NEZHA
Extraordinary
A 3D-printed concept sneaker translating myth into parametric lattice.
- Year
- 2022
- Category
- IP & Cultural Products
- Role
- Independent Designer
- Type
- Award-winning Competition Project
- Tools
- Rhino, Grasshopper, KeyShot, 3D Printing, Adobe Illustrator
- Output
- Parametric footwear concept, printed prototype and CMF visualisation
One-line Definition
A 3D-printed concept sneaker combining Chinese mythology with parametric lattice design.
Brief
NEZHA was developed for a design competition requiring a forward-looking 3D-printed shoe based on Voronoi geometry. The project translates the energy of the myth “Nezha Conquers the Dragon King” into form, structure and CMF. It explores how traditional cultural identity can become part of a contemporary manufacturing language rather than surface decoration alone.
Problem
Many culturally themed products rely on direct symbols but do not connect narrative meaning with function or manufacturing. At the same time, early 3D-printed footwear often treated printing as a production method rather than a driver of form and performance. The challenge was to integrate cultural expression, lattice behaviour and wearable structure into one proposal.
Research & Insights
Research reviewed the evolution of 3D-printed footwear, including integrated shells, variable lattice density and recyclable mono-material systems. Audience analysis focused on Gen Z consumers seeking individuality, cultural confidence and technology-led products. Mythological elements such as flame, waves and the universe ring were studied as dynamic form languages rather than literal illustrations.
Design Opportunity
Parametric design offered a way to connect visual identity with ventilation, lightness and local support. Cultural storytelling could also give an experimental printed shoe emotional value and collectability. The opportunity was to build a system in which every symbol contributed to both narrative and construction.
Concept Development
The shoe combines a Voronoi lattice body with sculptural flame structures, wave-inspired sole lines and circular ring elements. The lattice provides an open framework, while denser solid pieces define support, fastening and impact zones. Multiple colourways reinterpret the same geometry for different emotional identities.
Form Development
Sketches extracted upward flame motion into forward-driving upper lines and translated rolling waves into a tense sole profile. The universe ring became a structural and decorative loop at the side and heel. Seal-script characters were engraved into the upper and sole to introduce a quieter layer of cultural detail.
Structure & Prototyping
The shoe is organised into a lattice body, sole, heel, engraved upper panels, flame pieces and ring components. Separating these zones clarifies where flexibility, support and visual emphasis are required. The exploded structure also allows alternative materials or printing strategies to be considered for different parts.
Testing & Iteration
Printed models tested the feasibility of open lattice regions, thin flame forms and the connection between decorative pieces and the shoe body. Iteration simplified fragile tips and adjusted the scale of openings to improve print success. Physical prototypes also revealed where additional support would be needed for wearability.
Final Design
The final proposal presents four CMF directions: Frost White, Black Flame, Fire Ocean and Chiyan Blaze. The red-black hero version combines translucent flame elements with a dark lattice body to create depth and motion. Renderings and an exploded view communicate the shoe as both a wearable concept and a digitally manufactured cultural object.
Use Scenario
The concept targets light exercise, fashion styling, social-media display and collectible presentation. Its high-visibility form is intended for users who value cultural narrative and experimental footwear rather than conventional mass-market subtlety. Different colourways allow the object to shift between display piece and expressive streetwear.
Outcome
The project received first prize in the Shanghai Advanced Graphics and Design Innovation Competition. It demonstrated a workflow from cultural research and sketch extraction to parametric structure, 3D printing and CMF presentation. The main reflection is that future development should further connect visual lattice density with pressure, comfort and real footwear engineering.