Nike React Presto sneakers - Green
Color
Green
Gender
Women,Men
Status
In stock
Details
Supplied by a premier sneaker marketplace dealing with unworn, already sold out, in demand rarities. Each product is rigorously inspected by experienced experts guaranteeing authenticity. The React Presto 'Psychedelic Lava' combines a turn-of-the-century design with advanced performance technology. Released May 2019, it includes Monica Taylor artistry on the insole honouring the launch of the first Presto in 2000, dubbed by creator Tobie Hatfield a 'T-shirt for the foot.' The moulded midfoot cage from the original gets modified but still provides lockdown and structure, while a React foam midsole delivers data-informed cushioning for optimal energy return.
Details
Supplied by a premier sneaker marketplace dealing with unworn, already sold out, in demand rarities. Each product is rigorously inspected by experienced experts guaranteeing authenticity. The React Presto 'Psychedelic Lava' combines a turn-of-the-century design with advanced performance technology. Released May 2019, it includes Monica Taylor artistry on the insole honouring the launch of the first Presto in 2000, dubbed by creator Tobie Hatfield a 'T-shirt for the foot.' The moulded midfoot cage from the original gets modified but still provides lockdown and structure, while a React foam midsole delivers data-informed cushioning for optimal energy return.
Supplied by a premier sneaker marketplace dealing with unworn, already sold out, in demand rarities. Each product is rigorously inspected by experienced experts guaranteeing authenticity. The React Presto 'Psychedelic Lava' combines a turn-of-the-century design with advanced performance technology. Released May 2019, it includes Monica Taylor artistry on the insole honouring the launch of the first Presto in 2000, dubbed by creator Tobie Hatfield a 'T-shirt for the foot.' The moulded midfoot cage from the original gets modified but still provides lockdown and structure, while a React foam midsole delivers data-informed cushioning for optimal energy return.
