
LUN-ENV
ADAPTIVE ROBOTIC 3D PRINTING AND SHELTER DESIGN IN EXTREME ENVIRONMENTS
Project ID


PARTNERS
YEAR
SITE
TYPE
TEAM
ROLE
Politecnico di Milano
SDU.CREATE
2022-2023
South Polar Region, Moon
MSc Thesis Project
Daniele Florenzano,
Valentina Sumini (Supervisor),
Roberto Naboni (Supervisor)
Author
Project Description

Space exploration and human spaceflight have always provided the possibility to employ advanced technologies, develop new know-hows, and increase human capabilities in a variety of fields. NASA’s Artemis program is bound to bring humanity back to the Moon to perform extended exploration and establish a permanent presence of Earth’s satellite. A new opportunity for the AEC industry is arising: designing habitat solutions that would sustain human presence on the lunar surface. It is a complex technical challenge due to the extreme conditions of the lunar environment and the design constraints inherent to human spaceflight.
Lun-Env explores a Planetary Centered Design approach (PLA-CE-D) to site specific and computationally driven habitats for extreme environments. The project explores a combination of deployable and ISRU derived structures to shelter and support initial human settlements on the Lunar Surface .


The habitat solution is composed by a multi resolution scheme where the minimal cell is the single deployable unit. The combination of 3 cells creates a cluster which is sheltered under a 3D printed shell. Finally, the combination of clusters allows the generation of a reconfigurable system defining the masterplan of the outpost.
MISSION DRIVEN SITE ANALYSIS

THE CELL



Assembly Sequence

The Shell


STRUCTURAL ANALYSIS

The Shell: Panel Design

