Version 2 was printed at Carbon’s new location in Germany.
In order to improve the quality of the print, version 2 utilizes a custom shoe last (tinfoil) for post processing. This helps to maintain the shape of the shoe throughout the production process.
Additive manufacturing allows for
Additive manufacturing allows for
products to adapt to the needs of the individual in ways that mass produced goods cannot. This adaptability in production can provide the optimal shape and support that is needed to meet the specific needs of individual athletes. In version 2 of the Terra Supra, the lattice structures are
varied throughout certain parts of the shoe to experiment with the versatility of different lattice architectures, and one-off shoe production made more accessible through additive manufacturing processes.
Terra Supra Version 2
Lattice zones
The shoe now has specified zones where the lattice structure changes. The lattice architecture changes under the arch and the toe of the shoe for better support.
Altered outsole shape:
After wearing version 1, I decided to change the shape of the shoe to fit the foot more naturally.
Thinner outsole skin:
This alteration was made to reduce the overall weight of the shoe.
Text:
Information text on the outside and sole of the shoe for branding and information.
Lattice Zone DiagramMidsole Shell (1 mm)Lattice Zone Diagram ISO
Drawing of Version 2
Terra Supra Version 2
These renders envision a future where shoes, once worn beyond repair, can be planted and contribute to environmental restoration by growing into trees.
This idea highlights the transformative possibilities of integrating sustainability into footwear, where the product’s lifecycle extends beyond
wearability, offering both ecological benefits and a new way to rethink waste in footwear.