Vitruvian Building provides a cloud‑based platform that converts BIM models into printer‑ready G‑code for large‑format on‑site 3D construction printers, producing whole‑building structural components from high‑strength, low‑carbon composite materials. The system automates extrusion, monitors quality via IoT sensors, and includes training and support so municipal housing agencies, non‑profit developers, and construction firms can deliver affordable, sustainable homes with reduced labor and material waste.
Funding
Funding not disclosed
Founders
Product
Problem
The global housing shortage and rising construction costs limit the availability of affordable, sustainable homes, especially in underserved communities. Traditional building methods rely on labor-intensive processes and high material waste, slowing project timelines and inflating budgets.
Solution
Vitruvian Building offers a platform that combines large‑format additive manufacturing with proprietary 3D construction printing to fabricate whole‑building components on site. By integrating advanced materials science, the system produces high‑strength, low‑carbon‑footprint structures using recycled or bio‑based feedstocks. The platform includes a cloud‑based design suite that translates architectural models into printer‑ready instructions, enabling rapid iteration and customization. Automated on‑site printing reduces labor requirements, shortens construction cycles, and minimizes material waste. Vitruvian also provides training modules and technical support to empower local stakeholders to operate the technology independently, fostering community‑driven development of affordable housing.
Target Audience
The primary customers are municipal housing agencies, non‑profit developers, and construction firms focused on low‑cost, sustainable residential projects, as well as community groups seeking to adopt in‑situ manufacturing for local infrastructure.
Features
- Large‑format 3D printers capable of extruding structural elements up to 6 m in height and 10 m in length
- Proprietary composite material formulations that deliver ≥30 % higher compressive strength with up to 50 % lower embodied carbon compared to conventional concrete
- Integrated BIM‑to‑G‑code workflow that automatically slices architectural models for seamless printer execution
- Real‑time process monitoring with IoT sensors for temperature, extrusion rate, and layer adhesion, ensuring quality control and compliance with building codes
- Modular printing heads that support multiple material types (concrete, geopolymer, fiber‑reinforced polymers) for hybrid construction
- Turnkey training curriculum and remote technical assistance to certify local operators within 2 weeks
- Waste‑reduction system that recycles unused filament and supports on‑site material reuse