Iron Meteorites

This one of a kind iron meteorite cube showcases the iconic Widmanstätten pattern.

Own a monumental piece of cosmic history with this Authentic Campo del Cielo – 18.6lb Iron Meteorite. Discovered in Argentina, these meteorites are celebrated for their iron‑nickel c...

This rare and visually striking slice of the Soledade Iron Meteorite showcases the intricate crystalline pattern that forms only after billions of years of slow cooling in the vacuum...

A magnificent, and particularly large meteorite sphere – weighing an impressive 4.5 kg – cut from the famous Aletai meteorite and etched to reveal the shimmering Widmanstätten patter...

Carved from the famous Aletai Meteorite, it reveals the intricate Widmanstätten pattern, a mesmerising crystalline structure unique to extraterrestrial iron, formed by the supercooli...

A beautifully preserved and sculptural fragment from the famed Sikhote-Alin meteorite, which fell to Earth on 12 February 1947 in the largest recorded meteorite fall in history. En...

A beautifully preserved and sculptural fragment from the famed Sikhote-Alin meteorite, which fell to Earth on 12 February 1947 in the largest recorded meteorite fall in history. En...

A beautifully preserved fragment from the famed Sikhote-Alin meteorite, which fell to Earth on 12 February 1947 in the largest recorded meteorite fall in history. Entering the atmo...

This precious and sculptural fragment originates from the famed Sikhote-Alin meteorite, which fell to Earth on 12 February 1947, in the largest recorded meteorite fall in history. En...

The pallasites are a class of stony–iron meteorite. It consists of centimeter-sized olivine crystals of peridot quality in an iron-nickel matrix.

This museum‑grade 55‑pound Aletai meteorite slice – Etched Iron with Widmanstätten Pattern is a rare opportunity for a serious collector.

Pallasites are a type of stony–iron meteorite that when cut and polished show yellowish olivine crystals.

Most iron meteorites originate from cores of planetesimals, with the exception of the IIE iron meteorite group.

Features Origin: Muonionalusta, Sweden Material: Nickel-iron meteorite Condition: Polished slice, excellent condition Special Characteristics: Unique Widmanstätten patterns, extrater...

A large iron meteorite fell on the Sikhote-Alin Mountains, in southeastern Russia, in 1947.

Aletai Meteorite Fragment Mounted in a Custom Acrylic Display Box Xinjiang Uygur Autonomous Region, China This specimen is a fragment of the Aletai meteorite, one of the largest kno...

An iron meteorite fell on the Sikhote-Alin Mountains (in southeastern Russia) in 1947.

Large iron meteorites fell on the Sikhote-Alin Mountains, in southeastern Russia, in 1947.

An iron meteorite fell on the Sikhote-Alin Mountains (in southeastern Russia) in 1947.

Sikhote Alin Meteorite This iron Meteorite fell in Eastern Siberia, Russia on February 12, 1947.

Sikhote Alin Meteorite This iron Meteorite fell in Eastern Siberia, Russia on February 12, 1947.

Sikhote Alin Meteorite This iron Meteorite fell in Eastern Siberia, Russia on February 12, 1947.

Sikhote Alin Meteorite This iron Meteorite fell in Eastern Siberia, Russia on February 12, 1947.

A mesmerising iron sphere carved from a mass of the Seymchan meteorite, one of the most important meteorite discoveries of the twentieth century.

Sikhote Alin Meteorite This iron meteorite fell in Eastern Siberia, Russia on February 12, 1947.

Sikhote Alin Meteorite This iron meteorite fell in Eastern Siberia, Russia on February 12, 1947.

Pallasitic peridots are among the rarest gems known, originating in stony-iron meteorites that formed in the early solar system.

STAT Type: Meteorite; Stony Iron [H5] [Magnetic] Origin: Mauritanian desert.

It was part of a much larger meteoroid that fell to Earth as the famed Sikhote-Alin Meteorite, the largest meteorite fall in recorded history.

This extraterrestrial sculpture originates from the famed Sikhote-Alin meteorite, which fell to Earth on 12 February 1947, in the largest recorded meteorite fall in history. Entering...

A magnificent iron sphere carved from the renowned Seymchan pallasite meteorite, discovered in the Hekandue River in the Russian Far East.

Their extraordinary beauty derives from their unique composition, where translucent, amber olivine crystals are suspended within a lustrous, iron-nickel alloy. Of all the fragments r...

A magnificent meteorite sphere, carved and polished from the famed pallasite meteorite, Seymchan, which was formed over 4.5 billion years ago at the beginning of our Solar System.

In 2016, large masses of the Sericho pallasite meteorite were acquired from villagers in Isiolo County, Kenya, marking its formal discovery. The olivine crystals range in colour from...

This small, but perfectly formed extraterrestrial sculpture originates from the Sikhote-Alin meteorite, which fell to Earth on 12 February 1947 in the largest recorded fall in histor...

Own a fragment of cosmic history with this genuine Muonionalusta meteorite, measuring 4 x 0.25 x 2 inches and weighing 90 grams. Discovered in Scandinavia, the Muonionalusta meteorit...

Why are Muonionalusta meteorites so favorable among collectors? Muonionalusta meteorites rank among the oldest known materials on Earth, originating from an iron‑nickel core that fo...

Gebel Kamil is a meteorite that struck Egypt approximately 5 millennia ago, resulting in a crater encircled by thousands of iron shrapnel with a combined mass of around 1,600 kilogra...

Gebel Kamil is a meteorite that struck Egypt approximately 5 millennia ago, resulting in a crater encircled by thousands of iron shrapnel with a combined mass of around 1,600 kilogra...

Genuine Muonionalusta Meteorite mini Cube from Norrbotten, Sweden. The Muonionalusta is a meteorite classified as fine octahedrite, type IVA (Of) which impacted in northern Scandina...

Comprising 0.2% of all meteorites, pallasites are the rarest and most dazzling examples.

This authentic Brenham pallasite meteorite slice showcases glowing, translucent olivine crystals suspended in an iron‑nickel matrix.

A spectacular monolithic slice of the renowned Sericho meteorite, displaying the characteristic crystalline structure of pallasites, with translucent amber-coloured olivine crystals ...

A spectacular monolithic cross-section of the renowned Sericho meteorite, revealing the extraordinary crystalline structure unique to pallasite meteorites, with vibrant amber-coloure...

A beautiful section of the finest of all known pallasite meteorites – Imilac – cut and polished to reveal the mesmerising honeycomb structure with shimmering olivine crystals suspend...

A spectacular monolithic slice of the renowned Sericho meteorite, displaying the characteristic crystalline structure of the pallasite meteorite, with translucent olivine crystals su...

Composed of bright, translucent olivine crystals suspended in an iron-nickel matrix, this example has been cut to reveal the mesmerising interior as well as the original exterior of ...

A magnificent cross-section from the renowned Seymchan meteorite, recovered in the Russian far east, and cut to reveal the honeycomb-like structure characteristic of pallasite meteor...

Comprising 0.2% of all meteorites, pallasites are the rarest and most dazzling examples, and are highly sought after by collectors and museums.

A spectacular meteorite cross-section from the renowned pallasite meteorite, Seymchan, formed over 4.5 billion years ago at the beginning of our Solar System.

These iron-nickel meteorite(s) fell over a 100 kilometer radius in southeastern Russia's Sikhote-Alin Mountains in 1947.

Provenance Discovered in 1967, Magadan District, Russia (62° 54’ N, 152° 26’ E). Published Meteoritical Bulletin, no. 43, Moscow (1968). Condition A cut and polished cross section ...

The rectangular Gibeon meteorite originates from prehistoric Namibia and displays the distinctive Widmanstätten pattern, a naturally formed crystalline structure found only in iron-...

The crystal structure of the iron-nickel meteorite displays intersecting lines known as Widmanstätten patterns.

A nice contrast between the crystal structure of the iron-nickel meteorite displaying intersecting lines known as Widmanstätten patterns.

Sometimes it also contains meteorite, but not all sky iron is meteorite. The formation process of Sky Iron is considered by Tibetans to be a mysterious process.