Robotic quadruped swarms build reconfigurable architecture from modular blocks
Meet the robot dogs that construct, demolish, and rebuild buildings on demand.
Tessellated Biomes introduces a paradigm shift in construction by integrating three processes into one closed loop: local microfactory fabrication of modular primitives in PLA, timber, and concrete; discrete multi-material structural optimization; and distributed robotic assembly using custom quadrupedal robots. The primitives are self-aligning, allowing rapid aggregation into compression-based structures. The framework is validated through fabrication and assembly of physical prototypes, demonstrating how buildings can be assembled, disassembled, and reconfigured—eliminating traditional linear construction waste.
The paper, accepted at CAADRIA 2026, positions Tessellated Biomes as a model for resilient, adaptive architecture. By deploying multiple quadruped robots that collaboratively relocate modules, the system achieves architectural flexibility akin to living ecosystems. This approach could enable disaster-responsive shelter, pop-up urban spaces, or sustainable housing that evolves with community needs—all while minimizing material waste and construction time.
- Uses quadrupedal robots to collaboratively move multi-material primitives (PLA, timber, concrete).
- Modular primitives are self-aligning and optimized for compression-based structures.
- Framework validated through physical fabrication and assembly of discrete structures, published at CAADRIA 2026.
Why It Matters
Swarms of construction robots could make buildings reconfigurable, reducing waste and enabling rapid disaster response.