Aeris: Adaptive Ballet Shoe
Year
Project Type
User Research | Industrial Design
THE APPROACH
The process began with rigorous primary research: interviewing professional dancers, gymnastics athletes, and ballet teachers to map the full lifecycle of failure in a standard ballet shoe. Three critical pain points emerged: one-size-fits-all construction, insufficient arch support, and an unsustainably short lifespan. Physical lo-fi prototyping followed, foam and cardboard ridge trials to locate pressure points and test arch geometries, sock-based flex mapping to identify zones of stretch and strain during live movement. Competitive analysis of existing innovations including Gaynor Minden and Act'ble informed the boundaries of the design space.
The Solution
Aeris was modelled in Rhino and driven by a custom Grasshopper script using proximity-based triangular paneling; panel sizes dynamically scale relative to guiding curves drawn along flex zones, delivering zoned flexibility and structural rigidity within a single continuous surface. The upper is manufactured in resin-elastomer via Selective Laser Sintering, with a satin finish that preserves the visual language of classical ballet. The sole features a customisable arch contour, flat forefoot platform, and articulated flex ridges engineered for both pointe and grounded movement. Traditional satin ribbons are retained as the singular nod to convention.
The result
A shoe that eliminates the break-in cycle entirely, conforms to individual foot anatomy from first wear, and dramatically extends product lifespan, reducing both injury risk and material waste. Aeris proves that performance and tradition are not in opposition; they just needed a better system to hold them together.
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