Nike SB Dunk Low Pro PRM Seattle Supersonics 0
Xpress Ship available. Get it by Jun 28 - Jul 2

Buy Now for

$107

Make OfferBuy Now

Last Sale

$121

Nike SB Dunk Low Pro PRMSeattle Supersonics


Related Products



Product Details

Style

FZ1287-300

Colorway

Fir/White/University Gold/Fire Red

Retail Price

$125

Release Date

12/07/2024

Product Description

The Nike SB Dunk Low Pro PRM Seattle Supersonics is a shoe whose color scheme was inspired by the basketball team's colors.

The Seattle Supersonics Nike SB Dunk Low Pro PRM has a leather, mesh, and suede upper. Bright Fire Red forms the perforated toe box, the sides, the ankle area, and the thick tongue. Fir green overlays round out the toe cap and form the eyestays, ankle strap, and heel tab. The Nike swoosh appears in white across each side and is outlined in University gold, while the tongue has a fir green and gold logo patch. The Nike brand name is also embroidered on the University Gold heel tab. The shoe sits on a white midsole and gum rubber outsole.

What stands out about this shoe are the hits of University Gold, which add even more contrast. The Nike SB Dunk Low Pro PRM Seattle Supersonics was released on December 7, 2024, for $125.





Historical Data

Price Range
Last 12 Months
$45 - $243
Price Range
Last 3 Months
$45 - $243
Volatility
29%
Number of Sales
Last 3 Months
95
Price Premium
Last Sale
-30%
Average Sale Price
Last 3 Months
$109

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