Wear a genuine piece of ancient ocean history with this striking handmade Orthoceras fossil necklace.
At the heart of this unique pendant is a genuine Orthoceras fossil, a distant relative of today's squid and nautilus that swam through Earth's ancient seas around 400 million years ago, long before the first dinosaurs appeared.
The fossil has been carefully carved into an elegant bullet-shaped pendant, while retaining the distinctive Orthoceras preserved within its natural black stone matrix. The finished pendant measures approximately 3cm in length and is supplied on an 18-inch sterling silver curb chain, ready to wear or give as a truly unusual gift.
These remarkable fossils were discovered in the Atlas Mountains of Morocco, where ancient seabeds have been uplifted over millions of years to reveal an incredible record of prehistoric marine life.
As every fossil is naturally unique, the necklace you receive will be similar to, but not identical to, the one shown. Each pendant has its own individual patterns and character, making every piece one of a kind.
Beautifully Presented
Your necklace arrives ready for gifting in luxury presentation packaging:
Labelled, velvet-lined jewellery box
Premium embossed outer presentation box
Carefully wrapped in tissue paper for a beautiful unboxing experience
Included with every necklace:
A personally signed Certificate of Authenticity featuring a unique holographic serial number
A beautifully illustrated 24-page full-colour booklet introducing the Jurassic Jewellery collection and providing jewellery care advice
Trusted by museums and collectors worldwide.
Jewellery and specimens supplied to organisations including the National Space Centre, The San Diego Air & Space Museum and MIT Museum.
Because every necklace is individually handmade and every fossil formed naturally over hundreds of millions of years, no two pendants are ever exactly alike.
A fascinating gift for fossil enthusiasts, natural history lovers and anyone who enjoys wearing a genuine piece of Earth's distant past.