American footwear designer Salehe Bembury has once again teamed up with New Balance to deliver an all-new sneaker silhouette dubbed the 'Salehe Bembury x New Balance 990v2.'
The sneaker features a soothing coral pink and peach color combination and comes equipped with Bembury's signature mesh uppers. Other notable elements of the new silhouette include a hairy suede finish on the shoe's overlays and the incorporation of a subtle reflective silver material on its toebox. Bringing together the design is a purple 'N' logo on the lateral sides that matches the purple lettering on the shoe's tongue.
The Salehe Bembury x New Balance 990v2 has yet to receive an official release date, though consumers can expect it to be released sometime this year.
Peach-Colored Suede Sneakers
The Salehe Bembury x New Balance 990v2 Has Offcially Been Teased
Trend Themes
1. Suede Sneaker Collaboration - Collaborations between designers and sneaker brands are becoming increasingly popular and present an opportunity for innovative design partnerships.
2. Reflective Accents on Sneakers - The use of subtle reflective materials on sneaker designs presents a growing trend in the sneaker industry and opens opportunities for innovative design features.
3. Pastel Colorways for Sneakers - Sneakers sporting pastel-colored combinations are on the rise, particularly for collaborations between designers and sportswear brands, presenting a unique opportunity for innovative color and material pairings.
Industry Implications
1. Footwear - The footwear industry is constantly seeking innovation in design and collaborations with designers, presenting opportunities for new collaborations and innovative design features.
2. Fashion - The fashion industry is increasingly incorporating sneakers into high-end fashion, providing opportunities for innovative design collaborations and unique color and material combinations.
3. Sportswear - The sportswear industry is always seeking innovation in design and materiality with collaborations with designers providing unique design and material features.