Jordan 14 Retro Black Toe (2024) 0

Xpress Ship 3-day shipping available in select sizes

Buy Now for

£147

Place BidBuy Now

Last Sale:

£225

Jordan 14 RetroBlack Toe (2024)


Related Products


Product Details

Style

487471-160

Colourway

White/Varsity Red/Black/Metallic Silver

Retail Price

US$210

Release Date

02/11/2024

Product Description

The Jordan 14 Retro Black Toe (2024) is a triumphant return for the iconic AJ14 trainer. This updated design features premium materials, which gives it a stunning visual effect of sleek luxury. Its low-to-the-ground style was inspired by sports car ground effect aerodynamics.

This Air Jordan 14 has been remodeled for the present day, with a mottled leather ice-white upper punctuated by wavy panels of midnight black. The sole has white claws reaching across the distinctive black toe to create a dramatic effect. The shoe also has the latest Nike Air Zoom cushioning unit.

This shoe has always been special, being the model that Michael Jordan wore when he made his last basket in the NBA. Our reviewers not only appreciate the upgrade; they also find it irresistible collectible. It's a milestone trainer to have in one's collection. The Jordan 14 Retro Black Toe (2024) was released on 2 November 2024, priced at $210.




12-Month Historical

12-Month Trade Range
£128 - £397
All-Time Trade Range
£215 - £234
Volatility
4%
Number of Sales
6,642
Price Premium
34%
Average Sale Price
£205

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 put it right.

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