The Lunar Lander

The Lunar Lander (TLL) uses a robotic arm with a shovel to scoop up lunar regolith. It is unique because it stores regolith from different areas on the moon in separate containers to study differences between the areas. The arm has multiple joints, each controlled separately. The arm retracts into the very back of the rover to prevent damage from rocks and dust while moving. Sensors prevent overflow by monitoring soil levels in the containers. Lunar tires help with grip and stability on the moon’s rough surface. TLL runs on solar energy with solar panels all around and a battery for energy storage. TLL has lights on all sides to navigate through the dark. Lunar dust is made up of electrons. Therefore, the lights also prevent dust buildup because electrons in the light beam repel electrons in the lunar dust. The Lunar Lander will be controlled by staff on Earth.