Nike Dunk High SE Clouds Celestine Blue (Women's) 0

Xpress Ship 3-day shipping available in select sizes

Buy Now for

$55

Place BidBuy Now

Last Sale:

$74

Nike Dunk High SEClouds Celestine Blue (Women's)


Related Products


Product Details

Style

FD0882-400

Colorway

Celestine Blue/Sail

Retail Price

$120

Release Date

03/01/2023

Product Description

The Nike Dunk High SE Clouds Celestine Blue (Women's) is a fashion statement in itself. This pair of kicks, inspired by clouds, is specifically sized for women and is designed to turn heads with its airy silhouette. It not only delivers dependable comfort but also exudes iconic style, making it a must-have for any fashion-forward woman.

This Special Edition high-top exchanges a traditional leather upper for one that begins with a base crafted from hairy suede in a sail hue. The signature perforations dot the toe box, enhancing breathability and overall foot comfort. The classic overlays and the side panel Nike Swoosh are in a white and blue suede that locks in the cloud theme. Flat white laces ensure a snug closure, while the padded white tongue and sock liner add to ankle comfort. A white foam midsole with its cup sole construction rests atop a tonal rubber outsole with the classic Dunk traction pattern of concentric circles, grooves, and stars.

The tongue tag is the detail we delight in most about this women's sneaker. The sail hairy suede features white debossed Nike branding with a Swoosh. The Nike Dunk High SE Clouds Celestine Blue (Women's) was released on March 1, 2023, for $120 retail.


You Might Like

Sponsored


StockX Ratings & Reviews

See What Our Customers Have To Say

Merchandising Image


12-Month Historical

 
 
 
 
 
 
 
 
 
 
 
 

StockX Verified

StockX Verified is our own designation and means that we inspect every item, every time.

Learn More

Our Promise

We strive to earn and keep your trust. If we make a mistake, we'll make it right.

Learn More

Start Selling ASAP

You can start selling on StockX in just a few clicks, no application process necessary.

Learn More