Watch your young champions flaunt their dynamic moves on the field with the Nike JR Superfly 10 Club FG/MG. Designed to score in style and comfort, these shoes help your boys put the ball in the back of the net with confidence. The synthetic leather upper features textured details for better grip and ball control, even at high speed. The plastic plates with molded studs are designed to work on real grass and artificial grass fields—giving your rising athletes the freedom to switch surfaces without missing a beat. A snug, comfortable lining wraps your kids' feet for a natural, close-fitting feel, guiding their every move with agility. Whether they're starting strong or finishing with flair, the Nike JR Superfly 10 Club FG/MG keeps your boys in prime position all game long. Nike JR Superfly 10 Club FG/MG features: Classic laces ensure an easy, snug fit. Cushioned insole delivers comfort. Rubber outsole provides traction on turf surfaces. *For use on natural and synthetic surfaces.
NIKE Kids' Boys Jr Superfly 10 Club Fg/mg In Pink
Kids' Boys Jr Superfly 10 Club Fg/mg In Pink
Watch your young champions flaunt their dynamic moves on the field with the Nike JR Superfly 10 Club FG/MG. Designed to score in style and comfort, these shoes help your boys put the ball in the back of the net with confidence. The synthetic leather upper features textured details for better grip and ball control, even at high speed. The plastic plates with molded studs are designed to work on real grass and artificial grass fields—giving your rising athletes the freedom to switch surfaces without missing a beat. A snug, comfortable lining wraps your kids' feet for a natural, close-fitting feel, guiding their every move with agility. Whether they're starting strong or finishing with flair, the Nike JR Superfly 10 Club FG/MG keeps your boys in prime position all game long. Nike JR Superfly 10 Club FG/MG features: Classic laces ensure an easy, snug fit. Cushioned insole delivers comfort. Rubber outsole provides traction on turf surfaces. *For use on natural and synthetic surfaces.