Team of American researchers working in the high mountains of Turkey have uncovered what appear to be hidden tunnels [music] similar to the descriptions of the biblical account of Noah’s arc.
In 1959, a Turkish army captain named Ilhan Durupinar was studying aerial photographs of the mountains near the Iranian border at a light table in Ankora and he spotted a boat.
He wasn’t searching for one.
The photographs came from a mapping survey conducted for NATO.
Thousands of images of eastern Anatolia arranged in overlapping pairs.
And his task was to review them for the map makers.
It was tedious work.
Ridges, valleys, villages, snow.
And then, in an image of the hills about 30 km south of Mount Ararat, at an altitude of around 2,000 m, a shape in the mud caught his attention.
It was long and pointed at one end and rounded at the other, with a raised rim running all the way around, resembling the outline of a hull pressed into the hillside.
It lay on a slope above a village and it was enormous.
When they measured it using the images, it came to about 157 m long, 515 ft.
A figure that means little until someone does the math and explains that 300 cubits, the length of the ark in Genesis using the cubit most people accept, equals 515 ft.
Duropanar forwarded the photograph up the chain.
Someone passed it along to a photoggramometry expert at Ohio State.
The experts agreed it deserved a closer look.
And in the summer of 1960, an expedition arrived at the hillside with a photographer from Life magazine and a supply of dynamite to discover whether the object in the mud was the most important thing on Earth.
I’m not going to reveal yet what they discovered.
And I’m not going to reveal what the drill struck this autumn, 66 years later, on the same hillside at about 15 ft down hard enough to snap the bit.
I want to examine everything in sequence because this is a site that four generations of people have excavated, each equipped with better instruments than the last, and every generation has discovered precisely what it came looking for.
So let me begin with the hill.
The Durupinar site lies in the Doggo Bayazit district of eastern Turkey in the foothills south of Ararat overlooking a Kurdish village called Uzeni.
The landscape there is high, dry, treeless and unstable.
The hillsides consist of soft layers, clays and crumbling volcanic rock and limestone, and they shift.
Landslides and mud flows run throughout those valleys, both ancient and recent.
And the ground has the uneven flowing appearance of something that has slipped downhill countless times and will do so again.
And right in the middle of one of those slopes sits the shape.
From above, it’s unmistakable.
From the ground, it’s a long, low boatshaped mound with a raised rim of earth and rock running along its edges and a depression in the middle, resting with its pointed end facing uphill.
It resembles a ship because it has the shape of a ship.
There’s no denying that.
Nobody who’s ever stood on it has claimed it doesn’t look like a ship.
The entire debate over the past 67 years has centered on why and the mountain above it matters because the mountain is what drew everyone’s attention.
Ararat is the location.
Genesis says the ark came to rest on the mountains of Ararat, plural, a region, not a summit.
But for a thousand years, the massive volcano along the Turkish Armenian border has been the mountain everyone meant.
And expeditions have climbed it since the 19th century, searching for timber buried in the ice.
None has returned with anything that withtood examination.
So when a boatshaped formation appeared in a photograph 30 km from the summit on a hillside accessible by road with no glacier to dig through, it tapped into a century of longing.
That’s the ground this story grew from.
Now, the 1960 expedition, they arrived with a geologist, an archaeologist, a life photographer, and the army captain, and spent roughly 2 days examining the formation.
They dug.
They planted charges and blasted holes in the rim, which isn’t how you’d handle something you believed was a 4,000-year-old wooden ship, and which shows you how little they expected to uncover.
And what the dynamite revealed was dirt, soil, and rock.
No timber, no planking, no metal.
The geologist concluded that the shape was a natural formation, an unusual result of erosion.
And the expedition returned home, and life published the photograph with a brief article explaining that the ark hadn’t been found.
And that was the end of the story for 17 years.
In 1977, an American named Ron Wyatt visited the hillside.
If you’ve watched my Red Sea video, you know him.
A nurse anesthetist from Tennessee.
A devoted 7th Day Adventist with no archaeological training and an unshakable belief that the physical remains of the Bible were scattered across the Middle East, waiting for someone faithful enough to discover them.
He’d visited the Durupanar site before heading to NWEA to look for the chariots, and it was in a way his first major discovery, and the one he clung to most fiercely.
Wyatt claimed the formation was the ark.
He claimed the rim was the petrified remains of the hull.
He claimed he’d discovered iron fittings, rivets, brackets.
The metal that had joined the timbers together in the soil, and that a metal detector swept across the formation detected regular lines resembling a ship’s ribs.
He discovered a few kilometers away a group of large standing stones with holes drilled through their tops.
And he claimed they were the ark’s anchor stones, the drogues it had dragged behind it to keep it stable during the flood.
And he claimed he discovered a piece of petrified wood layered like plywood, which he identified as the gopher wood mentioned in Genesis.
And throughout the 80s, he brought people there.
The site attracted a steady flow of American visitors, some carrying equipment, and the most significant among them was a man named David Fasold.
Fold was a merchant marine officer, a salvage specialist, someone who’d spent his entire life around ships and shipwrecks.
And he visited the hillside in 1985 with a geoysicist named John Bombgardner and a piece of subsurface radar to determine whether anything was structured beneath the rim.
And the radar revealed lines, neat and regular ones.
Fosold interpreted them as the frames and bulkheads of a hull arranged on a grid with a keel running down the center.
He was convinced.
He published a book, The Ark of Noah in 1988.
And in it, he presented the entire argument, the measurements, the radar lines, the anchor stones, and the metal with the confidence of someone who understood what a ship looked like from the inside.
The anchorstones deserve special attention because they’re the one part of this story that’s genuine archaeology, just not the sort the believers hoped for.
There are roughly a dozen of them clustered near a village called Arzap a few kilometers from the formation.
Large slabs of andesite taller than a man each with a hole drilled near the top.
Wyatt claimed they were drogues pulled behind the ark on ropes to keep its bow pointed into the wind.
Archaeologists who’ve examined them say they’re standing stones of a type found throughout that region and that several bear crosses carved into them added by Armenian Christians centuries ago who repurposed the ancient stones as grave markers which itself suggests that the ark story had already become associated with those hills long before anyone had an aeroplane.
People have searched for the ark near Ararat for as long as people have lived near Ararat.
In 1987, the Turkish government designated the site a national park and established a visitor center.
And the signs still read Nuhun Gami, Noah’s ship.
So that’s the first chapter.
A shape, an unsuccessful excavation, a believer with a metal detector, a sailor with radar, and a park.
And this is where the story takes a turn because the sailor changed his mind.
Fosold kept returning and running more tests.
And the more he investigated, the weaker the evidence became.
In the early 90s, he joined forces with a geologist named Lawrence Collins from California State University, and they did something nobody had done before.
They took the exact claims and samples and tested them in a laboratory.
And in 1996, they published a paper together in the Journal of Geocscience Education with a title that leaves little doubt.
Bogus Noah’s Ark from Turkey exposed as a common geological structure.
Here’s what they found.
The boat shape is a block of hard rock, limestone, and the volcanic material geologists call andite surrounded by a slope of soft mudflow deposits.
And the mud has flowed around and past the block and eroded away on both sides, leaving behind a streamlined pointed boat-shaped island of rock standing out.
It’s the shape water creates around a rock in a stream, or wind forms around a stone in sand, only on the scale of a hillside.
The raised rim is the harder outer edge of the block.
The depression in the middle is where the softer center has eroded away.
There are other smaller boat-shaped formations on the same slopes, less convincing, but formed in the same way that nobody has claimed our ships.
And the artifacts, the iron bracket Wyatt discovered was a lump of weathered volcanic mineral.
The metal reinforced walls, the regular lines detected by the metal detector, were bands of lmonite and magnetite, iron minerals naturally present in the tilted sedimentary layers of the block, forming lines because the layers themselves run in lines.
The gopher wood, the layered petrified timber, was a piece of metamorphosed paridotite, a rock that naturally splits into sheets.
The anchor stones were local andite with holes drilled into them by people most likely for use as grave markers or standing stones in a region where such practices were common.
The radar lines were the natural layers of the rock.
Every piece of evidence supporting the ship was geology misinterpreted by people who desperately wanted to find a ship.
That’s what the paper concluded.
And the man who co-authored it was the same man who’d published a book arguing the opposite just eight years earlier.
I want to pause on Fold for a moment because he’s the most fascinating person in this story.
And today he’s barely mentioned.
He was a believer who went to the hillside and tested his beliefs against the rock.
And when The Rock said no, he admitted it in print, putting his name on the paper alongside a geologist in a scientific journal.
That’s unusual.
It’s what you hope people will do.
Yet, they almost never do it.
And then according to his biographer during the final years before his death in 1998 he returned to believing not because the rock had changed but because he wanted to believe.
He devoted his life to that hillside and he couldn’t accept it as merely a lump of limestone.
I don’t know what to make of that except to tell you it happened and that I can understand it.
And there’s one more thing about 1996 that I think often gets overlooked.
Collins and Fosold didn’t simply conclude that the formation was natural.
They explained why it had been discovered.
They noted that the entire slope is covered with mudflow formations, that boat-shaped erosional remnants are well known in that type of terrain, and that any geologist exploring those hills would expect to find several.
And the only reason this particular one became famous was that it happened to be the right length and happened to be photographed from the air by someone living in a country where the ark was already believed to have existed.
The anomaly, they argued, wasn’t the hill.
It was the attention it received.
Then everything went quiet for 20 years.
The park remained open.
Believers kept visiting and photographing the rim.
The geologists moved on and then a new team arrived and this time they brought better machines.
They call themselves Noah’s Ark Scans.
They’re an American group headed by a man named Andrew Jones.
And since around 2019, they’ve been investigating the Duropan site much like Fasil did in 1985, but with instruments that are 30 years more advanced.
In 2019, they conducted ground penetrating radar scans across the formation.
In 2021, they used electrical resistivity, which measures how well the ground conducts electricity at different depths.
In 2023, they collected soil samples from inside and outside the outline and sent them to a laboratory at Istanbul Technical University.
And this spring in April 2026, they released their findings.
The soil inside the outline, they claimed contained roughly three times more organic material than the soil outside it and about 38% more potassium.
Both of which, they argued are consistent with a large mass of wood rotting in place and releasing carbon and minerals into the surrounding soil.
And then there’s the radar.
They’d introduced a system called B A Kar radar, a 3D imaging radar designed by an engineer named Cosro Bectus.
And according to their interpretation, it revealed structures, angular features extending to depths of around 6 m, a central passage running the entire length of the formation with spaces branching off and converging toward the center.
One account describes a hallway stretching more than 250 ft with features arranged, they claimed, across three levels, three decks matching what Genesis says about the ark.
That’s the claim as of this spring.
And I want to be clear about what it actually represents.
It’s a press statement.
None of these findings has been published in a scientific journal.
The radar images reveal reflections from underground, and the team interprets those reflections as corridors and rooms.
But geologists who’ve examined similar data say that tilted sedimentary layers, fracture planes, and boundaries between hard and soft rock can produce exactly those straight lines and right angles.
Because rocks fracture along planes and separate into layers and radar cannot distinguish a bedding plane from a ship’s bulkhead.
The team acknowledges to its credit that anomalies aren’t proof.
They say physical samples are necessary.
So this summer they went out to collect them.
On June 29th, 2026, fieldwork began under a permit from the Turkish authorities, coordinated by an archaeologist named Sanker Atila from Civas Kumhurat University alongside around 20 scientists and students representing five countries.
They marked out a grid.
They repeated the radar scans at higher resolution.
They collected roughly a thousand soil samples from 150 locations both inside and outside the outline.
And in September, for the first time in the site’s history, they brought in a drilling rig to extract cores directly from the formation and determine what lies beneath it.
They drilled to around 18 m, 60 ft.
And somewhere between four and 5 m down, the drill struck something hard enough to snap the bit.
That’s the moment this video’s title refers to.
And I’m going to be straight with you about what’s been established and what remains uncertain.
What’s established is that the drill encountered an extremely hard layer according to the team’s own account at around 15 ft down.
That the bit broke, that they replaced it and continued drilling, and that the deeper cores they recovered contained layers they describe as rich in organic material along with cavities, voids, and spaces where the drill suddenly dropped.
What’s still unknown is the identity of that hard layer.
The team hasn’t revealed it.
There’s a press report suggesting petrified wood, which is exactly the possibility you’d expect them to highlight.
A geologist would suggest a band of limestone from the block surrounded by the mudflow, which is hard, lies at roughly that depth and is precisely what you’d encounter when drilling into a boat-shaped limestone formation.
The sample is currently in a laboratory.
The team says the results are expected over the winter, followed by an announcement and further fieldwork seasons in 2027.
I should explain what a core actually tells you because it’s the most important part of this year’s investigation.
Radar sends a signal bouncing off a boundary and you interpret what that boundary might be.
A metal detector beeps over iron and you try to figure out what the iron is.
A surface soil sample tells you what’s been growing and decaying there recently.
But a core gives you the actual ground arranged from top to bottom inside a tube.
You can examine the layers.
You can determine whether the hard band at 5 m is a limestone bed running across the entire block complete with the fossils found in limestone or something entirely different.
You can check whether the organic material consists of roots, pete and old grass or something with a recognizable structure.
You can test its carbonate content.
You can examine it under a microscope.
It’s the only instrument on that hillside that gives you the actual object rather than an image of it.
And that’s why it took 67 years to get one because you can interpret a picture to fit what you need, but you can’t do the same with an actual object.
And they’ve built a robot.
This is my favorite detail.
An engineer at LROE University in Australia named Robert Ross who designs small crawling robots to explore the burrows of wombats and armadillos has modified one to descend into the cavities through the drill holes carrying a camera and sampler to investigate what’s inside.
They call it Gopher.
Sometime over the next year, if the permits remain in place, a wombat robot will crawl underground beneath a Turkish hillside to discover whether the voids detected by radar are the compartments of Noah’s ark or simply gaps left by a landslide.
Let me walk you through it.
A captain in 1959 spots a boatshaped formation in an aerial photograph measuring 515 ft long which equals 300 cubits.
An expedition in 1960 uses dynamite, finds dirt, and heads home.
A nurse from Tennessee in 1977 discovers iron brackets, gopher wood, and anchor stones and declares ark.
A sailor in 1985 uses radar, sees frames and a keel, and publishes a book declaring ark.
That same sailor in 1996 working alongside a geologist tested the samples and published a paper identifying limestone, lemonite, paridotite, andite and mudflow, not an ark, before returning to the ark theory near the end of his life.
A park with a sign.
A new team in 2019 uses improved radar, detects corridors and three levels, and says the findings are consistent with an arc.
Soil samples in 2023 show three times the organic material inside the outline.
A permit, a university, a drilling rig in 2026, cores reaching 60 ft, and a hard layer at 15 ft that breaks the drill bit.
Cavities, a thousand samples undergoing laboratory analysis, a wombat robot on standby, and not a single sample taken from inside that formation in 67 years that has been published in a peer-reviewed journal as anything other than rock.
That’s the entire story.
And there’s a pattern here that I simply can’t stop noticing.
And once you recognize it, you can’t ignore it.
Every generation that has visited that hillside has arrived with an instrument, and that instrument has shown them what they expected to find.
Durapanar brought a camera and saw a boat.
The 1960 expedition brought dynamite and found dirt because they’d arrived expecting to disprove the claim.
Wyatt brought a metal detector and discovered metal because a metal detector used on ironrich rock will detect metal wherever you point it.
Feelold brought radar and saw frames then brought a geologist and saw layers and eventually brought his own grief and saw frames again.
The latest team brought better radar and detected corridors.
And the one thing that Hillside has lacked throughout all those years until this September is an instrument that doesn’t depend on interpretation.
A drill, a core, an actual piece of the ground inside a tube that can be sent to a laboratory where nobody knows what it’s supposed to be.
That’s what changed this year, not what they discovered.
They finally used the one tool that can’t simply show you what you want to see.
There’s something about the geology that I find even more fascinating than the ship itself, and I want to share it with you.
A mud flow moving down a hillside behaves much like an extremely slow liquid.
When it encounters an obstacle, a block of hard rock that refuses to move, the mud flows around it, leaving the block exposed in a tapered pointed shape, with the point facing uphill into the flow and the rounded end pointing downstream.
Just like a boat’s bow facing a current, just like the Duropanar formation whose pointed end faces uphill.
The very shape that makes people imagine a ship is the same shape moving earth creates around a rock.
And the reason it resembles a hole is that a hole is designed to perform the same function in water that the rock performed in mud.
The ark’s shape is real.
It’s just that nature created it first.
So here’s the official position and I’ll explain it plainly.
I believe it’s correct and I’ll tell you where the one unanswered question remains.
The official position shared by essentially every geologist who has studied the formation is that the Durapanar site is a natural feature, a block of harder rock, limestone, and ofolite within a slope of soft mudflow deposits shaped by water and gravity into a streamlined formation over thousands of years.
It’s how streamlined shapes develop around obstacles everywhere.
The rim is the hard outer edge.
The depression is the softer center.
The radar lines are bedding planes and fractures.
The metal is mineral.
The wood is rock.
The anchor stones are standing stones.
The organic material inside the outline, if the results are confirmed, is more likely explained by drainage and vegetation on a raised mound with better access to water than by a rotted ship.
Because a mound of hard rock within a muddy slope retains and drains water differently from the surrounding mud.
And the length 515 ft is a coincidence which might sound like an excuse until you remember that a hillside contains many different lengths.
And someone decided which one to measure and which cubit to use when dividing it.
I believe that explanation and I’ll add that even people who take the biblical flood most literally are divided on this question.
The major young earth creationist organizations, the very groups you’d expect to want this to be the ark, have generally examined the durupinar site and rejected the claim.
Not because they questioned the flood, but because they’ve studied Collins and Fosold’s findings.
Because Genesis describes a box-shaped rectangular vessel while the formation has a pointed bow and because they’ve seen enough similar formations to recognize what a landslide looks like.
When believers and geologists reach the same conclusion, that’s usually a good indication of where the answer lies.
The unanswered question is what the cores contain.
Nobody has published those results yet.
The 1960 expedition used explosives to dig a few feet into the rim.
Facel’s radar never physically touched the ground.
The latest team’s soil samples came from the surface.
Until this September, nobody had ever extracted a column of material showing what the formation is actually made of at depths of 15 ft, 30 ft, or 60 ft.
Now, someone finally has.
And the hard layer, the cavities and the organic bands will have a measurable composition.
And if they contain suitable carbon, may be datable.
And when those results are published, it’ll be the first time in 67 years that anyone has asked the hillside a question it can’t answer simply by looking like something.
And the silence surrounding this story isn’t what you’d expect.
Nobody is trying to hide the durapinar sight.
Quite the opposite.
It’s a national park with a visitor center and a sign identifying it as Noah’s ship.
The Turkish government approved the drilling permit.
A state university is overseeing the excavation.
Believers have enjoyed open access for 50 years.
There’s no institution blocking the way.
No locked gate.
No missing records.
The silence is in the scientific journals.
67 years, hundreds of visits, metal detectors, radar, resistivity, soil analysis, and now core samples.
And as far as I can determine, only one peer-reviewed paper has ever been published specifically about the site, the Collins and Fac, the one that concluded its rock.
Everything on the other side, every bracket, keel and corridor has appeared in a book, a press release, a documentary, or a social media post.
Not because scientific journals rejected it, but because it was never submitted.
The evidence for the ark has spent its entire existence in the one place where nobody can independently verify it.
And the one time a believer took his evidence somewhere it could be tested, the results came back as limestone.
And he put his name on that conclusion too before eventually finding it impossible to accept.
So the questions, the important ones, are finally answerable.
What’s the hard layer 15 ft below the surface?
Hard enough to break a drill bit?
Limestone as the geology predicts or something that requires a different explanation.
What’s inside the cavities?
The drill dropped into empty spaces.
Gaps from a landslide as geology predicts or chambers with floors and walls.
The wombat robot should tell us what is the organic material and how old is it?
Three times the usual organic content in the surface soil.
If the cores reveal similar levels at depth and the material dates to 4,000 years ago, that’s a conversation worth having.
If it dates to 400 years or 4 million years, that’s an entirely different one.
Who else is involved?
This year’s team includes a Turkish state university, which is new, and a marketing director, which is also new.
And some reports have openly stated that one objective is to challenge evolution in classrooms.
Does it matter who funds the drilling if the core goes to an independent laboratory that doesn’t care about the outcome?
It shouldn’t, right?
Why did Fosold return to believing?
He had the paper.
He had the samples.
He’d done the honest thing.
What happened during those final two years that turned Limestone back into a ship in his mind?
And the question I keep returning to is this.
If the cores come back showing what everyone who studied the geology expects, will the story finally end?
It didn’t end in 1960.
It didn’t end in 1996.
For 67 years, the hillside has absorbed every negative result and emerged with a visitor center and a sign.
What kind of result would finally settle the matter?
I want to finish the drill.
It’s September 2026.
A drilling rig stands on a boat-shaped mound on a bare hillside in eastern Turkey with snow-covered ararat on the horizon.
And a crew of students and scientists from five countries gathered around it.
And the drill bit moves down through the soft material, the mud, the clay, the gray weathered rock that makes up the hillside.
1 meter 2 3 4 and then it stops.
The rig strains.
The sound changes.
Something below is harder than everything above it.
And the bit keeps turning against it without breaking through.
And then it snaps.
And everyone standing on that hillside at that moment sees something different.
The believers see the deck of a ship that’s been waiting 4,000 years for someone to knock on it.
The geologists see the top of the limestone block surrounding the entire formation exactly where the geological map predicted it would be.
The students see a broken drill bit and an afternoon wasted.
And the hillside, which has remained there through all of it, through the captain, the dynamite, the nurse, the sailor, and the radar says nothing because it has never said anything.
It’s simply been a shape waiting for someone to stop staring at it and take a piece.
They took the piece.
It’s in a laboratory.
And for the first time in this entire story, nobody knows what the results will reveal.
If you’ve visited the Durupanar site, read the Collins paper, or have a theory about what could break a drill bit 15 ft down in a mud flow, I want to hear your thoughts in the comments.
And if you know another place where 60 years of searching is about to give way to a single afternoon of testing, tell me about it.
That’s usually where the next story like this begins.
I have a feeling we haven’t finished digging yet.
I’ll see you in the next
