As NASA prepares to return to the Moon, lunar regolith will be needed for multiple purposes, like building a moon base using lunar concrete; harvesting water that can also be used for rocket fuel; and extracting possible metals or minerals. NASA will need robots that can help! Please create at least one drawing of your robot’s design (e.g., original work of art, 3D model, diagram, or photo of a prototype, etc.) and a written summary that explains your robot’s design in 150 words or less. Your robot must be no larger than 3.5 feet x 2 feet x 2 feet in size and should address three main design considerations:
- Physical Design: How will your robot scoop/dig and move lunar regolith?
- Operational Design: Will your robot carry lots of dirt per trip, or transport less dirt in more trips, or somewhere in between?
- Dealing with Dust: Lunar dust is a big challenge! Lunar regolith is easily disturbed and can coat everything with a fine layer of dust that “sticks” to surfaces like static cling. How will your robot design handle lunar dust?
Check out the EDUCATION SECTION and BRAINSTORMING resources to learn more about the Moon, NASA’s Artemis program, and the unique design considerations related to lunar robotics!
Awards:-
- Virtual Chat with Kennedy Space Center Director Janet Petro
- Virtual Session with a NASA Expert
- Lunabotics Junior Prize Pack