NWA 2990 – Martian Meteorite (Shergottite)

NWA 2990 is a Martian meteorite classified as a shergottite, representing volcanic processes on the surface of Mars.

As part of the most abundant group of Martian meteorites, it provides valuable insight into the magmatic and geological evolution of the Martian crust.

Look at the NWA 10170 (three stones of 252g, 57.6g and 6.8g pairing of the NWA 2990, the NWA 5960 and NWA 6234).

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NWA 10170 Martian Meteorite 45 g – with ISS & Perseverance Connection

NWA 10170 Martian Meteorite 45 g – with ISS & Perseverance Connection 2

Available

Olivine-phyric Shergottites – Martian Meteorites

NWA 10170 – Oriented Martian Meteorite with Flow Lines (45.15 g)

$27,090.00

A remarkable 45.15 g oriented specimen of the Martian meteorite NWA 10170, displaying well-defined flow lines across a convex leading face. This piece belongs to the same meteorite from which a sample was sent to the International Space Station by astronaut Thomas Pesquet and later integrated into the SuperCam instrument aboard NASA’s Perseverance...

A Martian Shergottite

NWA 2990 belongs to the shergottite group, the most common class of Martian meteorites. These meteorites are of volcanic origin and formed from basaltic magmas on Mars.

Shergottites play a central role in understanding the geological evolution of the Martian crust.

Formation on Mars

This meteorite formed from basaltic lava or shallow magmatic intrusions, reflecting volcanic activity on Mars. Its mineralogical composition records the crystallization of magma under Martian conditions.

Like other shergottites, it represents relatively young geological material compared to the earliest Martian crust.

Mineralogy and Texture

NWA 2990 typically contains pyroxene, plagioclase (often transformed into maskelynite), and accessory minerals, reflecting its volcanic origin.

Its structure and texture provide insight into cooling rates and magmatic processes on Mars.

Ejection from Mars

This meteorite was ejected from Mars following a large impact event, which launched fragments of the Martian crust into space. These fragments later intersected Earth's orbit and fell as meteorites.

Shock features observed in shergottites provide evidence of these high-energy processes.

Scientific Importance

NWA 2990 contributes to the study of:

Martian volcanism
Magma evolution
Planetary differentiation

Although less widely studied than some historic falls, it remains part of the broader dataset used to understand Mars.

Collector Interest

Martian meteorites are among the most sought-after specimens in the field of meteorite collecting. NWA 2990 offers an opportunity to acquire material from Mars within the shergottite group.

Its classification and origin make it both scientifically significant and desirable for collectors.

Available Specimens

The specimens presented in this category include selected pieces of the NWA 2990 meteorite.

FAQ

What is NWA 2990?

NWA 2990 is a Martian meteorite classified as a shergottite.

What type of meteorite is it?

It is a volcanic Martian meteorite formed from basaltic magma.

Why is it important?

It provides insight into Martian volcanic processes and crust evolution.

Is NWA 2990 rare?

All Martian meteorites are rare, including NWA 2990.

Can collectors acquire it?

Yes, selected specimens may be available.