Explore The Project
ArchiSpace aims to design and test prototypes of human infrastructure for sustainable lunar and Martian settlements, prioritizing astronaut safety and well-being in hostile extraterrestrial environments. By bridging geology/space sciences and architecture/space architecture, the project uses planetary analogues to define design constraints and develop low-impact, cost-effective solutions incorporating ISRU materials. Through international collaboration and field testing, ArchiSpace pioneers interdisciplinary research and innovation, setting standards for future space habitats while contributing to Europeβs scientific and economic growth.
Meetings & Events
Follow us on Facebook, X and Linkedin
79
ArchiSpace
Space Architecture design and prototyping in planetary analogue
environments
π°οΈ The ArchiSpace team is getting ready for its 2nd General Assembly Meeting, which will take place online on 30 October 2025!![]()
![]()
This will be an important opportunity to share progress, discuss upcoming activities and strengthen collaboration among partners working together to design sustainable human habitats for the Moon and Mars ππ΄![]()
![]()
From geology to architecture and engineering, ArchiSpace continues to build bridges between Earth and Space, developing innovative approaches for a more sustainable future both on our planet and beyond πβ¨![]()
![]()
Stay tuned for updates from the meeting!![]()
![]()
#archispace #HorizonEurope #MSCA #spacearchitecture #Innovation #Research #MoonMars #3DPrinting #sciencecommunication
π€ Meet the ArchiSpace Partners![]()
![]()
ArchiSpace is powered by a strong network of universities, research centers and design studios working together to shape the future of space architecture.![]()
![]()
Our consortium combines expertise in:![]()
![]()
πͺ Planetary geology and analogue exploration![]()
![]()
ποΈ Architectural design and prototyping![]()
![]()
βοΈ Engineering, environmental systems and ISRU![]()
![]()
Partners from Italy, France, the Netherlands, Hungary, and Morocco collaborate through the Horizon Europe MSCA Staff Exchange (GA 101183089) to design, build, and test sustainable habitats for the Moon and Mars.![]()
![]()
π Learn more about the team and institutions behind ArchiSpace:![]()
π www.archispace.org/partners/![]()
![]()
International Research School of Planetary Sciences UniversitΓ degli Studi "Gabriele d'Annunzio" UniversitΓ© Claude Bernard Lyon 1 TU Delft Universidade Portucalense UPT Hun-Ren CSFK Konkoly Thege MiklΓ³s CsillagΓ‘szati IntΓ©zet UniversitΓ© Cadi Ayyad Marrakech Ψ¬Ψ§Ω
ΨΉΨ© Ψ§ΩΩΨ§ΨΆΩ ΨΉΩΨ§ΨΆ Ω
Ψ±Ψ§ΩΨ΄![]()
![]()
#archispace #HorizonEurope #MSCA #spacearchitecture #InternationalCollaboration #SustainableSpace #MarsHabitat #moonhabitat
π The ArchiSpace deliverables are online!![]()
You can now explore and download the official project deliverables from our website π www.archispace.org/project-deliverables/![]()
![]()
They collect the progress, goals, and first achievements of the ArchiSpace project, part of the Horizon Europe MSCA Staff Exchange programme.![]()
![]()
From space habitat design to analogue field testing, each document tells a part of our journey toward building sustainable bases for future Moon and Mars missions. ππ΄![]()
![]()
π Dive into our results and discover how we are designing the future of space architecture!![]()
![]()
#archispace #HorizonEurope #MSCA #spaceexploration #spacearchitecture #moonhabitat #MarsHabitat #isru
π ArchiSpace at EPSC-DPS 2025 πβ¨![]()
![]()
During the EPSC-DPS 2025 conference in Helsinki, Clara Guth et al. will present a poster contribution developed within the framework of the ArchiSpace project:![]()
![]()
π Hyperspectral Mineral Mapping for Sustainable Lunar Exploration: Targeting ISRU Resources in Key Lunar Regions![]()
π doi.org/10.5194/epsc-dps2025-945![]()
![]()
ποΈ Tuesday, 09 September, 18:00β19:30 (EEST)![]()
π Finlandia Hall foyer | F102 β Helsinki![]()
![]()
This study investigates four key lunar regions (Aristarchus, Malapert, Mare Tranquillitatis, and Leibnitz Crater) using Moon Mineralogy Mapper (MΒ³) data to characterize mineralogical heterogeneity and identify In-Situ Resource Utilization (ISRU) potential. The results provide valuable insights for sustainable lunar exploration and future mission planning.![]()
![]()
#epsc2025 #archispace #HorizonEurope #spaceexploration #lunarsciencee #isru
doi.org
Precise match in quotes: "term1 term2" "red apples" returns results matching exactly like: Anthocyanin biosynthesis in red apples
π ArchiSpace at EPSC-DPS 2025 πβ¨![]()
![]()
The ArchiSpace project will take part in the EPSC-DPS 2025 conference in Helsinki, with the contribution:![]()
![]()
π Poster: ArchiSpace: Space Architecture Design and Prototyping in Planetary Analogue Environments![]()
π doi.org/10.5194/epsc-dps2025-112![]()
![]()
ποΈ Monday, 08 September, 18:00β19:30 (EEST)![]()
π Finlandia Hall foyer, F225 β Helsinki![]()
![]()
This work presents the interdisciplinary approach of ArchiSpace to design and prototype architectural subsystems (foundations, floors, walls, roofs) and a 3D virtual habitat, developed and validated through terrestrial analogue environments. The goal is to define standards, methods, and sustainable solutions for future human settlements on the Moon and Mars.![]()
![]()
#epsc2025 #archispace #HorizonEurope #spacearchitecture #spaceexploration
doi.org
Precise match in quotes: "term1 term2" "red apples" returns results matching exactly like: Anthocyanin biosynthesis in red apples
