Under Armour recently released its movement-conforming, vibrant sneakers for the forthcoming season of running.
The "Clutchfit" is a new model coated in a sheath of sturdy plastic, designed to provide support while conforming to the flexible shape of your movements. The new sneaker technology isn't aesthetics, "it's science."
The skin of the shoe looks like a web that encompasses it, but at second glance, it consists of individual cells that have an hour-glass shape. The hinged design is one of several auxetic structures, which is what enables the flexible stretching of the material. When perpendicular force is applied to the hinge, it flattens out and locks up in a rectangular shape, suited to building performance gear.
The sneaker is essentially designed to enhance your performance, and with the new embedded technology, Under Armour promises to do so.
Movement-Conforming Sneakers
Under Armour Unveiled its Movement-Conforming Vibrant Sneakers
Trend Themes
1. Movement-conforming Sneakers - The trend towards sneakers that conform to the user's movements presents opportunities for research and development of new materials and designs that maximize performance.
2. Auxetic Structures - The trend towards auxetic structures in footwear enables increased flexibility and durability, allowing for the development of more comfortable and supportive products.
3. Embedded Technology in Footwear - The trend towards embedding technology in footwear presents opportunities for the integration of sensors and other devices to provide real-time performance feedback to users.
Industry Implications
1. Athletic Footwear - The athletic footwear industry can capitalize on the trend towards movement-conforming sneakers by investing in research and development of innovative materials and designs.
2. Sportswear - The sportswear industry can benefit from the trend towards auxetic structures, which allows for more comfortable and supportive clothing.
3. Technology - The technology industry can capitalize on the trend towards embedded technology in footwear by developing new sensors and devices that can be integrated into shoes to enhance athletic performance.