Lunar Lander 2, variant 1
Lunar Lander 2, variant 2
Robotic Rover
Lunar Lander 1
Pistol Grip Tool
Inflatable Field Camp
Gas tank placed on 3d printed regolith concrete supports
ISRU Refinery
Oxygen pipeline section placed on a 3d printed regolith concrete support
Various large crates
Excavating robot rover. I made new wheels and body (blue part) and the excavators I only polished textures on
Autonomous Robot
Lunar habitat solar sail, height 64 meters
Lunar habitat solar sail close-up
Starship
Starship
Moxie unit, extracts oxygen from Mars's carbon dioxide atmosphere
Robot Dog arm and EAP2 accessory (lidar navigation)
Huge shell structures made from regolith concrete hexapods that protects a lunar habitat from radiation
Various moon landing equipment
Scoop and small sample bag close-up
Cable sets
Chairs
Table and couch section
Speaker, bar and moon lamp
Various props
Examination Bed
3D Printers, books and robot parts
Elliptical machine, containers and delta robot assembly
Sewing machine, pots, pans and supply boxes
Hassell and ESA unveil their concept for a moon base.
Hassell and EOC present their design for a Mars base.
A Fortnite version of the Lunar environment was created in collaboration with Epic Games, ESA and Hassell. Credit goes to The Bricks Family for the Youtube video.
NASA XR Operations Support System is a simulation software that lets you train in various future scenarios on both the Moon, Mars and in low Earth orbit. It's being developed by Buendea in collaboration with NASA and it has been used in, for example, NASA's CHAPEA project. This is the assets I'm allowed to show that was built between 2023-2025 for the envisioned Lunar and Mars habitats.
