ADAMA Analogue Demonstrator
in the lunar regolith of Adelaide.

ADAMA – Astronautical Demonstrator for an Analogue Mission in Australia – was the first analogue mission of its’ size in the Southern hemisphere. Hosted indoors, at the University fo Adelaide’s facilities in Roseworthy, SA, and named after William Adama, the Commanding Officer of Battlestar Galactica, the crew was faced with an even greater threat the the Cylons; lunar regolith. 

– RESEARCH –

Research of the future
happening now.

ADAMA was ICEE.Space's first analogue mission working this closely together with not just the University of Adelaide, but also other habitats and analogue stations worldwide, under the banner of the World's Biggest Analogue (WBA). During WBA, several research topics were implemented across a mostly standardised schedule: Two weeks of isolation, but with different crews, different locations, and different habitats. ICEE.Space's renewed ECHO habitat is targeting exactly this branche of research; with our deployable systems, we can set up an analogue campaign anywhere in the world, with varying crew sizes, but held to the same high standards of analogue research set forth by ICEE.Space and the International Guidelines and Standards for Analog space research.

World's Biggest Analog

The World’s Biggest Analog is the first ever large-scale international collaboration, aiming to connect analogue habitats worldwide. Research from the WBA included human performance, sexological wellbeing and attitude, plant growth experiments, and intra-habitat environments.

The WBA connected some more experienced habitats and analogue organisations, such as ICEE.Space and LunAres, but also allowed newly started analogue bases to join and participate in world-class research, focused on the not-so-distant future, in which we will see multiple extra-terrestrial bases on the Moon, Mars, and in orbit, all communicating yet in isolation.

Exosuits and Spacecrime

During ADAMA, the soft, lightweight, robotic exosuit developed by Dr. Pulvirenti from the University of Bristol, was first tested in lunar dust environments, in combinationo with ICEE.Space’s latest adaptation of our space suit simulator, the IS-1. This technology could pave the way for future wearable robotic systems that enhance astronaut performance and reduce fatigue during extra-vehicular surface activities

Another main research topic, and another world’s first, was the introduction of a crime in space. An incredibly hard, but unfortunately critical part of preparation for long-duration space missionos. Headed by the VU Amsterdam, this study looked into the effects on crew members in close-confinement when trust is broken and relationships take a hit. 

Lunar Regolith Studies

One of the main reasonos ADAMA took place indoor, instead of the more traditional extreme outdoors of ICEE.Space major campaigns, has to do with the very specific environment created for us by the University of Adelaide. 

The lunar landscape has been physically altered and weathered under completely different processes than we know on Earth. This makes the regolith, or lunar “soil”, toxic to humans and plants, a danger to any moving mechanical parts, and a strangely reflective surface, making positioning and navigation surprisingly hard. During EVA’s, using our space suit simulators and portable air supply units, the ADAMA crew braved the dangers of the regolith and performed deployment tasks, exosuit-supported physical exercises, and rover operations. 

Introducing the ADAMA Analogue Astronauts Class of 2025

Kato Claeys

ADAMA Mission Commander

Louis Burtz

ADAMA Vice Commander and HabCom

Dr.-Ing. Adrian Eilingsfeld

ADAMA Mission Engineer

Dr. Ilija Hristovski

ADAMA Crew Scientist

MD Marvic Jon Alcantara

Medical Specalist | Crew Scientist for Blood & UV Research

Kārl Šļumba

Crew Engineer | Crew Outreach Lead