On September 23rd, 2026, a drilling team pushed a [music] core drill into the ground at a site in eastern Turkai.
4 to 5 m down, roughly the height of a two-story building.
The [music] drill hit something, something harder than limestone.
The bit [music] broke.
The team pulled it out and examined it.
Then they kept drilling.
The site is Durupanar, a 157 m long boat-shaped formation near Mount Ararat that people have argued over for [music] decades.
From the air, the resemblance is striking.
It is [music] symmetrical, raised through the center and tapered at both ends.
Its length is also close to the dimensions described in the book of Genesis [music] for Noah’s Ark.
But something is different this time.
Researchers [music] are finally going beneath the surface.
A team has received official Turkish government authorization to [music] physically drill into the formation.
Previous investigations largely relied on surface observations [music] and geoysical scans.
Now they can recover material from underground.
And what the team says it is encountering [music] has reopened a question many geologists thought had already been answered.
The project is directed by professor Tanker Atila of Civas Kumhuriat University’s Department of Archaeology [music] working alongside the research group Noah’s Ark Scans.
They are drilling at locations both inside [music] and outside the formation.
This allows them to compare what lies beneath the boatshaped mound [music] with the surrounding terrain.
Some of the core samples are being recovered from depths of up to 18 m.
That’s almost 60 ft underground.
But one of the most interesting moments happened much closer to the surface.
According to Noah’s Ark Scans Vice President Andrew Jones, a drill operating inside the formation [music] encountered an extremely hard layer at a depth of around 4 to 5 [music] m.
The drill bit broke on contact.
Jones said the material appeared to be harder than limestone.
[music] So, what did they hit?
The team has suggested that petrified or highly mineralized wood [music] is one possibility.
Right now, that’s only a possibility.
The material [music] has not been confirmed as wood.
Samples from the layer are being sent to third party laboratories for analysis, [music] and those results are still pending.
All we can say for now is that the drill encountered an unusually hard layer [music] several meters beneath this boatshaped formation.
We still don’t know what it is.
And the drill has uncovered more than just that hard material.
The team also reports recovering layers of soil with high concentrations of organic matter.
Researchers involved in the project have [music] suggested that some of it could be decayed biological material associated with a structure.
[music] That interpretation has yet to be independently confirmed.
Then [music] they encountered something else.
Empty spaces beneath the ground.
The team says multiple underground cavities have appeared during drilling.
One reportedly contained mud and water.
At the time of its September announcement, the research team also said drilling inside the formation had yet to reach solid limestone or bedrock.
What that means for the geology of this particular site [music] isn’t clear yet.
But once the team found cavities underground, they wanted to see inside them.
So, they sent in a camera.
The device is called the Gopher.
It’s a small underground camera system designed to travel through drilled holes and investigate whatever is below.
On October 3rd, 2026, Noah’s Ark Scans shared footage from the Gopher’s first attempts to examine these underground anomalies.
The team says the robot also failed to encounter rock or bedrock during the investigation.
Exactly what the camera did encounter hasn’t been fully disclosed.
The footage is still being analyzed [music] and on the very same day another development emerged.
Dr.
Kasro Baktar conducted a new subsurface imaging survey at Durupanar [music] using a specialized radar interpretation technique designed to detect structures underground.
[music] His analysis describes several anomalies beneath the formation.
Linear features, angular intersections, layered structures, possible voids.
[music] Baktar believes these anomalies may come from a single object beneath the ground.
In other words, his interpretation is that the radar may be detecting something coherent rather than a collection of unrelated geological features.
The research team has gone further [music] suggesting that some of the patterns could represent corridors, compartments, or even [music] multiple internal levels.
Baktar has described the anomalies as extraordinary.
There’s just one major problem.
The findings are preliminary.
They haven’t been independently verified or peer-reviewed.
And Bktar himself has acknowledged that we still don’t know what the object beneath [music] the ground actually is.
This is where the story becomes much more complicated.
Extraordinary claims about Durupinar [music] aren’t new.
Researchers have argued over this formation for decades.
Geologist Lawrence Collins and former arc proponent David Feold published [music] detailed work arguing that the formation had been misidentified [music] and their argument wasn’t based simply on the idea that Noah’s arc couldn’t be there.
They offered geological explanations for the supposed evidence.
Some researchers had pointed to ironrich [music] features as possible evidence of metal fittings.
Collins argued they were naturally occurring volcanic minerals, [music] including lmonite and magnetite.
Material previously described as fossilized wood was interpreted as geological rather than biological.
So-called anchor stones found nearby were identified as locally derived volcanic [music] rock.
Even that remarkable boatlike shape had a possible natural explanation.
Collins argued it was consistent [music] with an earthflow or landslide process capable of producing an elongated raised formation [music] in terrain like this.
That’s the challenge facing the 2026 investigation.
Looking like a boat isn’t enough.
The researchers [music] need physical evidence from beneath the ground that can’t be adequately explained by the site’s natural geology.
And that brings us straight back to the broken drill bit.
As of October 3rd, 2026, [music] we know that a drill encountered something extremely hard about 4 to 5 m beneath the formation.
The research team says mineralized or petrified wood is a possibility.
We don’t know that yet.
Laboratory testing should tell us more.
We know organic rich layers have been recovered, although their origin remains uncertain.
We know underground cavities have been encountered and that a camera has been sent down to investigate them.
[music] And we know that new radar analysis describes linear, angular, and layered anomalies beneath the formation.
Those results still need independent scrutiny.
None of this proves that Noah’s ark is buried at Durupanar, but it does give researchers something new to investigate.
For the first time, a team with official authorization is physically sampling material from inside the formation, mapping underground voids, and sending cameras beneath the surface.
And some of the most important results haven’t arrived yet.
Laboratory testing could identify the material that broke the drill.
[music] Further camera footage could tell us more about the cavities and independent analysis could determine whether the radar anomalies are as unusual as they currently appear.
The Durupanar formation was first identified in 1959 when Turkish Army Captain Ilhan Durupanar [music] noticed it in aerial reconnaissance photographs.
He didn’t know exactly what he was looking at.
67 years of argument followed.
Now researchers are finally drilling beneath it.
