Mars habitat prototype in a desert landscape, showcasing regolith structures with blue sky backdrop.

AENARA Unveils Mars Habitat Prototype with Robotically Printed Regolith Structures

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Written by John Oliver

2026-10-30

A rust-red shell, a white quilted lining, and exposed utility lines create an extraordinary architectural exhibit of a mars habitat prototype. AENARA’s Off-World Habitat Wall Section deconstructs a proposed Martian dwelling at full scale, revealing the construction typically hidden behind finished surfaces. Displayed at Task Eternal in Australia’s Powerhouse Parramatta, opening November 7, 2026, the installation translates a speculative habitat for 2075 into an accessible experience for visitors.

The Martian Dwelling: Design and Function

Founded by space architect Melodie Yashar, AENARA specializes in design, engineering, and research. This project examines the relationship between a protective building envelope and the supporting infrastructure. The broader study envisions four people spending about 500 days on Mars, within approximately 1,200 square feet of interior space. These are speculative assumptions, not part of an official mission plan. The prototype provides a significant opportunity for study in space architecture.

The habitat’s design distinguishes between two integrated structures: an outer shell made from Martian resources for protection, and an interior inflatable that establishes the main pressure boundary. This separation highlights the distinct roles of the substantial exterior and the enclosed living area. AENARA’s research explores robotically printed regolith structures and methods for producing sulfur concrete, water, and oxygen utilizing Martian materials.

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Close-up view of the regolith structure exterior under bright sunlight.

The exhibit uses representative materials to illustrate this concept. It includes a 3D-printed terracotta shell, a Vectran pressure layer, and an aluminum transition node where utilities intersect a bulkhead. The terracotta is part of the physical display, not evidence that the construction method for the habitat has been realized.

Interior view of the habitat showing minimalist furniture and regolith walls.

One of the installation’s most compelling aspects is its exposed connections. Brightly colored utility lines traverse the junction between structures, making it a key focal point. Fabricated by Dyson Womack, with engineering by Nous Engineering and utility design by North Fracture, and tile production by Studio RAP, the section transforms a complex assembly into a visibly understandable form.

Exterior shot of the habitat with robotic arm in the foreground.

AENARA also prioritizes the living experience within the habitat. Natural light, panoramic windows, and familiar interior conditions are central to its goal of crew well-being. While providing a view is considered an architectural element alongside insulation and air circulation, the exhibit does not demonstrate how these features would function in an actual mission environment of this model.

The use of natural materials is further exemplified by a project where Koto’s Haku Cabins redefine mobility in architecture with cork and timeless design.

Wide angle view of the habitat with a person examining the structure.

Maintenance is another essential aspect of the design. In the broader concept, utility lines are placed along the transition module’s walls for easy access during servicing. Previous research also explores replaceable modules and organized service connections. Embedding infrastructure within a wall is practical only if maintenance remains feasible for crews.

Night-time scene with the habitat illuminated, stars visible in the clear sky.

AENARA faces the architectural challenge of deciding what to embed and what to leave accessible. The research acknowledges that technologies are still in development. The cutaway display exposes these unresolved interfaces, offering visitors an insightful look at more than just a polished room.

Detailed shot of the regolith texture on the habitat walls.
Distant view of the habitat against a rocky terrain, with mountains in the background.
Mars habitat prototype in a desert landscape, showcasing regolith structures with blue sky backdrop.

Source: yankodesign.com

Frequently asked questions

What is AENARA’s Mars habitat prototype made of?

The prototype consists of an outer shell made from Martian resources and an interior inflatable component. It uses representative materials like a 3D-printed terracotta shell and a Vectran pressure layer for illustration.

How does the Mars habitat prototype address maintenance?

Maintenance is essential in the design, with utility lines placed along the transition module’s walls for easy access during servicing. The prototype explores replaceable modules and organized service connections.

Where is AENARA’s Mars habitat prototype being displayed?

The prototype is being displayed at Task Eternal in Australia’s Powerhouse Parramatta, opening November 7, 2026.

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