Apollo 14: Third Crewed Lunar Landing of the Apollo Program

Mission profile and spacecraft

The flight used a Command Module and a Lunar Module that separated to allow two of the crew to descend to the surface while one remained in lunar orbit. The Lunar Module (Lunar Module) touched down in the Fra Mauro highlands on 5 February, after the earlier attempt to visit the same region had been aborted on Apollo 13. The mission returned the crew safely to Earth at the end of its nine-day flight.

Landing site and scientific goals

Fra Mauro had been selected because rocks there were expected to include ejecta from the large Imbrium impact, providing a way to study the Moon's stratigraphy and impact chronology. During surface operations the astronauts deployed experiments and gathered samples intended to characterize the composition, structure, and mechanical properties of the local regolith and bedrock.

Surface activities and experiments

The two surface explorers performed two extravehicular activities (EVAs) during which they collected 93.2 lb (93.2 lb) — recorded as 42 kg — of lunar rock and soil. Scientific work included seismic investigations and field geology sampling to address questions about the Moon's formation and the timeline of major impacts (seismic studies). Other deployed instruments and field procedures helped improve methods for future lunar science.

• Number of EVAs: two
• Sample mass returned: 93.2 lb (42 kg)
• Principal experiments: surface seismology, geological sampling, and experiment emplacement

Crew and notable moments

The mission's commander was Alan Shepard, the Command Module Pilot was Stuart Roosa, and the Lunar Module Pilot was Edgar Mitchell. While Shepard and Mitchell walked on the surface, Roosa remained in lunar orbit in the command module. Shepard later made a widely remembered cultural moment when he used a makeshift golf club to hit two balls on the lunar surface during one EVA. Roosa carried several hundred tree seeds in orbit; after the mission many were planted on Earth and became known as "Moon trees."

Legacy and significance

Apollo 14 restored confidence in Apollo operations after the Apollo 13 near-disaster and delivered important geological samples that helped refine understanding of lunar chronology. The mission combined disciplined scientific fieldwork with public-interest episodes that have become part of the Apollo story: precision landing in difficult terrain, systematic geologic sampling, and memorable human moments. For further reading, see mission summaries and archival material from the Apollo program and individual crew biographies (Apollo program, Alan Shepard, Stuart Roosa).

Key resources and mission documents are available through historical archives and NASA collections for readers seeking full technical reports, surface traverse maps, and detailed sample catalogues (mission overview, Lunar Module details, experiment descriptions).