adidas NMD R1 Blackout 0

Buy Now for

$234

$248 Includes Marketplace Fee

Make OfferBuy Now

Last Sale

$199

adidas NMD R1Blackout

Related Products

adidas NMD R1 White Bright Red

Lowest Ask

$100

$107 incl.

adidas NMD R1 Pale Nude

Lowest Ask

$254

$268 incl.

adidas NMD R1 Bright Cyan

Lowest Ask

$200

$214 incl.

adidas NMD R1 Focus Olive Core Black Green Spark

Lowest Ask

$85

$92 incl.

adidas NMD R1 Night Indigo Royal Blue Yellow

Lowest Ask

$223

$236 incl.

Product Details

Style

S76519

Colorway

Black/Core Black/White

Retail Price

$180

Release Date

07/08/2016

Product Description

The adidas NMD R1 Blackout is a sleek and stylish sneaker that boasts a minimalist design. The upper is made of black mesh, which is both breathable and durable. The shoe features a black Boost midsole, which provides excellent cushioning and energy return. The outsole is made of black rubber, which offers superior traction and durability. The shoe also features black laces and black branding on the tongue and heel. The adidas NMD R1 Blackout was released on July 8, 2016, and retailed for $180. This sneaker is perfect for those who want a versatile and comfortable shoe that can be worn with a variety of outfits.

Historical Data

Price Range
Last 12 Months
$188 - $251
Price Range
Last 3 Months
-- - --
Volatility
30%
Number of Sales
Last 3 Months
0
Price Premium
Last Sale
11%
Average Sale Price
Last 3 Months
--

Our Process

This item is verified by StockX or Xpress ships directly from a StockX Verified Seller.

This item is verified by StockX or Xpress ships directly from a StockX Verified Seller.
Learn MoreOpens in new tab

Buyer Promise

We stand behind every product sold on StockX. If a mistake is made, we’ll make it right.

We stand behind every product sold on StockX. If a mistake is made, 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