Megalodon Tooth B (54g)

Megalodon Tooth B – 54g Fossil Shark Tooth

The Megalodon Tooth B is a compact fossil specimen from one of the most famous extinct sharks in Earth’s history. Weighing approximately 54g and measuring around 8 × 7cm, it is an easy size for fossil cabinets, desk displays and smaller natural-history collections.

Megalodon lived roughly 23 to 3.6 million years ago. Because shark skeletons are made largely from cartilage, fossil teeth are among the most important remains used to study these giant prehistoric predators.

Product Details

• Fossil: Megalodon shark tooth
• Variant: B
• Weight: Approx. 54g
• Approx. size: 8 × 7cm
• Type: Natural fossil specimen
• Use: Fossil collection, educational display or natural-history décor
• Natural fossil wear, mineralisation, edge condition and surface markings are part of the specimen

Megalodon Tooth Fossil – Prehistoric History in a Smaller Display Size

This specimen offers all the fascination of a Megalodon fossil in a more compact format. At approximately 8 × 7cm, it is large enough to show the characteristic triangular shark-tooth form clearly while remaining easy to display alongside other fossils and minerals.

Explore other prehistoric specimens in our Orthoceras Fossil collection.

Why Megalodon Teeth Matter So Much to Science

Megalodon was a huge extinct shark that lived in oceans around the world during the Neogene Period.

Since shark skeletons are primarily cartilage, complete fossil skeletons are extremely rare. Teeth are far more durable, so they provide much of the evidence palaeontologists use to estimate Megalodon’s size, feeding behaviour and distribution.

Did You Know? Sharks Lose Thousands of Teeth

Sharks continually replace their teeth throughout life. As old teeth are lost, new rows move forward to take their place.

Megalodon almost certainly followed the same pattern, which helps explain why fossil teeth are found much more often than other parts of the animal.

What Can Fossil Tooth Colour Tell Us?

The colour of a fossil tooth is influenced by the minerals and sediments surrounding it during burial and fossilisation.

Different environments can produce very different fossil colours, so colour generally reflects preservation conditions rather than the original appearance of the tooth when the shark was alive.

Why a Compact Megalodon Tooth Is Easy to Collect

A smaller specimen is easy to incorporate into an existing fossil collection without needing a large display stand or cabinet.

It works well beside ammonites, Orthoceras, mineral specimens and other prehistoric pieces, and its recognisable shape makes it a particularly good introductory fossil for younger collectors or anyone new to palaeontology.

For more natural display pieces, browse our Decor & Home collection.

Caring for a Megalodon Fossil Tooth

Handle the specimen with clean, dry hands and support it securely when moving it.

Dust gently with a soft dry brush or cloth. Avoid soaking, harsh chemicals and sudden impacts, as fossilised material can still chip or fracture.

Frequently Asked Questions

How much does Megalodon Tooth B weigh?

It weighs approximately 54g.

What size is the tooth?

It measures approximately 8 × 7cm.

How old is a Megalodon tooth?

Megalodon lived roughly 23 to 3.6 million years ago, so genuine Megalodon teeth come from that broad geological period.

Why are Megalodon teeth more common than skeletons?

Shark skeletons are mostly cartilage, which rarely fossilises well, while teeth are much harder and are constantly shed throughout the animal’s life.

Will another Megalodon tooth look exactly the same?

No. Fossil teeth vary naturally in mineralisation, colour, preservation, edge condition, root shape and surface markings.

Perfect For

• Fossil collectors
• Shark enthusiasts
• Smaller natural-history displays
• Educational collections
• Prehistoric ocean fans
• Unique fossil gifts

Small enough to display almost anywhere, old enough to have an incredible story. Megalodon Tooth B is a compact fossil specimen from one of the most extraordinary predators of the prehistoric oceans.