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Womens Air Jordan 1 Low Method of Make
Go beyond normal with the Womens Air Jordan 1 Low Method of Make in Black/Metallic Gold , delivering everyday street style, tonal colour and a comfortable ride with every step.
The Womens Air Jordan 1 Low Method of Make is inspired by the 1985 original AJ 1 sneaker, remixing it as part of the 'Method of Make' series with a new tonal colourway and clean metallic details. A classic encapsulated Air cushioning unit underfoot adds responsive spring. A low-top silhouette provides a supportive feel with an OG-inspired upper stitched with overlays for durability, while a tried-and-tested rubber outsole design provides multidirectional traction.Go beyond normal with the Womens Air Jordan 1 Low Method of Make in Black/Metallic Gold , delivering everyday street style, tonal colour and a comfortable ride with every step.
The Womens Air Jordan 1 Low Method of Make is inspired by the 1985 original AJ 1 sneaker, remixing it as part of the 'Method of Make' series with a new tonal colourway and clean metallic details. A classic encapsulated Air cushioning unit underfoot adds responsive spring. A low-top silhouette provides a supportive feel with an OG-inspired upper stitched with overlays for durability, while a tried-and-tested rubber outsole design provides multidirectional traction.Select Size
From $28.15
Original: $80.44
-65%Womens Air Jordan 1 Low Method of Make—
$80.44
$28.15Description
Go beyond normal with the Womens Air Jordan 1 Low Method of Make in Black/Metallic Gold , delivering everyday street style, tonal colour and a comfortable ride with every step.
The Womens Air Jordan 1 Low Method of Make is inspired by the 1985 original AJ 1 sneaker, remixing it as part of the 'Method of Make' series with a new tonal colourway and clean metallic details. A classic encapsulated Air cushioning unit underfoot adds responsive spring. A low-top silhouette provides a supportive feel with an OG-inspired upper stitched with overlays for durability, while a tried-and-tested rubber outsole design provides multidirectional traction.
