Xpress Ship 3-day shipping available in select sizes

Buy Now for

£53

Place BidBuy Now

Last Sale:

£63

Stussy 8 Ball TeeWhite


Related Products


Product Details

Season

SS22

Colour

White

Style

1904760-WHT/1905103-WHT

Retail Price

US$40

Product Description

The Stussy 8 Ball Tee (SS22), featuring a pure white fine jersey knit, blends comfort and style to make for a timeless casual wear.

The Stussy 8 Ball T-shirt is made using 100% crisp white cotton. Above its fitting full shoulder length is a ribbed crew neck with a cuddly front neck drop that reinforces the wearing pleasure. The comfortable arm holes on either side of the chest make this tee practical for every day wear. From each arm hole stems a relaxing short sleeve that ends in a firm open to ensure durability. The cotton fabric that joins the t-shirt’s neckline and bottom maintains breathability.

What do our experts think the standout feature of the Stussy 8 Ball Tee (SS22) is? The black magic eight-ball branding on the front and back adorns this white tee. While subtle on the front, the imprint takes much of the back. Above the magic eight ball is a bold "Stussy" graphic, reinforcing a vibrant feel. The Stussy 8 Ball Tee (SS22) retailed for $40 when it was released in August 2022.




12-Month Historical

12-Month Trade Range
£37 - £174
All-Time Trade Range
£80 - £104
Volatility
13%
Number of Sales
150
Price Premium
196%
Average Sale Price
£68

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 we make a mistake, we'll put it right.

We stand behind every product sold on StockX. 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