Red Planet Renaissance

Martian Habitat Design Challenge

Worldwide

Brief Grants Schedule Awards & Fees Jurors Become a Partner Discussion Entries (8)Leaderboard Rules & Guidelines

Winner

1 Entry

RamBharat

Red Planet Renaissance

The project aims to create sustainable Martian habitats using innovative materials and construction methods, focusing on human-centric design for well-being and integrating ethical architecture to address environmental impact and promote responsible human presence on Mars.

People's Choice Award

1 Entry

Jovan

HEKMARS

Hekmars is a planned human settlement for the north pole of Mars. It prioritizes accessibility and utilizes subsurface ice reserves and solar energy. The settlement will include houses, greenhouses, storage facilities, leisure areas, and light industry. A carefully planned network will connect everything.

Shortlisted

6 Entries

Edona and Oscar

Martian Cryo-Ark

The preservation and advancement of interplanetary biodiversity through bio-engineering and space tourism

Joshua and Christopher

STADIA MARITUS

Stadia Maritus hosts the solar system's most elite athletes while completely self-sustainable. During the off-season, the food for the games is grown within the stadium, acting as a large Terraforming center.

Jorge

Green Oasis

Nestled in the dried-up valley water systems on Mars exists a colony composed of a vertical city pollinated by AI mechanical bees. At the heart of our pursuit to terraform Mars is this idea of bioengineering key factors like site, mechanical bee air and water pollination, maglev transportation, vertical housing typology, and our nuclear fusion water reactor.

dena

The Martian Vein

Leveraging technological advancements and human determination, the Martian Vein emerges as a visionary geological power plant colony. This innovative habitat capitalizes on the planet's abundant mineral resources, converting them into indispensable energy, fostering not only survival but also the potential for expansive growth.

Shillpa

Terra Lumina

The Martian colony that situates the frozen red deserts of Mars lies within a channel where the inhabitants adapt to the harsh climate by developing bioluminescent technology. The colony focuses on their survival by means of creating a breathable and livable atmosphere within the site.

Julia

SUBTERRA MARS 2726

SUBTERRA MARS 2726 envisions founding a cutting-edge mining settlement on Mars, merging scientific inquiry with eco-conscious living methods. Its inventive branch-like infrastructure is tailored to Mars' conditions to foster an adaptable and expansive community. Housing on Mars will be redefined by its pod form, detachable function, and adaptability.