Hassell Studio and ESA create the shape and structure of a future moon base

Hassell has worked with ESA and Nasa for many years; the Australian studio’s design for 3D-printed habitats on Mars was shortlisted for Nasa’s Centennial Challenge. Its newest proposal is a little closer to home, setting out the potential scope and shape of a lunar base. Moon missions are still hit and miss, with this year’s scores reading Japan 1, USA 0. The stakes are due to get a lot higher as the decade progresses. With the Lunar ETA of Nasa’s Artemis crewed mission slipping back a year to late 2026, China could now be set to win the current race to put humans back on the moon. 

Delays and setbacks haven’t stopped humankind from dreaming of what they’ll do once they get there, and this Lunar Habitat Master Plan is the latest in a long, long line of moon-base musings from the scientists, designers and astro-physicists tasked with keeping astronauts alive for long spells on the moon’s inhospitable surface.

Welcome to the moon: Hassell x ESA Lunar Habitat Master Plan

The design makes the most of Hassell’s extensive experience of hypothetical space-based projects. The new master plan was developed in collaboration with the European Space Agency, ESA, and Cranfield University in the UK. The task was to create a permanent base for around 150 people, taking account not just of the reduced gravity and total absence of atmosphere, but also of all the logistical, physical and mental support structures needed for such an outpost. 

Designed around a modular system, the Lunar Habitat is intended to be added to as necessary, with a structural system that uses materials at hand to help fend off solar radiation and the lifeless vacuum of space.

The chosen site is on the edge of the Shackleton Crater at the South Lunar Pole, which is speculated to contain frozen water. There’s also constant sunlight for energy generation. 3D-printed components make up the lunar habitat’s tough outer shell, needed to keep radiation at bay and preserve the precious breathable atmosphere inside the base. Resembling the concrete tide breakers found on coastlines on Earth, these hexapod-shaped structures could be formed from lunar soil and scattered atop the living modules to shield the team below, Hassell believes.

The habitats themselves would contain laboratories and living quarters, alongside greenhouses and social spaces, and are formed from inflatable structures linked by tubes, buried beneath the shielding components with a forest of solar panels above them. There are plenty of challenges ahead before such a megastructure could ever take shape on the moon, and the studio has allowed itself some Kubrickian licence, with fluid formed living areas and appropriately space-age furnishings.

Although any timescales are as fluid as the technology and methods proposed, it doesn’t hurt to dream. A new era of moon exploration will be here sooner than you think. 

HassellStudio.com, @Hassell_Studio, ESA.int