0.67°, 23.47°
Apollo 11 · 20 July 1969
Armstrong and Aldrin landed Eagle here, beginning the first human exploration of the lunar surface. Orbital images record the descent stage and surface tracks.
Moon field guide
Explore real landing regions, mission milestones and geological landmarks. Save a virtual itinerary, then follow each place's suggested stops and official archives.
10 places
0.67°, 23.47°
Apollo 11 · 20 July 1969
Armstrong and Aldrin landed Eagle here, beginning the first human exploration of the lunar surface. Orbital images record the descent stage and surface tracks.
-3.01°, -23.42°
Surveyor 3 / Apollo 12 · 1967 and 1969
Surveyor 3 landed in this crater before Apollo 12 arrived nearby. The shared setting links an early robotic landing to a later astronaut visit.
-3.67°, -17.47°
Apollo 14 · 5 February 1971
Apollo 14 explored the Fra Mauro highlands, studying impact-related material and the terrain around Cone Crater.
26.13°, 3.63°
Apollo 15 · 30 July 1971
Apollo 15 explored the meeting of mare plains and the Apennine mountains. The mission introduced the Lunar Roving Vehicle to crewed surface exploration.
20.19°, 30.77°
Apollo 17 · December 1972
Apollo 17 explored this valley between highland massifs and volcanic plains. It was the final lunar landing mission of the Apollo program.
-45.50°, 177.60°
Chang'e 4 · 3 January 2019
China's Chang'e 4 landed on the floor of Von Karman Crater, becoming the first spacecraft to make a soft landing on the lunar far side.
-43.31°, -11.36°
Lunar Reconnaissance Orbiter · Orbital geological survey
Tycho exposes impact melt, boulder fields and crater slopes. Stereo orbital views reveal the structure of its rim and impact-related landforms.
23.70°, -47.40°
NASA lunar terrain archive · Orbital terrain model
NASA provides a 3D resource for the Aristarchus region. This stop focuses on comparing crater terrain with its surrounding plateau.
-89.90°, 0.00°
Lunar Reconnaissance Orbiter · Polar illumination studies
Shackleton has illuminated rim regions and a permanently shadowed interior. Such cold traps are important targets for understanding possible volatile deposits.
-58.40°, -14.40°
SOFIA · 26 October 2020 announcement
SOFIA detected molecular water in the sunlit Clavius region. This observation concerns water in lunar material, not an exposed lake or a ready source of drinking water.