Project Description

The project presents a compact, self-sustaining survival pod meant for short-term living in harsh conditions on other planets. The main goal is to create a space that is both psychologically supportive and efficient for human survival during a mission of about three to four months. The design focuses on adaptive minimalism, exploring how limited space can lead to innovative efficiency while keeping human comfort and emotional well-being intact.

In terms of space, the pod has a tapered cylindrical shape and a domed roof. Situated within a lava tube northeast of the volcano Ascraeus Mons ,Phoenix sits half in and half out of the Martian landscape.The volcano's regolith can be easily excavated and reused to form a structure at the cliff face that maintains outside views while shielding solar radiation. This shape was chosen because the taper reduces material volume while allowing sufficient headroom where it’s needed most. The cylindrical design effectively distributes external pressure and works well even when partially buried. The dome’s shape minimizes dust buildup and enhances load transfer, while the buried part offers thermal stability, radiation protection, and structural support. Symbolically, the partly exposed dome reflects the fragile human presence on Mars, protected yet in constant interaction with the harsh surroundings.To minimize Earth supplied payloads, the structural shell is envisioned to be fabricated using in situ Martian regolith based concrete, potentially reinforced with chitinous binders and flax fibers to reduce transported material dependency while improving tensile performance.

The functional design organizes the interior as an open, multi-use area instead of separate, rigid rooms. Built-in surfaces serve sleeping, storage, and food cultivation within one space. The expandable pod system lets the habitat transition from a basic survival unit to a slightly more livable micro-ecosystem over time, highlighting themes of endurance and adaptation. A light-sensitive rotating shield on the exposed section reduces direct sunlight while allowing some daylight in, helping to regulate circadian rhythms.

From the user perspective, the pod is designed as a cozy refuge, not just a technical shelter. The low, curved walls foster a sense of safety and psychological containment, which is vital during long periods of isolation. The visual connection to the Martian landscape is finely framed to prevent sensory deprivation, avoiding overwhelming exposure. The area with plants adds a living aspect, reinforcing the occupant's sense of being connected to Earth, which supports mental well-being.

The strict 10 m³ volume limit was a main factor in the design choices. Every dimension, from the 8 ft diameter to the tapered walls, was carefully calculated to stay within this limit. This constraint led to the removal of unnecessary circulation space and promoted multifunctional surfaces and efficient use of volume. Instead of seeing the limitation as a barrier, the project leverages it as a creative framework that shapes the form, structure, and experience into a unified minimal survival architecture.