New Balance works in collaboration with Tokyo Design Studio on the latest iteration of the iconic RC ELITE V2 sneaker model for the seaosn. It is designed in a Steel Blue colorway and boasts breathable elements with the 3D knit materials that are used to create the upper.
The shoe also retains some distressed design language with the choppy cutout accents that are sewn throughout the knit upper. It is inspired by the New Balance 1300JP running shoes and has blue and grey throughout along with eggshell white on the panels. To round out the latest update, the performance sole unit is packed with FuelCell technology and has a carbon fiber plate to provide energy return and all-angle function.
Image Credit: New Balance
What Makes This Trend Stand Out
- 3D Knit Technology for Performance Footwear
- There is a growing trend to use 3D knitting technology in designing and producing performance footwear, offering businesses the opportunity to innovate and create more sustainable, performance-boosting footwear.
- Distressed Design Language in Sneaker Design
- Adding distressed elements to sneaker designs is becoming a popular trend, giving businesses the opportunity to explore new design possibilities and offer unique and fashionable products.
- Carbon Fiber Plate Technology in Sneaker Design
- The use of carbon fiber plate technology in sneaker design is a growing trend that offers businesses the opportunity to improve energy return and all-angle function in performance footwear.
Sectors Adopting This
- Athletic Footwear
- The athletic footwear industry can explore the use of 3D knit technology and carbon fiber plate technology to innovate and improve performance footwear design and sustainability.
- Fashion Footwear
- The fashion footwear industry can adopt distressed design language in their products to offer unique and trendy options for consumers.
- Sporting Goods
- The sporting goods industry can explore the use of carbon fiber plate technology in athletic footwear to improve performance and meet evolving consumer demand.
