Nike Blazer Mid 77 Denham 0

Buy Now for

$132

Place BidBuy Now

Last Sale:

$198

Nike Blazer Mid 77Denham


Related Products


Product Details

Style

CU8054-100

Colorway

Sail/Midnight Navy-Summit White

Retail Price

$300

Release Date

02/10/2021

Product Description

The Nike Blazer Mid 77 Denham is a mid-top shoe released as a collaboration with the renowned denim company Denham. 
   
This version of the Nike Blazer Mid 77 has an upper made of premium white leather. A light gray suede overlay forms the toe cap, and another appears on the lateral forefoot as the mudguard. The shoe features perforations on the bottom of the side panels for breathability, and directly above those, you’ll find Denham denim swooshes with different patterns. These swooshes are outlined in red stitching. A tan heel collar features the Nike brand name, while the tongue also has a tan Nike patch. Red metal eyelets appear next to the tongue, and the shoe has a white rubber midsole.

Our favorite features of this shoe are the red accents found in the stitching and the eyelets, which make it stand out even more. The Nike Blazer Mid 77 Denham was released on February 10, 2021, for $300.



StockX Ratings & Reviews

See What Our Customers Have To Say

Merchandising ImageOpens in new tab


12-Month Historical

12-Month Trade Range
$80 - $275
All-Time Trade Range
$183 - $335
Volatility
29%
Number of Sales
5
Price Premium
--
Average Sale Price
$181

StockX Verified

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

StockX Verified is our own designation and means that we inspect every item, every time.Learn MoreOpens in new tab

Our Promise

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

We strive to earn and keep your trust. If we make a mistake, we'll make it right.Learn MoreOpens in new tab

Start Selling ASAP

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

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