mbs.meteorites

mbs.meteorites Authentic meteorites from the cosmos to your hands.

We curate real space-born specimens for collectors, educators and space lovers.
📍 Based in Spain | 🇪🇺 Shipping across Europe & USA

Today I’m sharing one of the largest pieces in my collection. It’s still under analysis, but the preliminary results sug...
01/05/2026

Today I’m sharing one of the largest pieces in my collection. It’s still under analysis, but the preliminary results suggest it may be a Eucrite melt breccia.

This stunning specimen weighs 40.5 kg and was discovered in Mali at the beginning of 2026.

Enjoy the beauty of this visitor from asteroid Vesta 4 ✨🪐

This ungrouped iron meteorite is composed primarily of iron and nickel, formed deep within the core of an ancient parent...
25/04/2026

This ungrouped iron meteorite is composed primarily of iron and nickel, formed deep within the core of an ancient parent body during the early stages of our solar system.

What makes this particular specimen especially intriguing is its noticeable magnetic behavior. While iron meteorites naturally contain metallic elements that can respond to magnets, it is uncommon to encounter a piece that so clearly demonstrates the ability to attract iron on its own. This gives the specimen a distinctive and fascinating physical presence beyond its scientific value.

A true fragment of a celestial core, carrying billions of years of cosmic history and in this case, expressing it through a rare and striking magnetic character.

A fragment from another world,bearing the marks of its journey.Available Now on Our Website!
09/02/2026

A fragment from another world,
bearing the marks of its journey.

Available Now on Our Website!

What is it? Found in 2021, Djoua 001 is scientifically classified as an Aubrite (an Enstatite Achondrite). “Achondrite” ...
29/01/2026

What is it? Found in 2021, Djoua 001 is scientifically classified as an Aubrite (an Enstatite Achondrite). “Achondrite” means it comes from a parent asteroid that was large enough to melt and differentiate into layers, much like Earth, rather than being a primitive accumulation of dust.

⚪ Why is it White? Unlike the vast majority of meteorites which appear dark due to fusion crusts or high iron content, Djoua 001 has a creamy, light gray appearance for two main scientific reasons:

Composition: It is composed almost entirely of a mineral called Enstatite. Specifically, it is a nearly iron-free variety of magnesium silicate, which is naturally light in color.

Formation Environment: These meteorites formed in an environment with extremely low oxygen (highly reducing conditions). Because there was almost no oxygen available to react with the iron, dark iron oxides could not form, resulting in this unique pale look.

Available Now on Our Website!

Unchanged since the dawn of the solar nebula.
25/01/2026

Unchanged since the dawn of the solar nebula.



EHOH 001.Found in Mauritania in 2019, this HED achondrite (Eucrite, unbrecciated) represents a piece of ancient crust bl...
18/01/2026

EHOH 001.

Found in Mauritania in 2019, this HED achondrite (Eucrite, unbrecciated) represents a piece of ancient crust blasted off from the asteroid 4 Vesta one of the largest and brightest objects in the main asteroid belt between Mars and Jupiter.

Vesta is a differentiated protoplanet like body with its own crust, mantle, and core, and impacts over billions of years have ejected fragments that sometimes travel through space and reach Earth as meteorites.

A real piece of another world, right here on our planet.

Tanezrouft 090The Origin: The Asteroid Belt.The Destination: Adrar, Algeria.The Journey: Billions of miles through the v...
14/01/2026

Tanezrouft 090
The Origin: The Asteroid Belt.
The Destination: Adrar, Algeria.
The Journey: Billions of miles through the void.

Found in 2019, this L6 Chondrite is a masterclass in cosmic resilience. With a total recovered mass of 6.22 kg, these fragments serve as a bridge between the vastness of space and the stillness of the Sahara.
Pure.Ancient.Authentic.

Born in the asteroid belt. 🌌
05/01/2026

Born in the asteroid belt. 🌌

NWA 13281 Ordinary Chondrite (L5)NWA 13281 is a classified L5 ordinary chondrite found in Niger in 2019. Ordinary chondr...
03/01/2026

NWA 13281 Ordinary Chondrite (L5)

NWA 13281 is a classified L5 ordinary chondrite found in Niger in 2019. Ordinary chondrites are stony meteorites formed in the early solar system and contain silicate minerals, metal, and chondrules preserved since their origin.

⚖️ Specimen weight: 781 g.

Erg Chech 008Erg Chech 008 is a classified CR2 carbonaceous chondrite discovered in Adrar, Algeria, in 2022. Carbonaceou...
03/01/2026

Erg Chech 008

Erg Chech 008 is a classified CR2 carbonaceous chondrite discovered in Adrar, Algeria, in 2022. Carbonaceous chondrites are considered among the most primitive meteorites, preserving material that formed in the early solar system.

🪐 Type: CR2 carbonaceous chondrite
📍 Location: Adrar, Algeria
📅 Year Found: 2022
⚖️ Weight: 38.9 g

A silence that spans billions of years…In 2019, the shifting sands of the Tanezrouft Desert in Algeria revealed a celest...
02/01/2026

A silence that spans billions of years…
In 2019, the shifting sands of the Tanezrouft Desert in Algeria revealed a celestial relic - Tanezrouft 090.

Not a single stone, but a collection of L6 Ordinary Chondrite fragments with a total recovered mass of 6.22 kg each piece carrying the thermal scars of cosmic evolution and the story of our early solar system.

Today, these fragments rest in quiet dignity…
a timeless witness from the dawn of creation.

The specimen shown in the photo weighs 103 g.

🪐 Classification: L6 Ordinary Chondrite
📍 Find Location: Tanezrouft Desert, Algeria
📅 Year Found: 2019



A quiet echo of the universe, preserved on Earth 🌌

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