Automated structure to grow vegetables automatically and sustainably on the Moon.

“Lunar Operative Outpost for the Production and Storage of Microgreens” and interactive Virtual Reality simulation of a Lunar greenhouse.

Design, development and demonstration of a remotely controlled rover for the exploration, extraction and processing of Lunar water ice.

Creating an automatic life-sustaining module, enabling plants and biological samples to survive in low temperatures.

Producing fibres from lunar ground, providing material to build the habitat and avoiding excessive payloads from Earth.

Lightweight, flexible, stable and inflatable dome structure for a habitat on the Moon or in an extreme environment.

Autonomous navigation and operations for space robotic systems to explore unknown and challenging environments.

Lunar navigation helmet helping astronauts to explore the Moon.

Swarm of highly miniaturized mobile platforms based on C-shaped legs for a vast area sensors deployment and exploration activities on the Moon and Earth.

Self-organized swarm of robots for the exploration and mapping of planetary environments such as surface, caves, or lava tubes.

Rover for solar sintering on the Lunar surface and to enable a sustainable human presence on the Moon.

Meeting the energy demands of a future Moon base.

Use of light to mitigate the negative consequences of confinement in space and as a tool to transform the environment.

This team is not part of IGLUNA 2021 anymore.