HUGE H5 Common Chondrite Meteorite from North West Africa, Morocco – 607g – Genuine Specimen with Certificate of Authenticity

Description

This HUGE H5 Common Chondrite Meteorite from North West Africa, Morocco weighs an impressive 607g and is a fantastic example of a genuine extraterrestrial specimen. This H5 chondrite meteorite is a rare and highly collectible piece that provides a unique glimpse into the early solar system and the formation of planetary bodies. It has been carefully preserved and comes with a Certificate of Authenticity, ensuring its provenance and scientific value.

Meteorite Type and Classification

• Meteorite Type: H5 Common Chondrite
• Chemical Classification: Ordinary Chondrite
• Find Location: North West Africa, Morocco
• Weight: 434g (a substantial size, ideal for display or collection)
• Classification Type: Chondrite (One of the most common types of meteorites, primarily composed of silicate minerals and metal alloys.)

This H5 common chondrite meteorite is made up of chondrules (small, round grains), which are small droplets of molten rock that cooled in space and solidified. It also contains metallic iron-nickel alloys, which are indicative of the solar system’s building blocks. The H5 designation refers to the specific classification within the chondrite category, based on the meteorite’s degree of alteration and mineral composition.

Geology and Origin

• Geological Significance: H5 chondrites are considered some of the most primitive meteorites, providing essential insights into the early formation of the solar system. They are thought to be unchanged since their formation over 4.5 billion years ago, making them invaluable for scientific research.
• Depositional Environment: This meteorite originates from the asteroid belt located between Mars and Jupiter, where rocky debris from the early solar system remains today.

Morphological Features

The H5 Common Chondrite Meteorite shows the classic features of a chondrite, with visible chondrules embedded in a matrix of fine-grained minerals. The exterior of the meteorite has a fusion crust, which is a result of the heat generated when it entered Earth’s atmosphere. The surface texture and features are natural and unaltered, making this meteorite not only an amazing specimen but also a stunning conversation piece.

Notable Features

• Weight: The 434g size makes this meteorite ideal for display, providing a good balance between rarity and practicality.
• Well-Preserved: The meteorite has been exceptionally preserved, retaining most of its original texture, fusion crust, and chondrule structure, making it perfect for study and display.
• Rarity: Chondrite meteorites of this size are relatively rare, especially from North West Africa, a region known for producing some of the most well-documented meteorite finds.

Scientific and Historical Significance

This meteorite provides valuable information about the formation of the solar system. It is a precious piece of space history, showcasing the building blocks of planets, moons, and other celestial bodies in the early solar system. Meteorites like this one are critical for understanding the processes that led to the formation of our solar system and Earth itself.

Size and Presentation

• Scale Cube: 1cm
• Full sizing details are available in the photos, providing an accurate visual representation of the actual specimen you will receive.
• Actual Meteorite: The specimen pictured is the exact one you will receive, with all the features visible.

Key Selling Points

• 100% Genuine Meteorite
• Comes with a Certificate of Authenticity
• Rare and Well-Preserved H5 Common Chondrite meteorite from North West Africa, Morocco
• Weighs 434g, perfect for display or scientific study
• Features chondrules, metallic iron-nickel alloys, and fusion crust
• Ideal for meteorite collectors and those interested in Cretaceous space history
• Great for educational purposes or as a unique collectible

This H5 Common Chondrite Meteorite from North West Africa, Morocco, is a rare, significant specimen from the asteroid belt, dating back to the early solar system. Its well-preserved features, size, and scientific value make it an exceptional addition to any meteorite collection.