Adidas has unveiled an all-new sock sneaker hybrid shoe dubbed the City Sock that creatively combines both layers of footwear into one seamless and fitted silhouette. The sneakers are free of laces, with a convenient slip-on style thanks to the soft material upper. This makes these shoes incredibly comfortable and easy to wear, without compromising on athletic style.
The City Sock sneakers offer a futuristic appearance in contrast to more traditional lace up shoes. The upper is made from soft Primeknit material that features a stripped black and white pattern made from soft, sock-like fabrics. The material is fitted from the foot all the way to the ankle for a snug wear. The shoes are complete with a Boost sole for added support and stability.
Futuristic Sock Sneakers
The City Sock by Adidas Offers a Slip-on Fitted Wear
Trend Themes
1. Futuristic Sneaker Design - The City Sock by Adidas showcases a futuristic appearance with its slip-on style and seamless silhouette, presenting an opportunity for disruptive innovation in athletic footwear.
2. Sock-like Shoe Construction - The soft Primeknit material used in the City Sock sneakers offers a snug and comfortable fit, suggesting potential disruptive innovation in the sock and hosiery industry.
3. Lace-less Footwear - The lace-free design of the City Sock sneakers provides convenience and ease of wear, creating an opportunity for disruptive innovation in shoelace alternatives and fastening systems.
Industry Implications
1. Athletic Footwear - The City Sock sneakers introduce a unique and futuristic design concept, offering potential disruptive innovation in the athletic footwear industry.
2. Sock and Hosiery - The seamless and sock-like construction of the City Sock sneakers presents a disruptive innovation opportunity for the sock and hosiery industry by combining comfort and style.
3. Shoelace Alternatives - The lace-less design of the City Sock sneakers opens up possibilities for disruptive innovation in the development of innovative shoelace alternatives and fastening systems.