VXm3 - Spxce Making
Intelligent design
High-performance kits of parts
Built to Adapt
Understanding Spxce layers of change
Some parts of a building change slowly — like the site or structure. Others, like skin, services, and stuff, are made to evolve. We embrace this flexibility: Spaces that can adapt to new needs, new rhythms, and new ways of living. Because life moves — and our environments should move with it.
The VXm3 Refined Shell
We separate what’s fixed from what’s flexible, making spaces easier to update and reconfigure over time. We see our system as a combination of hardware and software.
The Refined Shell is the framework made of sub and super structure as well as a decoupled high performance skin. The interior, finish, and service layers remain flexible — easy to update, customize, or replace in response to social, technological, and environmental shifts.
It’s solid where it matters, flexible where it counts — build for tomorrow.
Lightweight Components
We are on a quest for better components. Not tied to one material or method, but combining proven techniques with new advancements. Adaptable, ergonomic, efficient, and better for the planet.
A smart mix of familiar and innovative. Lightweight, durable, high-performance. Built for comfort, speed, and longevity.
Scalable
At Vueltx, we believe true progress lies in evolving better, not just building bigger — but scale still matters.
To deliver high quality at accessible value, we use modular, standardized components that are pre-engineered for specific purposes and repeatability. Produced efficiently in our global backyard, these elements simplify transport, drastically reduce on-site labor, and allow flexible use across different contexts. Our architecture blends structural clarity with modern system intelligence
Modular 2D + 3D
We combine 2D panel systems with 3D modules where it makes sense.
This hybrid logic keeps the system flexible while making high-impact parts plug-and-play.
Adaptive Life-Cycle Design
Only a system that can adapt is truly future-proof. Our circular design favors screw and click connections over traditional methods, making assembly and disassembly simpler and faster. This streamlines maintenance, upgrades, and material separation—reducing waste and extending component lifespans. By enabling reuse at every stage, we lower both environmental impact and system costs, making sustainability not just responsible, but economical.
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Every component is traceable through our digital product passport — a comprehensive material log that enables reuse, maintenance, and certification with confidence.
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Smart connections paired with clear dismantling instructions make disassembly, upgrades, and recycling simple by design.
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Data refines performance, adapts to user needs, and drives continuous system evolution.