Wreck Off Kenyan Coast Could Be Vasco da Gama’s Final Voyage Ship

Image credit: Filipe Castro

A centuries-old shipwreck off the coast of Kenya might just be the smoking gun connecting us to Vasco da Gama’s final voyage—a true treasure trove for historians and adventurers alike. Lying near the town of Malindi, this underwater relic has researchers buzzing with excitement, believing it might be the São Jorge, a Portuguese vessel that sank in 1524 during da Gama’s swan song expedition to the Indian Ocean.

A Sunken Gem Beneath the Waves

Discovered back in 2013 by Caesar Bita, an underwater archaeologist with the National Museums of Kenya, the wreck lies 500 meters (1,640 feet) from shore at a depth of about 6 meters (20 feet). But don’t picture a pristine ship resting intact on the seabed—it’s mostly corals and scattered timbers, with archaeologists carefully excavating bits and pieces to piece together its story. Among the finds so far? Copper ingots and elephant tusks, which hint at the lucrative trade routes of the time.

The team, led by Filipe Castro from the University of Coimbra in Portugal, has been painstakingly mapping the site. They’ve dug trenches into the coral-encrusted seabed, unearthing parts of the hull and frame that could match the São Jorge. If confirmed, this would make it the oldest known European shipwreck in the Indian Ocean.

Why the São Jorge Matters

Vasco da Gama’s expeditions in the late 1400s and early 1500s fundamentally changed the world. By navigating the perilous route around Africa’s Cape of Good Hope, da Gama unlocked direct trade between Europe and the wealth of Asia. His voyages weren’t just about spices and silks—they were about power, and the Portuguese quickly established a trading empire in the Indian Ocean.

The São Jorge was one of roughly 20 ships accompanying da Gama on his final voyage in 1524. Tragically, it sank shortly before the explorer’s death in India that same year—possibly from malaria. If this wreck is indeed the São Jorge, it would serve as a physical reminder of a transformative moment in global history, where European and African-Asian interactions forever reshaped the world’s economic and cultural landscape.

What Comes Next?

Kenyan authorities are keen on preserving this underwater time capsule, potentially transforming the site into an underwater museum. It’s not hard to imagine diving enthusiasts lining up for a chance to explore history up close. But before we get ahead of ourselves, more digging—both literal and figurative—needs to happen. Castro’s team is planning further surveys along a 25-kilometer (15-mile) stretch of coral reef to gather more evidence.

The Big Picture: A Race Against Time

Maritime archaeologists like Sean Kingsley, editor of Wreckwatch Magazine, have dubbed this site “archaeological stardust.” And rightly so—shipwrecks from this era are rare, and their historical significance is priceless. Yet, without proper protection and swift action, the site risks being damaged by natural forces or looters. Kingsley summed it up perfectly: “This is one wreck that screams out for protection, respect, and care before its back story vanishes forever.”

A Treasure for the Ages?

Whether or not this turns out to be the São Jorge, it’s clear that the wreck holds immense historical value. From its potential ties to one of history’s most famous explorers to its role in the burgeoning Portuguese trading empire, the Malindi wreck offers a window into the past that is as thrilling as it is fragile.

For now, we can only wait for the next chapter in this watery mystery. But one thing’s certain—history buffs and treasure hunters alike will be keeping a close eye on the Kenyan coast.

Tonia Nissen
Based out of Detroit, Tonia Nissen has been writing for Optic Flux since 2017 and is presently our Managing Editor. An experienced freelance health writer, Tonia obtained an English BA from the University of Detroit, then spent over 7 years working in various markets as a television reporter, producer and news videographer. Tonia is particularly interested in scientific innovation, climate technology, and the marine environment.