UGG x Telfar Logo Mini Pink

Buy Now for

£308

Place BidBuy Now

Last Sale:

£301

UGG x Telfar Logo MiniPink


Related Products


Product Details

Style

1122991-PIN

Colourway

Pink

Retail Price

US$250

Release Date

18/11/2021

Product Description

The UGG x Telfar Logo Mini Pink is another standout from the UGG x Telfar collaboration, offering the perfect mix of comfort and bold style. This mini boot, made from premium pink suede, features the iconic Telfar logo, giving it a high-fashion twist. Lined with UGG’s signature sheepskin, it ensures warmth and softness, making it a functional yet fashion-forward choice for any wardrobe.

The playful pink colorway is ideal for those who love to make a statement, while the mini silhouette offers a sleek and modern profile. The UGG x Telfar Logo Mini pairs effortlessly with streetwear and casual looks, adding a pop of color and designer flair to any outfit. Whether you're a fan of Telfar or just looking to add something bold to your collection, this boot delivers on both style and comfort.

Released on November 18, 2021, the UGG x Telfar Logo Mini Pink retailed for $250. With its bold design and cozy construction, this collaboration is perfect for those who want to combine luxury and warmth in one standout piece.




12-Month Historical

12-Month Trade Range
£278 - £398
All-Time Trade Range
£257 - £346
Volatility
15%
Number of Sales
5
Price Premium
52%
Average Sale Price
£315

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