THE EVIDENCE / SAMPLES
382 kilograms that scientists around the world still study.
RECORD / AT A GLANCE
DOCUMENTED
The Apollo collection is far larger and more varied than any robot or meteorite source available at the time. Scientists in many countries, including the Soviet Union, have studied it.
THE EVENTS / THE CLAIM / THE RECORD
January 1967
NASA leaders visit the Antarctic to study logistics for lunar exploration.
January 1971
NASA and the Soviet Academy of Sciences agree to exchange lunar samples.
January 1982
ALH 81005 is picked up in Antarctica and recognized as lunar the next year.
2006
A Nature paper on solar-wind oxygen in Apollo soil challenges solar-system models.
2008
A Nature paper finds water in Apollo 15 and 17 glass beads.
READ THE FILE
Meteorites from Antarctica, or robot samples.
2,196 samples, each with a record of where it was found.
From “bone dry” to water in volcanic glass.
Open an article for its evidence, labeled AI assessment and numbered sources. Read the complete static edition ↗
WHAT PEOPLE SAY ABOUT THIS FILE
4 claims people make about this file, each rated documented, partly true, disputed, unproven or false. Think a rating is wrong? Use Dispute or Support, or join the Discussion.
Recent papers on water and oxygen use them.
Who says it: Peer-reviewed papers.
He visited in 1967 but to study conditions, before any lunar meteorite was known.
Who says it: Hoax sites.
They lack water and show cosmic-ray exposure and features labs worldwide have confirmed.
Who says it: Hoax books.
The first lunar meteorite was found in 1982, after Apollo.
Who says it: Hoax sites.
OPEN THE RECORD
Numbered citations in each article identify the relevant sources. These records have different purposes and evidentiary weight.
Contemporary report on the von Braun and Gilruth trip to Antarctica. Archive; may be paywalled.
Research / institutional history. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
Primary institutional record. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
Research / institutional history. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
Research / institutional history. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
Research / institutional history. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
The official meteorite database. Found in Antarctica in January 1982.
NASA History on the January 1971 Low–Keldysh agreement, including the exchange of lunar samples.
Peer-reviewed Nature paper, 2008. Found water in lunar volcanic glass beads, overturning the “bone-dry Moon” view.
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Meteorites from Antarctica, or robot samples.
Wernher von Braun went to Antarctica in January 1967, where meteorites can be found on the ice. [1] Some say he went to collect rocks that could pass as lunar. Others note the Soviets proved robots could return lunar soil, so NASA might have done the same in secret.
Contemporary report on the von Braun and Gilruth trip to Antarctica. Archive; may be paywalled.
Research / institutional history. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
2,196 samples, each with a record of where it was found.
NASA reports 382 kilograms from six landings, divided into 2,196 original samples: rocks, soils and drill cores. The Lunar and Planetary Institute’s atlas lets anyone follow individual samples from surface photograph to laboratory slice. [1][2]
The meteorite idea runs into a timing problem. The first meteorite recognized as lunar, ALH 81005, was found in Antarctica in January 1982, and it was identified as lunar partly by comparing it with Apollo samples. [5] Von Braun’s 1967 trip was publicly reported at the time as a study of how to work in harsh places. [6] Meteorites also have a melted crust from entry and show weathering from Earth, which Apollo rocks lack.
Robots do not fit either. The three Soviet Luna sample returns together brought home about a third of a kilogram. Apollo 16 alone returned 731 samples weighing 95.7 kilograms, including a drill core 2.2 meters deep. [4] The Soviet Union received Apollo samples under the 1971 agreement and never called them fake. [7]
Scientists still find surprises. In 2006 a Nature paper on oxygen isotopes in Apollo soil challenged standard models of the early solar system. [3]
Primary institutional record. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
Research / institutional history. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
Research / institutional history. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
Research / institutional history. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
The official meteorite database. Found in Antarctica in January 1982.
Contemporary report on the von Braun and Gilruth trip to Antarctica. Archive; may be paywalled.
NASA History on the January 1971 Low–Keldysh agreement, including the exchange of lunar samples.
From “bone dry” to water in volcanic glass.
In 2008 Saal and colleagues found water in tiny volcanic glass beads collected on Apollo 15 and 17, overturning the old view that the Moon was completely dry. [1]
NASA keeps finding new uses for the collection, including samples that were sealed in 1972 and only opened in the last few years for modern instruments. [2] A curated rock can be measured again; a film cannot.
Peer-reviewed Nature paper, 2008. Found water in lunar volcanic glass beads, overturning the “bone-dry Moon” view.
Primary institutional record. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
Research / institutional history. Carried from the first edition and re-listed 23 October 2026; cited for the specific point in the text.
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