Last updated at 08/06/2024 15:22:58
| Style | DH1965-100 |
| Release Date | 10/03/2021 |
| Style | DH1965-100 |
| Release Date | 10/03/2021 |
A layered look with double the Nike branding, the AF1 Shadow features two eyestays, two mudguards, 2 back tabs and 2 Swoosh designs to accentuate the classic basketball model. The inspiration behind this design was based on women who are setting an example for the next generation. Be loud and be proud with this vibrant sneaker silhouette from Nike. Leather and synthetic materials make the upper. Foam midsole for comfort. Rubber grooved outsole for traction on most surfaces.
A layered look with double the Nike branding, the AF1 Shadow features two eyestays, two mudguards, 2 back tabs and 2 Swoosh designs to accentuate the classic basketball model. The inspiration behind this design was based on women who are setting an example for the next generation. Be loud and be proud with this vibrant sneaker silhouette from Nike. Leather and synthetic materials make the upper. Foam midsole for comfort. Rubber grooved outsole for traction on most surfaces.
in 1 offers
A layered look with double the Nike branding, the AF1 Shadow features two eyestays, two mudguards, 2 back tabs and 2 Swoosh designs to accentuate the classic basketball model. The inspiration behind this design was based on women who are setting an example for the next generation. Be loud and be proud with this vibrant sneaker silhouette from Nike. Leather and synthetic materials make the upper. Foam midsole for comfort. Rubber grooved outsole for traction on most surfaces.
A layered look with double the Nike branding, the AF1 Shadow features two eyestays, two mudguards, 2 back tabs and 2 Swoosh designs to accentuate the classic basketball model. The inspiration behind this design was based on women who are setting an example for the next generation. Be loud and be proud with this vibrant sneaker silhouette from Nike. Leather and synthetic materials make the upper. Foam midsole for comfort. Rubber grooved outsole for traction on most surfaces.
Size
