The adidas Stan Smith sneakers first saw the light of day in 1973, originally designed for a tennis star named, unsurprisingly, Stan Smith. Since then, the iconic low-cut sneaker has successfully stood the test of time. Today, it comes in men's and women's sizes and various colorways. The clean design of the adidas Stan Smith silhouette is completed by the three stripes. The result of years of refinement combined with the preservation of tradition resulted in an even simpler and sleeker sneaker, which is rightfully called one of the most popular sneakers in adidas history.
Thanks to their origins, the adidas Stan Smith sneakers initially dominated the tennis courts. Exceptionally, you'll still find them there today, though you are more likely to encounter them in the city streets as part of everyday outfits. The wide range of styles is partly to blame. These legendary sneakers have also become the basis for various collaborations with artists, including a recent collab with Human Made.
So treat yourself to these white sneakers ideal for the summer. Get yourself the legacy of a sports legend in the form of the adidas Stan Smith sneakers.
Primegreen : Recycled material, made for maximum functionality.
PU synthetic leather
Rubber: a material that is very easy to maintain and you will appreciate it especially in rainy weather.
The reviewed product was purchased on our eshop.
Schnelle lieferung und super schuhe!
The eco-friendly label
is used for products that are made using more environmently-friendly proceses which uses less water, energy and chemicals. Products with international certifications such as bluesign®, the 100 standard by OEKO-TEX® and MADE IN GREEN by OEKO-TEX® are placed under this label.
is an innovative material developed by adidas. Products which carry this label are made from 100% sustainable material that does not contain virgin plastic
Products with this label are made mostly of recycled materials mostly made from old waste such as plastic bottles and clothes. These products has smaller environmental footprint thanks to processing more waste materials than virgin materials.