This large-scale public artwork in Kalgoorlie was produced using large-format 3D printing, enabling complex organic forms that would be impossible with traditional fabrication. Printed in modular sections from recyclable polymer, it integrates solar panels to combine art with renewable energy. The project demonstrates how digital manufacturing can deliver sustainable, functional, and culturally significant infrastructure for regional communities.
Challenge
Traditional methods for fabricating large-scale public artworks—such as steel fabrication, casting, or custom carpentry—are expensive, slow, and require specialised tooling. These methods restrict the artist’s ability to experiment with complex, organic forms, while also creating logistical challenges in transporting and assembling large pieces in regional communities. Local governments and cultural programs need faster, more adaptive, and cost-effective ways to deliver public art that is both durable and iconic.
Solution
By applying large-format additive manufacturing (LFAM), the Kalgoorlie solar-art sculpture was able to be:
Digitally designed and tool-less — enabling artists and engineers to collaborate directly on CAD-to-print workflows
Produced sustainably — fabricated from recyclable polymer materials with minimal waste
Architecturally scaled — standing over 4 meters tall, the structure was printed in modular components for efficient transport and on-site assembly
Functional and artistic — combining a sculptural form inspired by nature with integrated solar panels to generate renewable energy
This workflow allowed for rapid prototyping, streamlined installation, and a showcase of how digital fabrication can merge art, technology, and sustainability in public spaces.
Key Metrics
Height: 3.8 m
Base diameter: 1.5 m
Print time: ~60 hours (modular sections)
Material: Recycled PP
Solar integration: 2 × photovoltaic panels with renewable energy generation capacity
Impact
LFAM enabled the delivery of a landmark public artwork in Kalgoorlie that not only enhances the cultural identity of the space but also demonstrates the potential of renewable energy in regional towns. The project shows how 3D printing can:
Expand design freedom for artists
Reduce costs and lead times compared to conventional fabrication
Deliver modular, lightweight structures for remote installations
Inspire community engagement by combining technology, sustainability, and creativity
This project exemplifies how Hyperion’s technology can transform public art, cultural infrastructure, and urban design into future-ready, sustainable showcases of innovation.
