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World’s First Dinosaur-Derived Leather Handbag Expected to Fetch Over $500,000 at Auction


Fri 12 Jun 2026 | 06:08 AM
Taarek Refaat

A handbag crafted from laboratory-grown material derived from Tyrannosaurus rex cells is set to go under the hammer in Paris, offering collectors a rare blend of prehistoric science and high-end luxury.

The one-of-a-kind creation, believed to be the first luxury accessory made from dinosaur-derived biological material, is expected to sell for more than $500,000 when it is auctioned by French auction house Giquello.

The handbag was first unveiled earlier this year in Amsterdam and has since attracted global attention for combining cutting-edge biotechnology with luxury craftsmanship.

The material used to create the handbag originates from collagen traces extracted from the femur of a Tyrannosaurus rex fossil discovered in the U.S. state of Montana approximately 25 years ago.

According to paleontology experts involved in the project, recent advances in biotechnology have enabled scientists to guide cell cultures in reproducing biological structures inspired by the ancient collagen, resulting in what developers describe as genuine laboratory-grown T. rex leather.

The process represents a striking convergence of paleontology, synthetic biology, and luxury manufacturing, an intersection rarely seen in the consumer goods industry.

Iacopo Briano, a paleontology specialist associated with the sale, said the material differs fundamentally from many plant-based leather alternatives currently available on the market.

“Unlike many vegan leathers that rely partially on plastic-based compounds, this material is derived entirely from cell cultivation,” Briano explained.

The result, he said, is a material that qualifies as genuine leather while carrying a remarkable distinction: its biological origins can be traced to a species that disappeared from Earth roughly 67 million years ago.

The project is being viewed by some researchers as a glimpse into the future of sustainable luxury manufacturing, where biological engineering could reduce reliance on conventional livestock-based leather production.

Auction organizers acknowledge that valuing such a unique object presents an unusual challenge.

With no comparable item ever offered for sale, pricing has been based on a combination of research and development costs, technological complexity, and exceptional rarity.

Alexandre Giquello, who is overseeing the auction, described the handbag as “an unprecedented object in the history of luxury goods” and a scientific achievement with the potential to reshape perceptions of next-generation materials.

The auction house has estimated the bag’s value at between €300,000 and €500,000 ($346,000–$576,000).

“It is a very substantial amount of money,” Giquello said, “but it reflects the reality that this is an object unlike anything previously available to collectors. Extreme rarity naturally commands exceptional value.”