Jordan 11 Retro Low Golf No Denim Allowed 0

Buy Now for

$1,000

$1,085 Includes Marketplace Fee

Make OfferBuy Now

Last Sale

$1,500

Jordan 11 Retro Low GolfNo Denim Allowed


Related Products



Product Details

Style

AQ0963-400

Colorway

Denim/Denim

Retail Price

$200

Release Date

06/14/2019

Product Description

Nike and Jordan unveiled the Jordan 11 Retro Low Golf No Denim Allowed as part of the No Denim Allowed collection. This collection playfully challenges conventional golf course attire standards.

In this iteration, the quintessential mesh and patent leather upper of the AJ11 is replaced by a two-toned denim structure. The Jordan 11 Retro Low Golf No Denim exhibits a dual-toned appearance, with a dark navy upper portion and a lighter blue lower section. Its white midsole pairs perfectly with semi-translucent soles adorned with ridged treads. The sneaker features a sturdy translucent outsole which incorporates seven detachable golf spikes for traction.

What our experts love about the Jordan 11 Retro Low Golf No Denim Allowed is its distinctive denim upper. It offers a playful departure from traditional golf shoe styles and nods to golf course dress codes. The golf shoe on 14th June 2019 for $200.





Historical Data

Price Range
Last 12 Months
-- - --
Price Range
Last 3 Months
-- - --
Volatility
--
Number of Sales
Last 3 Months
--
Price Premium
Last Sale
--
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