This material could be used to make space bricks. The only problem was that there's not much lunar regolith available on Earth to experiment with.
Undeterred, ESA scientists came up with a solution: they made their own version of lunar regolith by grinding up a 4.5-billion-year-old meteorite. The dust from the meteorite formed the basis of a mixture that was then used to 3D print some LEGO-style space bricks.
ESA's space bricks click together in the same way as regular LEGO bricks but are a bit rougher—and only come in one color—a stylish space gray! The space bricks gave ESA's space engineers the flexibility to build and test a variety of structures using this new material.
Scientists can learn through play, just like children. The beauty of a flexible, modular building material like LEGO is that it fosters creativity, allowing you to try out ideas quickly and simply. ESA Science Officer Aidan Cowley said, "Nobody has built a structure on the moon, so it was great to have the flexibility to try out all kinds of designs and building techniques with our space bricks. It was both fun and useful in scientifically understanding the boundaries of these techniques."
Some of the ESA space bricks are going on display at selected LEGO Stores, to inspire children about space and to encourage them to build their own LEGO moon bases. For some of these children it might be the start of an imaginative journey that leads them to become space engineers one day.
Emmet Fletcher, head of ESA's Branding and Partnerships Office, said, "It's no secret that real-world scientists and engineers sometimes try out ideas with LEGO bricks. ESA's space bricks are a great way to inspire young people and show them how play and the power of the imagination have an important role in space science, too."
To find out more about ESA's space bricks and the LEGO Stores where you can see them, visit the LEGO website.
Provided by European Space Agency