Render of UHAB-3

UHAB-3

Planned · Timeline to be announced

Building on the concept and interior design of UHAB-2, UHAB-3 is planned as the final, fully operational habitat for missions deep underwater

Render of UHAB-3
linedrawing 2

Introducing UHAB-3

A next-generation human habitat designed for the new space era, leveraging breakthroughs in digital fabrication, artificial intelligence, and sensor technology to create a healthy living space in extreme environments

Size
20m²
Crew
4 people
Depth
30m
Mission duration
1 month
Decompression
Inside
Life support (ECLSS)
Umbilical
  1. 1270 degree viewing dome
  2. 2Workstation
  3. 3Vertical farm
  4. 4Decompression door
  5. 5Moon pool

Specifications

Architecture
Size
Fits inside 2 shipping containers
construction
Wire Arc Additive Manufacturing (WAAM)
off-grid
1 month by renewable energy
redeployable
2 days setup
rooms
Multi-functional furniture, shower, and private beds
facilities
Exercise equipment
sanitary
Toilets and showers with hot and cold water
lab
Full lab with high speed internet
sustainability
Water repellant vegan interior with naturally sourced materials
Technology
os
Odin
circadian light
Luminaires replicate natural day rhythm
monitoring
24/7 monitoring with an onshore team

Manufactured
for the future

metal 3d printing
3D metal printing
UHAB-3 has attracted the world's leading When 3D printing, we can create optimized shape for pressurization that is not possible with traditional manufacturing ways
Partner
MX3D
MX3D logo
interior 3d printing
Interior 3d printing
nvm Together with Wohn, the interior will be 3D printed in upcycled waste plastic and waste wood. This can reduce the CO2 footprint of the construction by over 90%
Partner
Wohn
Wohn logo

Stimulating
interior

Render of UHAB-3 interior, seen from outside
Render of UHAB-3 interior
270 degree viewing dome

UHAB-3 has attracted the world's leading robotics team with over 100 years of combined AI & humanoid experience.

sustainable materials

The habitat is made from upcycled materials, to reduce the carbon footprint of the construction.

flexbile interior

A multi-functional interior that can be adapted to the needs of the crew, whether it's work, rest, or leisure.

lab & training facilities

A fully equipped lab for research and experiments, as well as training facilities for the crew.

Image of Odin Habitat OS on monitors inside the Rosenberg Space Habitat

Odin Habitat OS

Odin is the intelligent core of our habitats, seamlessly integrating a user-friendly dashboard with a robust suite of backend services. It visualizes key metrics from temperature to power usage, while also enabling precise control over environmental conditions through its interactive panels.

Screenshot of Odin Habitat OS - Overview page
DATA MONITORING
From climate control to energy consumption, data is not just collected; it's analyzed for trends and anomalies, enabling proactive management of the habitat's ecosystem.
Screenshot of Odin Habitat OS - Data explorer
CONNECTIVITY & CONTROL
Odin centralizes habitat systems, including life support, communication, and monitoring, for seamless integration. Its intuitive interface enables comprehensive control, from adjusting life support parameters to managing power distribution and setting habitat modes.
Render of UHAB-3, right half is overlay of binary code

Digital white
blood cells

Odin is the intelligent core of our habitats, seamlessly integrating a user-friendly dashboard with a robust suite of backend services.

Expedition 100

globe

Mission location to be announced

Mission objectives

While the habitat is an experiment in itself, we want to share the opportunity with selected Space Researchers so they can test technologies, procedures and experiments in a full analogue mission.

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