Millbillillie meteorite. Historic eucrite from Australia - 18.4 g

03
days
16
hours
28
minutes
02
seconds
Current bid
€ 110
Reserve price not met
Francesco Moser
Expert
Selected by Francesco Moser

Over 20 years collecting meteorites; former museum curator and experienced restorer.

Estimate  € 500 - € 600
19 other people are watching this object
itBidder 9829
€110
huBidder 2114
€100
frBidder 4768
€6

Catawiki Buyer Protection

Your payment’s safe with us until you receive your object.View details

Trustpilot 4.4 | 125282 reviews

Rated Excellent on Trustpilot.

Millbillillie meteorite, a historic eucrite achondrite from Australia, weighing 18.4 g, cut in half with glassy fusion crust and orange desert soil, certificate of authenticity IMCA 5591.

AI-assisted summary

Description from the seller

In 1960 two station workers were opening a gate along a track between Millbillillie and Jundee Stations, when they witnessed a fireball in the sky, landing to the north in a spinifex covered plain. No search was conducted at the time but years later, a friend or relative of one of the men was told the story and went searching. Two stones were found, and since then many more fragments by locals. It is classified as an achondritic Eucrite meteorite with silicate minerals and no iron.

The Millbillillie eucrite now stands alone as the only eucrite recovered with a mass of over 100 kg. Indeed, Millbillillie is by far the most massive meteorite of any of those recovered meteorites (most Howardites, Eucrites, and Diogenites) which are believed to be fragments of the asteroid Vesta.

The Millbillillie lithology was itself apparently formed ~4.54-4.55 billion years ago with traces of several impacts occurring during the next billion years.

This specimen was cut in half. It is covered with glassy fusion crust and a characteristic orange desert soil. It shows multiple flowlines.

Certificate of authenticity included. IMCA 5591.

Shipping will be from Spain so no custom fees for EU countries. Packages are usually sent the morning after the auction. Shipping is combined in all my listings - if you win multiple items, only one shipping cost is paid.

Do not miss this opportunity!

Seller's Story

Especialized in meteorites. All products are certified to be authentic as a member of the International Meteorite Collectors Association: IMCA #5591.

In 1960 two station workers were opening a gate along a track between Millbillillie and Jundee Stations, when they witnessed a fireball in the sky, landing to the north in a spinifex covered plain. No search was conducted at the time but years later, a friend or relative of one of the men was told the story and went searching. Two stones were found, and since then many more fragments by locals. It is classified as an achondritic Eucrite meteorite with silicate minerals and no iron.

The Millbillillie eucrite now stands alone as the only eucrite recovered with a mass of over 100 kg. Indeed, Millbillillie is by far the most massive meteorite of any of those recovered meteorites (most Howardites, Eucrites, and Diogenites) which are believed to be fragments of the asteroid Vesta.

The Millbillillie lithology was itself apparently formed ~4.54-4.55 billion years ago with traces of several impacts occurring during the next billion years.

This specimen was cut in half. It is covered with glassy fusion crust and a characteristic orange desert soil. It shows multiple flowlines.

Certificate of authenticity included. IMCA 5591.

Shipping will be from Spain so no custom fees for EU countries. Packages are usually sent the morning after the auction. Shipping is combined in all my listings - if you win multiple items, only one shipping cost is paid.

Do not miss this opportunity!

Seller's Story

Especialized in meteorites. All products are certified to be authentic as a member of the International Meteorite Collectors Association: IMCA #5591.

Details

Type of meteorite
Millbillillie meteorite. Historic eucrite from Australia
Weight
18.4 g
Country of Origin
Australia
SpainVerified
38
Objects sold
100%
pro

Similar objects

For you in

Minerals & Meteorites