Cut face profile of NWA 17364 specimen held in gloved hand showing pristine chondrules

NWA 17364 LL3.10 Ordinary Chondrite Meteorite End Cut – 3.25g in Gem Box

$290.00 USD
$290.00 USD
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Cut face profile of NWA 17364 specimen held in gloved hand showing pristine chondrules
  • Cut face profile of NWA 17364 specimen held in gloved hand showing pristine chondrules
  • Photograph of NWA 17364 meteorite mounted in display case with certificate of authenticity visible below specimen.
  • Close-up view of unmounted NWA 17364 showing distinct chondrules and texture on raw surface
  • Close-up view of unmounted NWA 17364 showing natural crust and texture on raw surface
  • Raw fusion crust close-up of NWA 17364 held in blue nitrile glove showing color and relief.
  • Top section of NWA 17364 captured close-up with emphasis on surface patterns and crust
  • Close-up macro of NWA 17364 interior showing abundant chondrules in cut surface.
  • Macro photograph of NWA 17364 cut surface highlighting spherical chondrules and matrix.
  • Detailed macro view of chondrules and mineral patterns in NWA 17364 interior section.
  • Close-up macro image of chondrules and fine matrix textures in NWA 17364 interior.
  • High-resolution close-up of cut surface of NWA 17364 showing individual chondrule shapes.
  • Cut face profile of NWA 17364 specimen held in gloved hand showing pristine chondrules
  • Photograph of NWA 17364 meteorite mounted in display case with certificate of authenticity visible below specimen.
  • Close-up view of unmounted NWA 17364 showing distinct chondrules and texture on raw surface
  • Close-up view of unmounted NWA 17364 showing natural crust and texture on raw surface
  • Raw fusion crust close-up of NWA 17364 held in blue nitrile glove showing color and relief.
  • Top section of NWA 17364 captured close-up with emphasis on surface patterns and crust
  • Close-up macro of NWA 17364 interior showing abundant chondrules in cut surface.
  • Macro photograph of NWA 17364 cut surface highlighting spherical chondrules and matrix.
  • Detailed macro view of chondrules and mineral patterns in NWA 17364 interior section.
  • Close-up macro image of chondrules and fine matrix textures in NWA 17364 interior.
  • High-resolution close-up of cut surface of NWA 17364 showing individual chondrule shapes.
NWA 17364 LL3.10 Ordinary Chondrite Meteorite End Cut – 3.25g in Gem Box

Meteorite Details

Meteorite Name: NWA 17364
Subtype: Chondrite
Classification: LL3.10 Ordinary Chondrite
Weight: 3.25 g
Year Found: 2022
Fall / Find: Find
Location: Mali

Specimen Description

NWA 17364 is a classified LL3.10 ordinary chondrite, representing an extremely primitive and unequilibrated meteorite formed in the early solar system. This 3.25g end cut from Mali reveals a tightly packed chondritic structure with sharply defined chondrules, some reaching up to ~1 cm in size, set within a light matrix. LL3.10 material represents one of the lowest levels of thermal alteration found in ordinary chondrites, preserving original textures and mineral relationships from the earliest stages of planetary formation. Offered as a small end cut in a display-ready gem box, this specimen provides a rare opportunity to own a highly primitive meteorite with exceptional scientific significance despite its compact size.

NWA 17364 LL3.10 Ordinary Chondrite Meteorite End Cut – 3.25g in Gem Box

$290.00 USD
$290.00 USD

Ultra-Rare LL3.10 Classification

Specimen Details:

  • Classification: LL3.10 ordinary chondrite
  • Mass: 3.25 grams
  • Type: End cut slice
  • Meteorite: NWA 17364
  • Display: Beautiful GemBox presentation case included

Museum-Grade Presentation

Your specimen arrives in a premium GemBox display case, offering crystal-clear viewing while protecting this rare piece. The transparent case allows you to appreciate the meteorite's natural features and primitive texture from every angle.

Scientific Significance

LL3.10 chondrites are exceptionally rare, representing material that experienced minimal thermal metamorphism. This preservation allows researchers and collectors to study features that have remained virtually unchanged for 4.56 billion years, including well-defined chondrules and primitive matrix material.

Each specimen includes documentation of its classification and provenance, ensuring authenticity for your collection.

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