3D printing is increasingly becoming a game-changer in the fashion industry, particularly in the realm of footwear. Renowned brands such as adidas, ASICS, and Reebok have already ventured into this innovative territory, setting a trend that iconic luxury house Gucci has eagerly embraced.
Gucci has unveiled its first 3D-printed shoe, the Gucci Cub3d, designed to spark conversation and excitement among its followers. This limited edition sneaker is crafted with only 20 pairs available, set to be showcased at Gucci’s boutique on Milan’s Via Montenapoleone from April 16 to 21.
The brand employed 3D printing technology specifically for the midsole of the Gucci Cub3d. Utilizing selective laser sintering (SLS), the intricate lattice design of the midsole was created with precision, combining multiple layers into a unique geometric form. Matteo Burzio, the footwear designer for Gucci, utilized software such as Rhino and Grasshopper to develop the shoe’s distinctive aesthetics and functional features. SLS technology not only aids in visual appeal but also ensures that the midsole is lightweight and offers superior cushioning.
Further enhancing its appeal, the sneaker’s upper is made from Gucci’s innovative Demetra material, which aligns with sustainability goals. This animal-free upper consists of 77% plant-based raw materials, representing a commitment to more responsible manufacturing. The Demetra fabric incorporates wave-shaped panels that add both character and security to the sneaker’s design.
Originally introduced in June 2021, the Demetra material has already made appearances in other Gucci products, such as sneakers and the Horsebit 1955 bag. Although currently, the Gucci Cub3d integrates 3D printing solely for the midsole, there is speculation that future releases may expand to include more extensive use of this technology in mass-produced items.
As the launch of the Gucci Cub3d approaches, anticipation builds around the innovative steps Gucci is taking in combining technological prowess with fashion. Further insights into this project can be found here.