Drilling Begins at a Possible Noah’s Ark Site—but What Could It Actually Prove?

Byron Hatcher

Sep 25

4 min read

A new investigation is underway at one of biblical archaeology’s most controversial locations: the boat-shaped Durupınar formation in eastern Türkiye.

Researchers have begun core drilling at the site, which lies roughly 18 miles south of Mount Ararat. Supporters believe the formation could contain the remains—or geological imprint—of Noah’s Ark. Most geologists, however, have interpreted it as a natural formation created by folded rock, erosion, and landslide activity.

The opinion of the site being Noah's Ark formed around 1977, through the American nurse anesthetist turned explorer, Ron Wyatt. Wyatt went on to form the Wyatt Archaeological Research organization. He made several astounding (and difficult to believe) claims of other discoveries, including The Ark of the Covenant, Red Sea Crossing, and the blood of Jesus.

For his famous claim of Noah's Ark, the drilling may finally provide something the debate has often lacked: physical samples buried beneath the surface.

Why Durupınar Attracts Attention

Turkish army captain İlhan Durupınar identified the unusual formation in aerial photographs in 1959. Its elongated outline resembles the shape of a ship, and investigators have measured it at approximately 515–538 feet long.

That measurement has generated considerable interest because Genesis describes the Ark as 300 cubits long. Depending upon which ancient cubit is used, the biblical vessel could have measured somewhere in the vicinity of the formation’s length.

The resemblance is fascinating—but resemblance alone is not archaeological evidence.

Previous investigators have interpreted radar anomalies, mineral concentrations and nearby perforated stones as possible evidence of decks, structural supports and anchors. Critics respond that such features can be explained through ordinary geological processes.

The difficulty of unearthing a multi-milennia aged vessel could prove to be formidable, to say the least. The Durupinar site is situated over 5,200 feet above sea level, with extreme seasonal variations. Unlike the dry climate of a desert with limited rainfall that would allow a papyrus or parchment to survive more effectively, Durupinar's site experiences freezing and snowy-harsh winters, with copious rain in the Spring. Snow coverage is common in the Winter season.

What Is New in 2026?

The important development is not another photograph or sensational announcement. It is the beginning of a formally approved geological and archaeological research project involving Sivas Cumhuriyet University and project director Professor & Doctor Cenker Atila.

Dr. Cenker Atila, Department of Archaeology at Sivas Cumhuriyet University

The approved work includes:

• Core drilling and geological sampling

• Ground-penetrating radar

• Electrical-resistivity surveys

• LiDAR mapping

• Chemical analysis

• Additional archaeological investigation

The current expedition also hopes to insert a specially designed robotic probe into suspected underground spaces. The robot, nicknamed “Gopher,” is intended to collect images and samples from areas that cannot be safely reached by people.

Project organizers say earlier scans revealed linear features, apparent right angles and possible cavities beneath the formation. Those interpretations remain preliminary and have not yet established that the anomalies are artificial.

What Would Count as Evidence?

Finding an underground opening would not prove that the formation is Noah’s Ark. Natural formations frequently contain fractures, sedimentary boundaries and spaces that can appear structural in radar images.

A compelling archaeological case would require materials that are both unmistakably artificial and securely associated with the formation. Examples might include worked timber, manufactured fasteners, tools or construction features arranged in a coherent architectural pattern.

Researchers would also need reliable dating, documented excavation contexts and independent laboratory testing. The methods and results would then need to withstand peer review.

Until that happens, headlines describing Durupınar as a “possible Noah’s Ark” should be understood as a hypothesis—not a conclusion.

Why Many Geologists Remain Skeptical

The strongest counterargument is that Durupınar’s ship-like appearance can be explained geologically.

Geologist Lorence Collins and former Ark proponent David Fasold concluded that the feature is a natural rock formation. Their analysis identified the supposed wooden and metallic remains as naturally occurring rock and mineral deposits, including limonite, magnetite and altered volcanic material. They also argued that the surrounding geology is consistent with folded sedimentary layers and earthflow activity.

More recent geological interpretations have similarly connected the formation with a regional landslide system. Even the Noah’s Ark Scans research archive acknowledges these competing studies alongside work supporting the Ark interpretation.

Why the Investigation Still Matters

Skepticism does not make the new drilling meaningless. Properly conducted fieldwork can test extraordinary claims—and a negative result would still be valuable.

If the cores reveal only expected layers of rock and sediment, researchers will have stronger evidence for a natural origin. If they uncover anomalous materials, those samples can be documented, dated and independently examined.

That is how the investigation becomes more than a debate between belief and disbelief. The question is no longer simply whether the site looks like a ship. It is whether physical evidence beneath the ground demonstrates human construction.

For Christians, the outcome does not determine the theological meaning of Genesis. Archaeology can investigate physical places and objects, but it cannot measure every spiritual claim made by a biblical text. Faith also does not require weak evidence to be presented as certainty.

For now, the most accurate headline is not “Noah’s Ark Found.” It is this: researchers have begun a new scientific test of a famous and highly disputed site—and the results have not yet been published.