Following a collaboration with the Swiss avant-garde brand On, ECAL is proud to present the interdisciplinary work carried out jointly by the 2nd year students of the Product Design, Photography and Type Design Masters.
Collaboration (2022) by Beat Baumgartner, Danpeng Cai, HsinHung Chou, Cheuk Yin Chow, Giacomo De Paoli, Antoine Jacquat, Yoosung Kim, Reo Koda, Tsubasa Koshide, Lukas Lüttgen, Thomas Manil, Clemens Neureiter, Paul Rees, Carolin Schelkle, Sergei Silkov, Manuel Steffan, Borja Suqué, Stefan Troendle
In 2010 On created a new running shoe sole with a disruptive approach: CloudTec®. Built around a set of “flexible elements”, On soles ensure cushioned landing and propulsive take-off for a unique running sensation. This design has since been adopted by running enthusiasts and professionals alike. Nowadays, the search for new materials and technologies encourages the brand to explore the future of soles. It is in this perspective that the collaboration between two leading entities in the Swiss design scene – ECAL and On – was born.
Thanks to new multi-material 3D printing techniques, this shoe sole concept offers the possibility to customize material densities across the entire sole. Each Shoe can therefore be precisely adapted to each runner.
Playing with new possibilities of 3D weaving, this shoe sole concept could be produced in one part allowing for both customizable cushioning and efficient production.
Pushing the expression of a shoe sole to its limits, this carbon fiber rod sole plays with the elasticity and the resistance of this highly technical material to create a good cushioning and to minimize weight.
Inspired by the feeling of jumping on a trampoline, this shoe sole is composed of two elements: a customizable elastic web and a hollow EVA sole. This new construction offers a new running dynamic.
By Paul Rees
Composed of recycled TPU, this concept shoe sole is designed to bio-mimic the fin-ray effect whilst being produced by traditional extrusion process.
3D printing technologies are offering various new possibilities to the footwear industry; however, processes are often limited by slow production cycles. Instead, this concept uses a heat inflating 3D printed foam to allow for postprinting expansion, making production more efficient and feasible whilst benefiting from the free design constraint possibilities of 3D printing.
3D printing technologies are offering various new possibilities to the footwear industry; however, processes are often limited by slow production cycles. Instead, this concept uses a heat inflating 3D printed foam to allow for postprinting expansion, making production more efficient and feasible whilst benefiting from the free design constraint possibilities of 3D printing.
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