Nike SB Janoski G White Black 0

There are no Asks at this time but you can still place a Bid and wait for a new seller to match your price

Make Offer

Last Sale

$197

Nike SB Janoski GolfWhite Black


Related Products



Product Details

Style

AT4967-100

Colorway

White/Black

Retail Price

$95

Release Date

01/01/2019

Product Description

The Nike SB Janoski Golf White Black is a pair of golf shoes that was designed in collaboration with Stefan Janoski.

The Janoski G White Black has a premium leather upper that is accented by black leather swooshes on both sides. This shoe includes a cushioned insole that has additional Nike branding. It also has a traditional lace-up closure system that comes with white flat laces. Additionally, the shoes feature a gum rubber sole that boasts a tread pattern. The heel is reinforced with Zoom Air technology and the toe features a rounded shape. The tongue has a tag on the outside that includes Stefan Janoski's name. There is a tag on the inner side that includes material construction details.

We simply love the Nike SB Janoski Golf White Black for its low-cut design which includes a cushioned collar that lies below the ankle. The shoe released 1st January 2019 for $95.





Historical Data

Price Range
Last 12 Months
$197 - $197
Price Range
Last 3 Months
-- - --
Volatility
0%
Number of Sales
Last 3 Months
0
Price Premium
Last Sale
0%
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