Nike's New Dunk Low Design is Spotlighted by the Muted Tonal Look
Nike unveils its latest tonal and textural design of the iconic Dunk Low sneaker model for the season that is highlighted by the use of oxidized suede materials at the upper. The shoes have a crisp white leather base foundation and are detailed with multi-tonal suede overlaying on top complete with the aforementioned oxidized fading for a more muted look for the season.
The branding Swoosh on the side of the shoe and heel tab are designed in baby pink, whereas the laces at the forefoot are designed in a muted blue hue. Additionally, there are colored sketch logos on the tongue tabs and white canvas makes up the heel collar sections - all of this then sits on top of pre-yellowed midsole foundations.
Image Credit: sacai
The branding Swoosh on the side of the shoe and heel tab are designed in baby pink, whereas the laces at the forefoot are designed in a muted blue hue. Additionally, there are colored sketch logos on the tongue tabs and white canvas makes up the heel collar sections - all of this then sits on top of pre-yellowed midsole foundations.
Image Credit: sacai
Trend Themes
1. Oxidized Suede Sneakers - The trend towards oxidized suede for sneakers provides an opportunity for materials innovation in the footwear industry.
2. Muted Tonal Designs - The trend towards muted tonal designs in sneaker fashion presents opportunities for creative color combinations and material usage.
3. Pre-yellowed Midsoles - The trend towards pre-yellowed midsoles for a vintage look can inspire innovation in sole design and manufacturing processes.
Industry Implications
1. Footwear - The footwear industry can capitalize on the trend towards oxidized suede and muted tonal designs in sneaker fashion.
2. Fashion - The trend towards sneaker fashion with unique textural designs and vintage detailing provides opportunities for innovation in the broader fashion industry.
3. Materials Manufacturing - The trend towards pre-yellowed midsoles in sneaker fashion can drive innovation in sole design and manufacturing processes, presenting opportunities for the materials manufacturing industry.
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