In 1959, a Turkish army captain named Ilhan Durupinar was sitting at a light table in Ankara looking at aerial photographs of the mountains along the border with Iran.
And he saw a boat.
He wasn’t looking for one.
The photographs were from a mapping survey flown for NATO.
Thousands of frames of eastern Anatolia in overlapping pairs.
And his job was to go through them for the map makers.
It was dull work.
Ridges, valleys, villages, snow.
And then on a frame from the hills about 30 km south of Mount Ararat at an altitude of around 2,000 m, there was a shape in the mud that stopped him.
It was long and pointed at one end and rounded at the other with a raised rim all the way round like the outline of a hull pressed into the hillside.
It was lying on a slope above a village.
And it was big.
When they measured it off the frames, it came to about 157 m long, 515 ft, which is a number that means nothing until somebody does the arithmetic and tells you that 300 cubits, the length of the ark in Genesis, at the cubit most people use, is 515 ft.
Durupin sent the photograph up the chain.
Somebody sent it to a photoggramometry expert at Ohio State.
The experts said it was worth a look.
And in the summer of 1960, an expedition went to the hillside with a photographer from Life magazine and a supply of dynamite to find out whether the thing in the mud was the most important object on Earth.
I’m not going to tell you yet what they found, and I’m not going to tell you what the drill hit this autumn, 66 years later, on the same hillside at about 15 ft down, hard enough to break the bit.
I want to go through it in order because this is a site that has been dug into by four generations of people, each with better instruments than the last and every generation has found exactly what it brought.
So, let me start with the hill.
The Durupinar site sits in the Dogayazit district of eastern Turkey in the foothills south of Ararat above a Kurdish village called Uzenili.
The country there is high, dry, treeless, and unstable.
The hillsides are made of soft layers, clays and crumbly volcanic rock and limestone, and they move.
There are landslides and mud flows all through those valleys, old ones and new ones.
And the ground has the lumpy flowing look of something that has slid downhill many times and will again.
And in the middle of one of those slopes is the shape.
From the air, it’s unmistakable.
From the ground, it’s a long, low, boatshaped mound with a rim of raised earth and rock running around its edge and a dip in the middle lying with its pointed end uphill.
It looks like a ship because it’s shaped like a ship.
There’s no getting around that.
Nobody who’s ever stood on it has said it doesn’t look like a ship.
The whole argument of the last 67 years has been about why.
And the mountain over it matters because the mountain is why anyone looked.
Ararat is the place.
Genesis says the ark came to rest on the mountains of Ararat, plural, a region, not a peak.
But for a thousand years, the great volcano on the Turkish Armenian border has been the one everyone meant.
And there have been expeditions up it since the 19th century looking for timbers in the ice.
None has come back with anything that survived examination.
So when a boat shape turned up in a photograph 30 km from the summit on a hillside you could drive to with no glacier to dig through, it landed on a 100red years of wanting.
That’s the soil this grew in.
Now the 1960 expedition, they went in with a geologist, an archaeologist, a life photographer, and the army captain, and they spent about 2 days on the formation.
They dug.
They set charges and blew holes in the rim, which is not how you’d treat an object you thought was a 4,000-y old wooden ship, and which tells you how much they expected to find.
And what the dynamite exposed was dirt, soil, and rock.
No timber, no planking, no metal.
The geologist’s conclusion was that the shape was a natural feature, a freak of erosion.
And the expedition came home and life ran the photograph with a short piece saying the ark hadn’t been found.
And that was the end of it for 17 years.
In 1977, an American named Ron Wyatt went to the hillside.
If you’ve seen my Red Sea video, you know him.
A nurse anesthetist from Tennessee, a devout Seventh Day Adventist with no training in archaeology and an absolute certainty that the physical remains of the Bible were lying around the Middle East waiting for someone with faith enough to pick them up.
He’d come to the Durupunar site before he went to NWEA for the chariots.
And it was in a sense his first great discovery and the one he held on to hardest.
Wyatt said the formation was the ark.
He said the rim was the petrified remains of the hull.
He said he’d found in the soil iron fittings, rivets, brackets, the metal that had held the timbers together, and that a metal detector swept across the formation picked up regular lines like the ribs of a ship.
He found a few kilome away a cluster of large standing stones with holes boarded through their tops.
And he said they were the ark’s anchor stones, the drogues it had trailed to keep it steady in the flood.
And he said he’d found a piece of petrified wood, laminated like plywood, which he took to be the gopher wood of Genesis.
And he brought people through the 80s.
The site drew a stream of American visitors, some of them with equipment, and the most important of them was a man named David Fold.
Fold was a merchant marine officer, a salvage man, someone who’d spent his life around ships and shipwrecks.
And he went to the hillside in 1985 with a geoysicist named John Bombgardner and a piece of subsurface radar to see whether there was structure under the rim.
And the radar showed lines, regular ones.
Fold read them as the frames and bulkheads of a hull laid out on a grid with a keel down the center.
He was convinced.
He wrote a book, The Ark of Noah, in 1988.
And in it, he laid out the whole case, the dimensions and the radar lines and the anchor stones and the metal with the authority of a man who knew what a ship looked like from the inside.
The anchorstones deserve a word on their own because they’re the one piece of this that’s real archaeology, just not the kind the believers wanted.
There are a dozen or so of them in a cluster near a village called Arzap, a few kilometers from the formation.
Big slabs of andesite, taller than a man, each with a hole bored through near the top.
Wyatt said they were drogues dragged behind the ark on ropes to keep its head to the wind.
Archaeologists who’ve looked at them say they’re standing stones of a kind found across that part of the world and that several of them have crosses carved on them cut by Armenian Christians centuries ago who turned the old stones into grave markers which is itself a sign that the ark story was already attached to those hills long before anyone had an aeroplane.
People have been finding the ark near Ararat for as long as there have been people near Ararat.
In 1987, the Turkish government declared the site a national park and put up a visitor center.
And the signs still say Nuhun Giy Noah’s ship.
So that’s the first wave.
A shape, a failed dig, a believer with a metal detector, a sailor with a radar, and a park.
And here’s where it turns.
Because the sailor changed his mind.
Fold kept going back and kept testing and the more he tested the less it held.
In the early 90s he teamed up with a geologist named Lawrence Collins from California State University and they did what nobody had done which was to take the specific claims and the specific samples and run them through a laboratory.
And in 1996 they published a paper together in the journal of geocscience education with a title that doesn’t leave much room.
Bogus Noah’s arc from Turkey exposed as a common geological structure.
Here’s what it said.
The boat shape is a block of hard rock, limestone, and the volcanic stuff geologists call of sitting in a slope of soft mudflow material.
And the mud has flowed around and past the block and been eroded away on either side, leaving a streamlined, pointed boat-shaped island of it standing proud.
It’s the shape water makes around a rock in a stream or wind makes around a stone in sand at the scale of a hillside.
The raised rim is the harder edge of the block.
The dip in the middle is where the softer center has worn down.
There are other smaller boat shapes on the same slopes, less perfect, made the same way that nobody’s claimed.
And the artifacts, the iron bracket Wyatt found was a lump of weathered volcanic mineral.
The metal bracraced walls, the regular lines the metal detector picked up were bands of lmonite and magnetite, iron minerals that occur naturally in the tilted sedimentary layers of the block in lines because layers are in lines.
The gopherwood, the laminated petrified timber, was a piece of metamorphosed parodotite, a rock that happens to split in sheets.
The anchor stones were local andite with holes bored in them by people almost certainly as grave markers or standing stones in a region where that was done.
The radar lines were the bedding of the rock.
Every piece of evidence for the ship was a piece of geology misread by people who needed a ship.
That’s what the paper said.
And the man who co-wrote it was the man who’d written the book saying the opposite 8 years before.
I want to sit with Fold for a second because he’s the most interesting person in this story and he’s barely mentioned anymore.
He was a believer who went to the hillside and tested his belief against the rock.
And when the rock said no, he said so in print with his name on it next to a geologist in a journal.
That’s rare.
It’s the thing you want people to do and they almost never do it.
And then by the account of his biographer in the last years before he died in 1998 he went back to believing not because the rock changed because he wanted to.
He’d spent his life on that hillside and he couldn’t leave it as a lump of limestone.
I don’t know what to do with that except tell you it happened and that I understand it.
And one more thing about 1996 that I think gets lost.
Collins and Fel didn’t just say the formation was natural.
They said why it was found.
They pointed out that the whole slope is covered in mudflow features, that boat-shaped erosional remnants are a known thing in that kind of terrain.
That a geologist walking those hills would expect to see several.
And that the only reason this one was famous was that it happened to be the right length and happened to be photographed from the air by a man who lived in a country where the ark was already supposed to be.
The anomaly, they said, wasn’t the hill, it was the attention.
Then it went quiet for 20 years.
The park stayed open.
The believers came and photographed the rim.
The geologists moved on.
And then a new group arrived.
And this time they had better machines.
They call themselves Noah’s Ark Scans.
They’re an American group led by a man named Andrew Jones.
And since about 2019, they’ve been doing to the Durupinar site what FEL did in 1985 with instruments 30 years better.
In 2019, they ran ground penetrating radar over the formation.
In 2021, they ran electrical resistivity, which maps how the ground conducts current at depth.
In 2023, they took soil samples inside the outline and outside it, and sent them to a lab at Istanbul Technical University.
And this spring in April 2026, they put out the results.
The soil inside the outline, they said, had about three times the organic content of the soil outside it and about 38% more potassium.
Both of which, they said, are what you’d expect from a large mass of wood that had rotted in place, releasing its carbon and its minerals into the ground around it.
And the radar.
They’d brought in a system called Bkar radar, a 3D imaging radar developed by an engineer named Cosro Bktar.
And what it showed in their reading was structure, angular features at depths down to about 6 m, a central corridor running the length of the formation with spaces off it converging toward the center.
A hallway in one account more than 250 ft long and the features arranged they said on three levels three decks which is what Genesis says the ark had.
That’s the claim as of this spring and I want to be precise about what it is.
It’s a press statement.
None of it has been through a journal.
The radar images show reflectors at depth and the team reads the reflectors as corridors and rooms.
And the geologists who’ve looked at the same kind of data say that tilted sedimentary layers, fracture planes, and the boundaries between hard and soft rock produce exactly those straight lines and right angles.
Because rock breaks in planes and layers in sheets, and a radar can’t tell a bedding plane from a bulkhead.
The team says, to their credit, that anomalies aren’t proof.
They say they need samples.
So this summer, they went to get them.
On June 29th, 2026, fieldwork began under a permit from the Turkish authorities coordinated by an archaeologist named Sanker Atila from Sivas Jum Huryek University with about 20 scientists and students from five countries.
They laid out a grid.
They ran the radar again at higher resolution.
They took something like a thousand soil samples from 150 points inside and outside the outline.
And in September, for the first time in the history of the site, they brought in a drilling rig to take cores straight down through the formation and see what it’s made of.
They drilled to about 18 m, 60 ft.
And at four or 5 m down, the drill hits something hard enough to break the bit.
That’s the moment the title of this video is about.
And I’m going to be honest with you about what’s known and what isn’t.
What’s known is that the drill stopped on an exceptionally hard layer by the team’s own description about 15 feet down and that the bit broke and that they changed it and went on and that the cores they brought up from deeper had layers in them that they describe as organic rich and that they found cavities, voids, spaces in the ground where the drill dropped.
What isn’t known is what the hard layer is.
The team has not said.
There’s a press item that floats petrified wood, which is what you’d float if you were them.
A geologist would float a band of the limestone block that the mud flow is wrapped around, which is hard and is at about that depth and is what you’d hit if you drilled into a boat-shaped island of limestone.
The sample is in a lab.
The team says the results come over the winter and a statement after that and more seasons in 2027.
I should say what a core tells you because it’s the whole point of this year.
A radar bounces a signal off a boundary and you guess what the boundary is.
A metal detector hums over iron and you guess what the iron is.
A soil sample from the surface tells you what’s grown and rotted there lately.
But a core is the ground itself in order top to bottom in a tube.
You can see the layers.
You can see whether the hard band at 5 m is a bed of limestone that continues across the whole block with the fossils limestone has in it or something else.
You can see whether the organic material is roots and pete and old grass or something with a structure.
You can carbonate it.
You can put it under a microscope.
It’s the only instrument on that hillside that produces a thing rather than a picture of a thing.
And that’s why it took 67 years to get one because a picture can be read the way you need it and a thing can’t.
And they’ve built a robot.
This is my favorite detail.
An engineer at Latroe University in Australia named Robert Ross, who builds small crawling robots to explore the burrows of wombats and armadillos, has adapted one to go down the drill holes into the cavities with a camera and a sampler to see what’s in there.
They call it Gopher.
Sometime in the next year, if the permits hold, a wombat robot is going to crawl into the ground under a Turkish hillside to find out whether the voids the radar sees are the holds of Noah’s Ark or the gaps in a landslide.
Let me lay it out.
A captain in 1959 sees a boat shape in an aerial photograph 515 ft long, which is 300 cubits.
A dig in 1960 with dynamite finds dirt and goes home.
A nurse from Tennessee in 1977 finds iron brackets and gopher wood and anchor stones and says, “Ark.”
A sailor in 1985 runs a radar and sees frames and a keel and writes a book saying, “Ark.”
The same sailor in 1996 with a geologist runs the samples and publishes a paper saying limestone, lmonite, perodatite, andite, mudflow, not ark, and then dying says ark again.
A park with a sign.
A new group in 2019 with better radar sees corridors and three levels and says consistent with ark.
Soil in 2023 with three times the organic matter inside the line.
A permit, [music] a university, a rig in 2026, cores to 60 feet, a hard layer at 15 that breaks the bit.
Cavities, a thousand samples in a lab, a wombat robot waiting, and no sample from inside that formation in 67 years that has ever been published in a peer-reviewed journal as anything other than rock.
That’s the whole thing.
And there’s a pattern in it that I can’t stop seeing.
And once you see it, you can’t unsee it.
Every generation that has gone to that hillside has brought an instrument, and the instrument has shown them what they came for.
Durupinar brought a camera and saw a boat.
The 1960 team brought dynamite and saw dirt because they’d come to disprove it.
Wyatt brought a metal detector and found metal because a metal detector in ironrich rock will find metal wherever you point it.
Fold brought a radar and saw frames and then brought a geologist and saw layers and then brought his own grief and saw frames again.
The new team brought a better radar and saw corridors.
And the thing the hillside has never had in all that time until this September is an instrument that doesn’t need to be interpreted.
A drill, a core, a piece of the thing itself in a tube that you can send to a laboratory that doesn’t know what it’s supposed to be.
That’s what changed this year, not what they found.
That they finally used the one tool that can’t see what you want it to.
There’s a detail in the geology that I find more beautiful than the ship, and I want to give it to you.
A mud flow moving down a slope behaves like a very slow liquid.
When it meets an obstacle, a block of hard rock that won’t move, it flows around it and the flow leaves the block standing in a tapered pointed shape with the point facing up the slope into the flow and the rounded end downstream exactly like a boat’s bow into a current exactly like the durupinar formation whose pointed end faces uphill.
The shape that makes people see a ship is the shape that moving earth makes around a rock.
And the reason it looks like a hole is that a hole is designed to do the same thing in water that the rock did in mud.
The arc shape is real.
It’s just that nature got to it first.
So, here’s the official position, and I’ll give it to you straight, and I think it’s right, and I’ll tell you where the one gap is.
The official position, which is the position of essentially every geologist who has examined the formation, is that the Durupinar site is a natural feature, a block of harder rock, limestone, and ofolite in a slope of soft mud flow eroded into a streamlined shape by water and gravity over thousands of years.
The way streamlined shapes form around obstacles everywhere, the rim is the hard edge.
The dip is the soft center.
The lines on radar are bedding planes and fractures.
The metal is mineral.
The wood is rock.
The anchor stones are standing stones.
The organic content inside the outline, if it holds up, is more likely to reflect drainage and vegetation on a raised better watered mound than a rotted ship.
Because a mound of hard rock in a slope of mud holds water differently from the mud around it.
And the length 515 feet is a coincidence, which is the kind of thing that sounds like a dodge until you remember that a hillside has a lot of lengths in it.
And someone chose which one to measure and which cubit to divide it by.
I believe that.
And I’ll add that the people who believe in the flood most literally are split on this.
The major young earth creationist organizations, the ones who’d have every reason to want this to be the ark, have mostly looked at the Durupinar site and said no.
Not because they doubt the flood, because they’ve read Collins and Fold, and because Genesis describes a box, a rectangular vessel, and the thing on the hillside has a pointed bow, and because they’ve seen enough of these to know what a landslide looks like.
When the believers and the geologists agree, that’s usually where the answer is.
The gap is the cores.
Nobody has published what’s in them yet.
The 1960 dig went a few feet into the rim with explosives.
Fold’s radar never touched the ground.
The new team’s soil samples were from the surface.
Until this September, nobody had ever brought up a column of what the formation is actually made of from 15 ft, from 30, from 60.
Now, somebody has.
And the hard layer and the cavities and the organic bands will have a composition and a date if there’s carbon in them.
And when that’s published, it’ll be the first time in 67 years the hillside has been asked a question it can’t answer with a shape.
And the silence in this story is not what you’d expect.
Nobody’s suppressing the Durkinar site.
The opposite.
It’s a national park with a visitor center and a sign that says Noah’s ship.
The Turkish government gave the drilling permit.
A state university is running the dig.
The believers have had free access for 50 years.
There’s no institution standing in the way.
No locked gate.
No missing file.
The silence is in the journals.
67 years, hundreds of visits.
Metal detectors, radar, resistivity, soil chemistry, now cores.
And the total number of peer-reviewed papers that have ever been published about the site is, as far as I can find, one.
The Collins and Fasel paper of 1996.
The one that says it’s rock.
Everything on the other side, every bracket and keel and corridor has been a book or a press release or a documentary or a post.
Not because the journals refused it, because it was never submitted.
The evidence for the ark has lived for its entire life in the one place where nobody can check it.
And the one time a believer took his evidence somewhere it could be checked, it came back limestone.
And he put his name on that, too, and then couldn’t live with it.
So the questions, the real ones which are now for the first time answerable.
What’s the hard layer 15 ft down?
Hard enough to break a bit.
Limestone as the geology predicts or something that will need a different word.
What’s in the cavities?
The drill dropped into voids?
Landslide gaps as the geology predicts or spaces with floors and walls?
The wombat robot will know.
What’s the organic material and how old is it?
Three times the normal content in the surface soil.
If the cores show the same at depth and it carbon dates to 4,000 years, that’s a conversation.
If it dates to 400 or 4 million, that’s a different one.
Who else is at the table?
The team this year includes a Turkish state university, which is new, and it includes a marketing director, which is also new.
And some of the coverage has said openly that part of the aim is to challenge evolution in classrooms.
Does it matter who funds the drill if the core goes to a lab that doesn’t care?
It shouldn’t, does it?
Why did Fold go back?
He had the paper.
He had the samples.
He’d done the honest thing.
What happened in those last 2 years that made the limestone turn back into a ship?
And the one I keep coming to.
If the cores come back, as everyone who’s measured anything there expects, will it end?
It didn’t end in 1960.
It didn’t end in 1996.
The hillside has absorbed every negative result for 67 years and come out of it as a park with a sign.
What result exactly would do it?
I want to end at the drill.
It’s September 2026.
A rig is standing on a boat-shaped mound on a bare hillside in eastern Turkey with Ararat White on the horizon and a crew of students and scientists from five countries round it.
And the bit is going down through the soft stuff, the mud, the clay, the gray weathered rock that the slope is made of.
A meter, two, three, four.
And then it stops.
The rig labors.
The sound changes.
Something down there is harder than everything above it.
And the bit is turning against it and not getting through.
And then it breaks.
And everyone on that hillside in that moment sees something different.
The believers see the deck of a ship that has been waiting 4,000 years for someone to knock.
The geologists see the top of the limestone block that the whole shape is wrapped around, right where the map said it would be.
The students see a broken bit and an afternoon lost.
And the hillside, which has been sitting there through all of it, through the captain and the dynamite and the nurse and the sailor and the radar, says nothing because it’s never said anything.
It’s just been a shape waiting for someone to stop looking at it and take a piece.
They took the piece.
It’s in a lab.
And for the first time in this whole story, nobody knows what it’s going to say.
If you’ve been to the Durupinar site or if you’ve read the Collins paper or if you’ve got a view on what breaks a drill bit at 15 ft in a mud flow, I want to hear it in the comments.
And if you know of another place where 60 years of looking is about to be replaced by one afternoon of measuring, tell me.
That’s where the next one of these usually comes from.
I have a feeling this isn’t the last time we go down.
I’ll see you in the next one.
