Taurus–Littrow
Apollo 17 · December 1972 · on the Moon, 20.19° N, 30.77° E
The last time people stood on the Moon: a deep valley walled in by massifs up to 2 km high. The crew took the famous 'Blue Marble' photo of the whole Earth on the way here.
What is there
Apollo 17 descent stage (Lunar Module, NASA)
The bottom half of the Apollo 17 Lunar Module, still standing where it landed: it served as the launch pad for the top half, which carried the crew back up to the Command Module in orbit.
Apollo 17 flag (Flag, NASA)
Still standing: Lunar Reconnaissance Orbiter photos show its shadow moving as the Sun moves. A horizontal rod along the top holds it out, since there is no wind. Its colours have most likely bleached white in the sunlight.
Apollo 17 Lunar Roving Vehicle (Lunar Roving Vehicle, NASA)
Parked about 145 m east of the Lunar Module, facing it, so its TV camera could be steered from Earth to film the lift-off. It is still there, and Lunar Reconnaissance Orbiter has photographed it.
Apollo 17 ALSEP central station (Experiment, NASA)
The hub of the Apollo Lunar Surface Experiments Package: it gathered every experiment's data and radioed it to Earth, under its sunshield, through the antenna on its mast. The stations sent data for up to eight years, until NASA switched them all off in September 1977.
Apollo 17 nuclear power generator (Experiment, NASA)
A SNAP-27 radioisotope generator: plutonium-238 heats it and its fins (around 400 °C) turn the heat into about 70 watts of electricity, day and night, for the experiments. Its fuel has been decaying since; it still gives off a little heat.
Apollo 17 heat flow experiment (Experiment, NASA)
Probes lowered into two holes drilled about 2 m down measured how much heat flows up out of the Moon — a clue to how much radioactive material is inside, and so to how it formed.
Apollo 17 surface gravimeter (Experiment, NASA)
Built to detect gravitational waves by the Moon's tiny stretching; a design error kept it from working as planned, but it still measured tides in the Moon's surface.
Apollo 17 seismic profiling experiment (Experiment, NASA)
Geophones listening to explosive charges the crew left along their drives — set off by radio after they had gone — to map the rock below the valley.
Apollo 17 dust and ejecta detector (Experiment, NASA)
It counted micrometeorites and dust — and found dust moving at sunrise and sunset, charged by sunlight and lofted off the ground.
Stand at Taurus–Littrow in Stellingo: the ground is shaped from orbiter elevation maps and photos, the hardware is placed where it really is, and the sky above — the Sun, the Earth, the stars — is the real one, at any date you choose.