
Nike Sportswear Womens Shox R4
Throw it back to the early noughties with the Nike Sportswear Womens Shox R4 in Imperial Purple/Celestine Blue/Black, returning as a recrafted version of the 2001 original in leather, over the namesake impact-absorbing Shox technology.
The Nike Sportswear Womens Shox R4 uses Nike’s signature Shox technology, a mechanical design made with flexible columns and moderator plates to deliver premium cushioning, absorbing the impacts of your footfall and rebounding. A revisited design from 2001, the Shox R4 boasts a suede and leather upper and laser perforations, keeping your feet feeling fresh and secure. The rubber outsole provides traction on all surfaces.Throw it back to the early noughties with the Nike Sportswear Womens Shox R4 in Imperial Purple/Celestine Blue/Black, returning as a recrafted version of the 2001 original in leather, over the namesake impact-absorbing Shox technology.
The Nike Sportswear Womens Shox R4 uses Nike’s signature Shox technology, a mechanical design made with flexible columns and moderator plates to deliver premium cushioning, absorbing the impacts of your footfall and rebounding. A revisited design from 2001, the Shox R4 boasts a suede and leather upper and laser perforations, keeping your feet feeling fresh and secure. The rubber outsole provides traction on all surfaces.Original: $194.47
-65%$194.47
$68.06Description
Throw it back to the early noughties with the Nike Sportswear Womens Shox R4 in Imperial Purple/Celestine Blue/Black, returning as a recrafted version of the 2001 original in leather, over the namesake impact-absorbing Shox technology.
The Nike Sportswear Womens Shox R4 uses Nike’s signature Shox technology, a mechanical design made with flexible columns and moderator plates to deliver premium cushioning, absorbing the impacts of your footfall and rebounding. A revisited design from 2001, the Shox R4 boasts a suede and leather upper and laser perforations, keeping your feet feeling fresh and secure. The rubber outsole provides traction on all surfaces.






















