Coins and fragments of meteorites found in Morocco

Detected with
OKM Rover C II New Edition (2009-2017)
Depth: 1.6 m (5.3 ft)
Region: Morocco
Time of origin: 11th century
11th Century Coin Hoard and Meteorite Fragments Discovered with the Rover C II
The Rover C II remains one of the most trusted and successful metal detectors among treasure hunters worldwide. Its combination of deep-seeking performance and precise 3D scanning capabilities makes it a reliable companion for serious fieldwork. Recently, one of our customers from Morocco shared an extraordinary discovery: a substantial hoard of medieval copper coins, located with the help of his Rover C II and OKM’s Visualizer 3D software.
One of the key advantages of OKM’s 3D ground scanners is the ability to analyze scans visually before excavation. Using the proprietary Visualizer 3D software, users can assess potential targets, estimate their depth, and identify anomalies that justify deeper investigation. In this case, the software played a crucial role in confirming the presence of buried objects and guiding the treasure hunter to the exact location.
Copper Coins from the 11th Century
After conducting several 3D scans, the treasure hunter detected a series of promising signals. With detailed information about the target’s depth and position, he began excavating the site. At around 1.63 meters (5.24 ft), he uncovered what he had been searching for: a remarkable hoard of copper coins dating back to the 11th century. Their condition and quantity make this find especially noteworthy, reflecting a period of rich trade and cultural influence in the region.
Determining the age of the coins was straightforward. Several pieces bore the inscription “480 Hijri,” which corresponds to the 11th century in the Gregorian calendar. Based on the size of the hoard and the historical value of the coins, this discovery can be considered an exceptional treasure find.
Unexpected Bonus Find: Meteorite Fragments
The Rover C II is known not only for treasure hunting but also for detecting hidden metal anomalies of all kinds. In addition to the medieval coin hoard, the treasure hunter made another exciting discovery: ferrous fragments of a meteorite. Switching the device to Magnetometer mode enabled him to scan large areas efficiently for ferromagnetic objects, including natural and extraterrestrial metal sources.
The recovered meteorite pieces — often referred to as “black stones” —exhibited the characteristic melted surface typical of meteorite entry. This dark, glossy fusion crust forms when the outer layer heats up dramatically as the object passes through the Earth’s atmosphere. These fragments provide valuable insights not only for treasure hunters but also for scientific collectors interested in extraterrestrial materials.
Frequently Asked Questions
How did the Rover C II help identify the coin hoard?
By using 3D ground scanning paired with Visualizer 3D software, the user could pinpoint anomalies, assess depth, and confirm buried objects before digging. This reduced guesswork and made excavation highly efficient.
What is the significance of the “480 Hijri” inscription?
“480 Hijri” refers to a year in the Islamic calendar, corresponding to the 11th century. This makes the find historically valuable and places it in a fascinating era of regional development and trade.
Can the Rover C II detect meteorites?
Yes. Using Magnetometer mode, the Rover C II can locate ferromagnetic materials — including meteorite fragments — thanks to its high sensitivity to magnetic anomalies.
Why do meteorites have a melted, dark surface?
The fusion crust forms when the meteorite heats intensely during atmospheric entry, melting and smoothing its outer layer. This unique texture helps identify genuine meteorite fragments.
Is the Rover C II suitable for both beginners and professionals?
Absolutely. While professionals appreciate its depth and analysis features, beginners benefit from intuitive operation, clear software visuals, and reliable target identification.
Get Rewarded for Your Treasure Finds
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