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Explore the Moon – Simulated Regolith from Lunar Plains and “Seas”
Explore the Moon – Simulated Regolith from Lunar Plains and “Seas”
Regular price
199 SEK
Regular price
199 SEK
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199 SEK
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Explore the Moon – Simulated Regolith from Lunar Plains and “Seas”
Take one small step into space — without ever leaving Earth.
This simulated lunar regolith is based on samples collected during NASA’s iconic Apollo missions and carefully recreates the composition of the dust and rock that cover the Moon’s ancient volcanic plains — known as maria.
Perfect for space lovers, collectors, school projects, or anyone who dreams of setting foot on another world someday.
Why you’ll love it:
• Simulated lunar regolith designed to match the chemical and mechanical properties of real Moon samples.
• Based on material from the Moon’s mare regions — vast basaltic plains formed by ancient lava flows.
• Manufactured to replicate the grain size and structure of the material brought back by Apollo astronauts.
• Contains silicates, magnesium oxide, aluminum oxide, iron oxide, calcium oxide, sodium oxide, and titanium dioxide — just like real regolith.
• A fascinating and unique gift for yourself or someone who loves space science.
• Completely legal to own — unlike real lunar rocks, which are the property of NASA!
What is regolith?
Regolith is the layer of loose, fragmented material that covers the surface of many planetary bodies — including the Moon, Mars, and Earth. Lunar regolith is filled with sharp, microscopic particles formed by millions of years of micrometeorite impacts, and its mineral makeup reflects the Moon’s volcanic origins.
Specifications:
• Contents: Simulated regolith from lunar mare regions
• Weight: Approx. 10 grams
• Packaging: Glass vial with cork cap
• Use: Decoration, collection, education, or gift
• Origin: Made in the USA, based on Apollo mission data
Tip! Bundle with Mars:
Want to explore the solar system from your desk? This product is also available as part of our space bundle, featuring both lunar and Martian regolith simulants — the perfect way to compare our neighboring worlds side by side. Ideal for collectors, classrooms, or curious minds.
Take one small step into space — without ever leaving Earth.
This simulated lunar regolith is based on samples collected during NASA’s iconic Apollo missions and carefully recreates the composition of the dust and rock that cover the Moon’s ancient volcanic plains — known as maria.
Perfect for space lovers, collectors, school projects, or anyone who dreams of setting foot on another world someday.
Why you’ll love it:
• Simulated lunar regolith designed to match the chemical and mechanical properties of real Moon samples.
• Based on material from the Moon’s mare regions — vast basaltic plains formed by ancient lava flows.
• Manufactured to replicate the grain size and structure of the material brought back by Apollo astronauts.
• Contains silicates, magnesium oxide, aluminum oxide, iron oxide, calcium oxide, sodium oxide, and titanium dioxide — just like real regolith.
• A fascinating and unique gift for yourself or someone who loves space science.
• Completely legal to own — unlike real lunar rocks, which are the property of NASA!
What is regolith?
Regolith is the layer of loose, fragmented material that covers the surface of many planetary bodies — including the Moon, Mars, and Earth. Lunar regolith is filled with sharp, microscopic particles formed by millions of years of micrometeorite impacts, and its mineral makeup reflects the Moon’s volcanic origins.
Specifications:
• Contents: Simulated regolith from lunar mare regions
• Weight: Approx. 10 grams
• Packaging: Glass vial with cork cap
• Use: Decoration, collection, education, or gift
• Origin: Made in the USA, based on Apollo mission data
Tip! Bundle with Mars:
Want to explore the solar system from your desk? This product is also available as part of our space bundle, featuring both lunar and Martian regolith simulants — the perfect way to compare our neighboring worlds side by side. Ideal for collectors, classrooms, or curious minds.
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