3D Printing Transforms Discarded Items into 2050 Bathing System Prototype
















Ross Stevens' latest architectural endeavor, 'Sustainable Decadence v2.0', marks a significant leap in merging advanced technology with eco-conscious design principles. This pioneering project ingeniously repurposes industrial waste, such as a discarded jam vat and an ill-fitting window, alongside state-of-the-art 3D printing and artificial intelligence, to craft a bathing environment envisioned for the year 2050. The initiative aims to demonstrate how existing, often overlooked, materials can be seamlessly integrated into new architectural systems, thereby drastically reducing the ecological footprint of construction and promoting a more sustainable approach to design. By leveraging large-scale additive manufacturing, Stevens bridges the gap between disparate found objects and newly fabricated elements, showcasing a coherent and adaptable architectural solution that redefines the concept of luxury through sustainability.
Pioneering Fusion: AI, 3D Printing, and Reclaimed Objects Redefine Future Bathing Spaces
In a groundbreaking project unveiled in September 2026, designer Ross Stevens introduced 'Sustainable Decadence v2.0', a visionary prototype that reimagines the domestic ritual of bathing for the mid-21st century. This innovative design integrates an abandoned industrial jam vat, a mis-sized window, and segments of balustrade glass with large-scale 3D printing and AI-driven processes. The core of this initiative, spearheaded by Stevens' firm, The 3D Printery, and supported by the New Zealand Product Accelerator, revolves around creating a flexible bathing space that minimizes environmental impact without compromising on comfort or aesthetics. The project is a continuation of Stevens' 2011 'Sustainable Decadence v1.0', pushing the boundaries of what is achievable when sustainability meets cutting-edge technology. The design incorporates a sophisticated pivoting roof system, also 3D printed, which allows the bathing area to transition effortlessly between open-air and enclosed conditions, adapting to varying weather. This dynamic element, alongside custom-printed stairs and balustrades crafted from PETG and reinforced with nylon ropes, exemplifies the project's commitment to durability and user-centric design. These components, meticulously engineered to conform to the irregular shapes of the repurposed industrial items, underscore the transformative potential of digital fabrication in creating tailored architectural solutions. Located in an undisclosed experimental setting, the prototype serves as a living laboratory, rigorously testing the resilience and functionality of 3D printed structures in challenging humid and warm environments.
This innovative design philosophy offers profound insights into the future of architecture and daily living. By elevating discarded industrial components into central design elements, Stevens not only champions waste reduction but also challenges conventional notions of material value and aesthetic appeal. The project highlights the potential of AI and 3D printing to facilitate a more adaptive and resource-efficient construction paradigm, suggesting that future architectural practices could heavily rely on customizing new elements to fit existing, reclaimed objects. Such an approach promises to unlock unprecedented creative freedom for designers, allowing for the construction of unique, context-specific structures that are both environmentally responsible and visually compelling. 'Sustainable Decadence v2.0' is more than just a prototype; it's a manifesto for a future where innovation and ecological stewardship go hand in hand, inspiring us to reconsider how we interact with our environment and build our world.