Home
Jordan Boys Retro 1 Low - Boys' Preschool Shoes Summit White/Black/Varsity Red
Kids Foot Locker
Loading Inventory...
Jordan Boys Retro 1 Low - Boys' Preschool Shoes Summit White/Black/Varsity Red in San Juan, PR
From Jordan
Current price: $80.00

Kids Foot Locker
Jordan Boys Retro 1 Low - Boys' Preschool Shoes Summit White/Black/Varsity Red in San Juan, PR
Current price: $80.00
Color: Summit White/Black/Varsity Red
Size: 01.0
Loading Inventory...
Start your little boys' sneaker journey with a legend. The Jordan Retro 1 Low brings iconic sneaker heritage to the next generation. Inspired by MJ's first signature shoe, these sneakers feature a real and synthetic leather upper that adds structure and long-lasting durability. The lightweight foam underfoot provides plush comfort for growing feet, while the rubber outsole ensures grip and stability on various surfaces. Rounded out with signature Jordan details, the Jordan Retro 1 Low delivers legendary style and everyday comfort to your kiddos' rotation. Jordan Retro 1 Low features: Real and synthetic leather upper offers durable structure and support. Classic laces ensure a secure fit. Soft foam underfoot provides lightweight cushioning. Rubber outsole delivers durable traction on various surfaces.
Start your little boys' sneaker journey with a legend. The Jordan Retro 1 Low brings iconic sneaker heritage to the next generation. Inspired by MJ's first signature shoe, these sneakers feature a real and synthetic leather upper that adds structure and long-lasting durability. The lightweight foam underfoot provides plush comfort for growing feet, while the rubber outsole ensures grip and stability on various surfaces. Rounded out with signature Jordan details, the Jordan Retro 1 Low delivers legendary style and everyday comfort to your kiddos' rotation. Jordan Retro 1 Low features: Real and synthetic leather upper offers durable structure and support. Classic laces ensure a secure fit. Soft foam underfoot provides lightweight cushioning. Rubber outsole delivers durable traction on various surfaces.




















