NWA 14685 Lunar Fragmental Breccia - Full Slice - 9.6g

We welcome you to view one of our prettiest lunar meteorites in existence, NWA 14685, a rare and captivating lunar meteorite specimen that embodies the very essence of our moon. This stunning full slice provides a distinct opportunity to possess a fragment of space history. NWA 14685 Lunar Meteorite belongs to an esteemed category of meteorites that have ejected from the moon's surface due to ancient cosmic collisions, voyaging through space to grace our planet with its extraordinary presence.

This chunk of our very moon  is celebrated for its exceptional composition, featuring a complex amalgamation of minerals that unveil the moon's enigmatic history. Its polished surface beautifully presents the natural textures and patterns of the meteorite, elevating this cosmic artifact into a captivating display piece and a gem of celestial exploration. As all of The Interstellar Collection’s meteorites go, this stunning genuine lunar meteorite will be accompanied with a certificate of authenticity.

***How do we know it’s from the Moon? ***

Our moon lacks an atmosphere. When asteroids encounter these celestial bodies (which happens frequently), fragments eject from the impact and occasionally make their way into Earth’s orbit. If the stone survives its cataclysmic entry into Earth, it lands on the ground and becomes known as a meteorite. Once studied under a microscope by leading scientists in the field of Meteoritics, the stone's origin is then plotted based on its compositional property to the different classes of asteroids and samples returned to Earth. Lunar meteorites specifically are compared to samples returned by NASA's Apollo mission astronauts. From there, meteorites make their way into museums, universities and to the general public all around the world. 

The Interstellar Collection, LLC is acknowledged by the IMCA (#3950), the Global Meteorite Association (GMA #042) and the Meteorite Club. We unconditionally guarantee the authenticity of all of our meteorites.