ChronoRelix - Fine meteorites & minerals

Important Notes

• Weight may vary by ±0.01g due to environmental factors such as humidity.
• Dimensions are approximate and may differ depending on the measurement method.
• Background items, including the 1cm scale cube, are not included.

Overview

NWA 15018 is a classified lunar feldspathic breccia meteorite, discovered in 2022 in Northwest Africa. This rare specimen originates from the Moon’s highland crust, consisting primarily of feldspathic material consolidated through impact-induced processes.

As a polymict breccia, NWA 15018 contains a diverse assemblage of mineral clasts and melt components, including olivine, augite, pigeonite, and calcic plagioclase, set within a finely recrystallized matrix. The specimen’s moderate shock stage and moderate weathering grade indicate its extended exposure to Earth’s environment while preserving essential mineralogical characteristics.

Scientific & Collector Significance

• Authentic lunar sample confirmed by the Meteoritical Bulletin No. 111
• Polymict breccia texture, revealing a history of multiple impact events on the Moon
• Feldspathic composition, indicating derivation from the lunar highlands
• Unique mineral inclusions, including Fe-rich olivine, pigeonite, and plagioclase
• Moderate weathering, preserving essential scientific and visual characteristics

Discovery & Market Significance

NWA 15018 was obtained in Temara, Morocco, from a meteorite dealer specializing in lunar and planetary specimens. As part of a select group of only 349 known lunar feldspathic breccia meteorites, it is a highly sought-after specimen for both collectors and scientific institutions.

Lunar meteorites provide valuable insights into the Moon’s geological history, particularly in understanding impact processes, crustal evolution, and regolith composition. Specimens like NWA 15018 are frequently studied alongside Apollo mission samples to expand knowledge of lunar geology.

• Highly valuable for collectors of planetary meteorites
• Ideal for academic research and comparative planetary studies
• A significant addition to any advanced meteorite collection

For specific classification data, refer to the official table below.