Qatar Launches Largest 3D‑printed School with Dual Bodxl Printers
Amy Duong — July 16, 2025 — Art & Design
References: cobod & uccholding
Qatar launches the largest 3D‑printed school with dual BODXL printers. UCC Holding and Ashghal have begun constructing two colossal schools in the desert, each covering about 20,000 m², using plane‑sized COBOD BODXL 3D printers—together totaling 40,000 m², a 40× leap over previous records. The curved, dune‑inspired walls are printed layer by layer with a specialized concrete mix optimized for Qatar’s harsh climate, with nocturnal operations to preserve material integrity and reduce energy use.
Over eight months of preparation—from 100+ full‑scale test prints to intensive COBOD training—went into perfecting the process. The progressive initiative completes all 14 schools by end‑2025, and as the largest 3D‑printed building project globally, it sets a new precedent in sustainable, large‑scale public infrastructure.
Image Credit: UCC Holding & COBOD
Over eight months of preparation—from 100+ full‑scale test prints to intensive COBOD training—went into perfecting the process. The progressive initiative completes all 14 schools by end‑2025, and as the largest 3D‑printed building project globally, it sets a new precedent in sustainable, large‑scale public infrastructure.
Image Credit: UCC Holding & COBOD
Trend Themes
1. Sustainable 3d-printed Construction - The use of specialized concrete mixes optimized for harsh climates showcases advancements in eco-friendly building materials for large-scale projects.
2. Automation in Nighttime Construction - Nocturnal operations for material preservation and energy efficiency reflect a shift toward automated construction processes that maximize time and resource utilization.
3. Scalable Large-scale Infrastructure - The project's magnitude, with schools covering 40,000m², represents a significant leap in scalable 3D-printed infrastructural developments.
Industry Implications
1. 3D Printing Technology - The deployment of plane-sized COBOD BODXL printers highlights innovations in printer technology capable of handling complex, large-scale construction tasks.
2. Construction and Architecture - The introduction of curved, dune-inspired designs emphasizes the role of 3D printing in architectural creativity and structural efficiency.
3. Sustainable Building Materials - Developing specialized concrete mixes for local climates opens new avenues for sustainable material science in construction.
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