feature returns energy with every movement you make. Whether you're running, cutting, or breaking, your actions will be faster, more explosive, and smoother, enhancing your overall game performance.
UA Clone Technology: This innovative technology allows the shoe to mold to your foot, providing a precise 1:1 fit. The result is seamless comfort and support that is custom-tailored to your foot's unique shape.
Breathable Open Mesh Tongue: A key point for ventilation, this feature keeps your feet cool and comfortable even during the most intense games. Stay fresh and focused on your game, not on your comfort levels.
TPE-Blend Sockliner: The low compression set of the sockliner ensures energy return and longevity, enhancing comfort during prolonged wear. This means your shoes stay comfortable game after game, season after season.
Rubber Outsole with Unique Traction Pattern: The outsole of the shoe has been designed with a unique traction pattern that provides maximum grip and facilitates swift lateral movements. This equates to improved game performance and a competitive edge on the court.
وصف
Under Armour Unisex basketball shoes Flow FUTR X 4. We've given your favourite basketball shoes an upgrade: with an adaptive Under Armour IntelliKnit upper and an adjustable closure for ultimate support and stability. In addition, Under Armour Flow provides first-class cushioning and optimal grip. The breathable Under Armour IntelliKnit upper is particularly comfortable and provides stretch and support where you need it most. Dynamic adjustable closures for better grip and optimal fit. TPU coatings and synthetic leather provide grip and light stability. Achilles tendon cushion and inner shaft provide ultimate grip on the heel. Under Armour Flow cushioning is super light, springy and offers incredible grip. Durable Under Armour Flow outsole provides a better feel on the ground so you can turn, start and brake faster. Upper material: other material, textile. Lining and insole: textile. Outsole: other material.
