MOON HIVE

Designed by Matteo Lonardo, Sara Cambareri, Blanca Bulto

Academic year

2025/2026

A modular system inspired by bees to build habitats and generate life on the Moon

Moon Hive draws inspiration from the world of bees and their remarkable ability to organize, build, and sustain their environment. The project translates these principles into a lunar system where each machine has a precise role, working together like an active hive. The modular structure, reflecting the hierarchical logic of a bee colony, allows the system to adapt to changing terrain conditions and mission phases. Its goal is to use the Moon’s most abundant material, regolith, as the foundation for constructing, protecting, and shaping habitats. The entire system revolves around a circular process: digging, collecting, transforming, and ultimately creating places where life can begin.

The project defines two main machines, Macro Bee and Nano Bee, that operate together as a unified, industrious community. Macro Bee is designed for heavy-duty tasks: it excavates the ground, shapes terraces, and, through dedicated arms, 3D-prints the modules that become protective domes inspired by the hexagonal structure of honeycombs. Nano Bee, smaller and more agile, gathers regolith using an electromagnetic system inspired by the bees’ pollen baskets, feeding the construction cycle. Through cooperation between autonomous units and the intelligent use of local resources, Moon Hive pursues its ultimate goal: creating an ecosystem capable of hosting crops and, with them, the first forms of life on the Moon.