Original subtitles

Tonight on The Curse of Oak Island.

I think we explored 10X. No, no. Wait, wait, wait. Why do you guys keep hanging

on to this thing? Because I believe.

Let's put this machine in there. Yeah, let's get it in the hole. I still am

puzzled by what's in the bottom of 10X. Yeah, I still see the square target. I

think it's still in the same position.

John Chatterton is back.

Hopefully, he can put his eyes on the target. Wow.

Hear that?

He's got something on the metal detector.

It's metal.

It's a big chunk of it.

There is an island in the North Atlantic where people have been looking for an

incredible treasure for more than 200 years.

So far, they have found bits of gold chain, a stone slab with strange symbols

carved into it, even a 17th century Spanish coin.

To date, six men have died trying to solve the mystery.

And, according to legend,

One more will have to die before the treasure can be found.

For brothers Rick and Marty Lagina, this summer has proven to be one of the most

productive in the 221-year search for treasure on Oak Island.

In addition to already uncovering a number of important clues.

That's the hatch.

It's a large port.

They have made significant finds in the swamp.

It may be a ship's clink.

And on property once owned by former American slave Samuel Ball.

I think this is an encampment. This is quite a haul. Wow, Gary.

1700s, that changes a lot.

But what is perhaps their most challenging and potentially rewarding

discovery lies ahead?

The exploration of borehole C1 by world-renowned diver John Chatterton.

We entered a swimmable cavity that may extend into the original money pit. Your

question is, are we interested?

That is our question.

We prefer you didn't have that great success without it.

It was at C1.

where last year rick lagina and oak island historian charles barkhouse

drilled a six inch wide exploratory borehole in an effort to pinpoint the

exact location of the original money pit in addition to discovering what appeared

to be a 21 foot tall void some 171 feet deep below the surface of the island

still dropping huge cap here we go they also came upon what appeared to be

a shiny metallic object possibly man-made what's that shiny like

metal yeah it looks it looks metallic how yellow that is it's your gold color

all right here we are

but today while rick marty and the team await john chatterton's arrival they

have arranged to meet once again with underwater imaging expert Brian Abbott.

Brian, how we doing?

Good, good to see you again. Yeah, same here. It's good to be back. He has been

invited back to the island to collect additional sonar scanning data at the

bottom of borehole 10X.

Oh baby, let's get some data today.

Here we go.

One year ago, after conducting a previous sonar scan of 10X, Brian Abbott

made a stunning report.

There's a structure down there.

It's roughly two and a half feet by two feet. What we think this box could be is

a possible chest.

Wait, wait. Percent confidence that that is a man-made chest?

90%. But when John Chatterton made his daring inspection of 10X

last summer...

He contradicted Brian Abbott's findings.

Right about here, I had a rock that I would estimate was 10

inches to 12 inches.

It was very angular, had at least one 90-degree angle on it. I picked it up, I

moved it. It was heavy.

To me, that was what gave you the sonar signal of the box.

We know that John Chatterton went down in that chamber. Yes.

But the key thing, he found a square stone right where you saw what could

have been a chest. It fits perfectly with the sonar, right? Correct.

So if you rerun the sonar and you still see the chest in the same position, then

John Chatterton never saw it. If, in fact, you see the chest and it is

moved... to me that means he did search the chamber he did find the objects he

did eliminate them as man-made so this is this is huge data right here for

marty not so much for me in my mind my brother has to come my way a little bit

really it's my brother's agenda he's of the belief that the sonar can prove that

the box is really a rock i have some several differences of opinion

anyway Let's put this machine in there. Let's get it in the hole.

In order to ensure that the data he collects remains consistent with his

previous efforts, Brian will be working with the same MS-1000 scanning sonar

device he used last year.

One down.

Okay.

By sending out sonic pulses that record the distances between the device and any

objects around it.

Brian will once again be able to create a three-dimensional picture of the

underground cavern.

Okay, let's hold it there for a few minutes.

You got it. Okay.

For Rick Lagina and the Blankenships, the data being collected from 10X is

critically important.

If the object that Brian Abbott and Dan Blankenship first identified as a

possible treasure chest turns out to be the same square-shaped rock that John

Chatterton located and then moved during his dive last year, then any further

exploration of 10X would be unlikely.

We'll go ahead and lower it a few more feet.

But if the sonar records evidence of both the rock and what appeared to be a

chest, then the Laginas and their partners may be closer to solving the

Oak Island mystery than they imagined.

So, Brian, what are you seeing? I'm seeing a lot of the same structure of

the cavern down there that I've seen before.

I like the word same.

Yeah, me too.

I still see the square target in this area. I think it's still in the same

position. Really?

At this point, Brian has sufficient data to compare the subterranean cavity's

current condition and the last year's.

And then a definitive declarative statement can be made.

either yay or nay thumbs up thumbs down how much of a definite statement can you

make in terms of comparison comparing it old to new data i can overlap them do

measurement tools all that type of stuff to see things have moved or have not

moved down there i think i can be fairly accurate with that all right let's get

packed up let's uh let's let's get you to where you can get us what you know

the answers sounds good

As the shadows of another evening begin to cover Oak Island... Okay, Brian, this

is what we've been waiting for.

Rick, Marty, and their partners gather inside the war room.

So what I've got is some screenshots of kind of before John Chatterton went into

that cavern to identify things. I've got a shot of after what we did today to

show possibly some differences and so forth. Perfect. Can't wait.

Let me pull this up.

Okay, this is from a year and a half ago.

We really went in and did a detailed analysis of the cavern.

If we look on this most recent scan of 10X, this is the same location, same

depth through the 6-inch pipe. So we're able to come in there, look at this. I

looked at the features, and as far as I can tell right now, the walls, what we

interpret as to be tunnel openings and everything, it looks pretty much all the

same. So I believe that the sonar is giving you a good interpretation of

what's there.

Here's the box we've seen in 2014.

All I can say for right now, I did not see it in the data that we collected on

this most recent scan.

It's gone.

It's gone, this target that we had.

So John Chatterton said he moved a rock.

Correct. You think he moved it? Yeah.

So that's pretty much what I have, guys.

Okay, Brian. Well, look, thank you very much. I mean, that's exactly what we

wanted to ascertain. All right, guys. Thanks. I appreciate it. Thank you very

much. Appreciate it. Talk to you later, Brian. Yeah. Have a good night.

In a sense, that's the data I wanted to hear because that's what I thought

happened. But on the other, I'm disappointed.

Yeah. I don't want to do anything more than 10x then. I mean, how much proving

do you have to do?

I'm not where you are. I'll tell you that right now.

Or is there a my?

I don't think 10X is worth it anymore.

But that's kind of where I'm at. I mean, I think we explored 10X. No, no. Wait,

wait, wait. Hear me out. Hear me out.

I don't want to be the dog in the manger, okay?

But I also don't want to be stupid.

For Rick Lagina, the strong belief that something incredible lies at the bottom

of 10X.

has found him at odds with his brother Marty.

I'd like to do an excavation where the data points. I told you a long time ago,

I don't want to walk away with regrets. I know that.

It is a situation that doesn't happen often.

But when it does, it poses a threat to the entire Oak Island partnership.

Dan's focus throughout much of his 50 plus years on Oak Island was the belief

in 10X.

You know, when you dedicate your life 50 plus years to one singular goal and

nothing else, he wants answers.

I would like to continue costing out some process by which we can get down to

the bottom of 10X. Okay.

So I'd like to follow up on that. It's not going to cost us any money. We quote

it out. We take a look at it.

Well, that's where I'm at. I'm just telling you. You can make a face if you

want to, but that's where I'm at. I can't help it.

I tend not to give up. You know that.

Mm-hmm.

To paraphrase Johnny Cochran, OJ's attorney, if the box is gone, we must

move on. And that's how I feel. I think we're done. I respectfully disagree.

Why do you guys keep hanging on to this thing?

Because I believe.

David? And I'm with you. I believe there's something there, too.

Why, though, David?

Just to prove one way or the other, Marty, whether Dad was right or he was

wrong.

And I promised my mother that we'd try and finish it. And I'd like to try and

keep that promise.

All right, that I understand.

There's a heavy-duty emotional component to 10X on a variety of levels.

That's indisputable.

Is it possible that what Dan saw is now all covered in silt? Because I believe

what Dan saw is there.

What's all this about? This came out of 10X.

That came out of 10X. That came out of 10X. And that came out of 10X. What more

do you want, Marty?

Chain, wire, and that low carbon steel. It all tested out as being made prior to

1750. All of that came from the bottom of the damn hole. All of those things?

All of it came from the bottom of the hole.

Marty's got an X in it.

Where are you?

I'm real close to an X. I mean, if we could do something fairly cheap to clean

up the bottom, I'd be all for that.

I'm just concerned it's not an easy thing to do.

I don't know. I'm afraid you guys are never going to be satisfied until you

crawl down that hole.

Truth is... You're right.

You're right.

You and I will do it, and you and I will pay.

There you go.

I still am puzzled by what's in the bottom of 10X.

Look, I'd be happy if I could...

come around to putting an X through 10X.

I'm good with that, but not right now.

I'm still enthused about the money pit, but I think it's time to attack where it

started and see what happens.

There's no problem with that.

Okay, then.

I say we call it a day.

Let's go.

As a new day begins on Oak Island, the team's focus shifts back to this year's

key target, the money pit.

In order to determine if the void at the bottom of the C1 shaft is large enough

and stable enough to accommodate a diver, Rick, Marty, and the team have

invited John Chatterdon, along with dive supervisor Howard Ehrenberg, to observe.

They're scanning sonar operation.

We're all very grateful that you've come back after all this time. You know, for

us, this is another opportunity to contribute something, so we're excited.

You've got your work cut out for you. Yeah.

So here we are. I see Blaine's here with the gear and everything's set up, ready

to go.

To scan C1.

Rick and the team have invited sonar experts Blaine Carr and Evan Downey to

Oak Island to utilize a relatively new and cutting-edge scanning technology

known as BlueView.

Unlike the previous scanning sonar devices used on the island,

the BlueView device is designed to pan and tilt while it scans.

This will allow it to gather higher resolution images of underwater

structures and the objects contained within them.

Okay.

We're going to keep it vertical? Yep. Okay.

Make sure it does not be fouled of the cable.

And, yep.

I wonder if we put a board across and lower this off of a board. Yeah, that's

a good idea.

So this drops all the way down to the bottom and sits on the tripod.

It sits on the tripod and then it'll scan around in 360 degrees. So it

creates a 3D image. A little bit of overkill, but... No, it's not. No,

there's no such thing. No, it's not at all.

All right, ready?

Here goes.

They're going to conduct this survey of downhole in C1, and hopefully they'll

give us a real proper assessment of the size of the cavity.

We're in the water. And put John and Howard at ease for the dive to proceed.

It's 100 feet coming up.

160. It's recording some data.

Now this is 185.

We're well into the cavity right now.

Blaine, are you ready to go? We're all set, Rick.

Now that the sonar device is sitting on the bottom of the C1 shaft, some 190

feet underground,

Blaine Carr can now begin taking scans.

in order to build a complete picture of the mysterious void.

Okay, we got a five minute scan and everything seems to be good so far.

What have we here?

That looks like there's a shaft pointing into this. So this is not the shaft that

we dropped it down? Not knowing exactly how our unit is sitting on the bottom

right now. It could be on an angle? It could be the shaft that we just came

down, and it's sitting inside a cavity right now looking back up the shaft.

This looks pretty well rounded out.

At the Oak Island Money Pit, sonar expert Blaine Carr is obtaining BlueView

scanning sonar data of the void at the bottom of the C1 shaft.

He is trying to determine if the void is stable enough to allow for professional

diver John Chatterton to enter and explore Could this be that where the

tunnel that we came down this could be the shaft? Yeah could be

I mean, clearly it's wider.

It's way wider. If we came down this shaft, it's definitely wider. There's

definitely a cavity.

But you've also got... Remember, this is a 360-degree scan, so it's not seeing

what's out on either side here. It's showing what looks like an opening here

that looks like it went this way underneath.

So you got your shaft, you got an opening, and it looks like there's an

opening going right through it. Yeah.

Yeah. So you got yourself your void, and you've got something leading off your

void.

A second opening?

Could the sonar scans have revealed the existence of a possible man-made tunnel

more than 170 feet below ground?

If so, who built it?

And perhaps more importantly, where does it lead?

It's like for me to as far away again as I am on the other side. It's more than

four feet wide.

Sonar is indicating a larger space, and in fact it's indicating the possibility

of a void.

slash tunnel coming into the space.

So it's very intriguing, but we've got further work to do.

So this is just the second scan. This isn't merged with the other scan yet.

No, no. I can't do that. You can't do that here. Okay. So what you're looking

at here, see where the mouse cursor is?

That's basically the position of the sonar unit.

So at the point at which you compiled all these data sets,

and then at computer models. At that point, you'll be able to give John and

Howard a very good idea of height, width, and breadth of the cavity.

Give me three or four hours.

We'll put this together.

I'll do my very best to get it all into one cohesive package and present it

tonight, and you guys can come up with a plan.

Look, Blaine, again, thank you very much, and I look forward to what you've

come up with.

Cheers, man. We'll see you later.

You know, we've had a lot of meetings in the war room, but this one in

particular, I think, is most welcome.

At the end of another long day on Oak Island,

Rick Lagina and members of the team gather in the war room to find out the

results of the Blue View sonar scans.

Blaine, I'm hoping you've got good news.

Yeah. The data we're looking at is basically raw data right up out of the

hole. We did five full scans.

and we've compiled them all together.

The first one here is actually a screen capture, and what we're looking at the

perspective we have right now is looking down the hole.

The sonar allowed it to see this opening cavity outside of your caisson.

Our measurement on it, conservatively, I would say it's about 10 feet back from

the center of the caisson.

So you're saying 10 feet, pretty confident? I'm pretty confident on the

10 feet. I mean, as you can see from the image, from looking straight down, what

looks to be a corridor.

A corridor?

Is it possible that it was through this passageway that objects of great value

were carried to their final hiding place centuries ago?

So now let's just move on to the next slide here.

Did you collect enough information to tell whether or not the tunnel was...

perfectly perpendicular to the hole we dug?

What of the hole I can see, I can say yes.

Really? Yeah.

I can tell you right now, I don't think I can see the end of that hole. I think

that hole carries on.

This could lead to a whole other tunnel system that we have proposed could be

under Oak Island or possibly a separate treasure chamber.

We don't know that this is the end. This could just be the beginning.

Absolutely.

We're covering a lot of ground here.

Your best guess on dimensions of that chamber at the bottom

of the caisson.

So we're going to get a measurement from what I think is the base of your opening

for the hammer drill. So the shoulder is what I've been calling it, the shoulder

of the ceiling.

I'm going to say between six and a half and eight and a half feet. Saying plus

or minus two feet at this point because of...

All things considered, I think it's a pretty fair game.

You know, I mean, we're asking him to measure with a micrometer, mark it with

chalk, and then cut it with an axe.

But at the same time, you tell me if I'm not synthesizing this correctly.

Basically, it's about 7 foot high and 10 by 10. Yeah.

I think that's accurate. That's a pretty good space.

I mean, it's definitely big enough to stack some stuff in there if this is

what it is.

We would want all the information possible.

There's nothing like eyes, boots, and hands on the ground in that cavity.

So I'm excited. I'm amped up. I want to get going.

As soon as the boots hit the bottom, pretty much for the rest of the day,

that's it.

So our best visibility is going to be first thing in the morning.

I think we've got a real clear idea of what we want to do from a diving

standpoint tomorrow. We're all on the same page?

Absolutely. Awesome.

Here's what I think. Everybody get some rest.

Agreed.

It is the beginning of what could be one of the most important days in the 221

-year search for treasure on Oak Island.

At the end of the day today, for me, I hope we get answers.

That's our job, Howard.

Answers. There's your goal. Let's get some answers. Let's get some answers.

Why are you guys all walking around in T-shirts like it's summertime?

We ate for Florida.

Today, renowned diver John Chatterdon will attempt to dive more than 170

feet to the bottom of the C1 shaft.

If successful...

he will also try to locate and possibly recover the mysterious gold-colored

object the team saw while drilling there last year.

Oh, look, at the end of this dive, I'm hoping we'll all be completely

enthralled by what we see. Yeah.

Yeah, absolutely.

That's my hope. The most important thing you can bring back is information.

That's our goal. No, the most important thing we can bring back is you.

That's first and foremost you come you good on the whole hand full of gold

coins would be pretty close second him first. Okay him first The team will be

making their initial descent into the 40 inch wide shaft by means of a bosun's

chair It will be lowered down c1 by a boom crane and will not only allow the

divers safe entry and exit But will also enable them to remain suspended above

the clay that lies at the bottom of the void.

The focus for getting the video is we want to minimize the disturbance in the

water, minimize kicking up any silt. We want to make sure that the overall

integrity of that rock is safe for divers to be down there.

All right, let's do it. Okay, let's do this. Okay.

Now pull forward, just turn it hard left.

Where are the zip ties, Nate?

We're going to have to cover that in electrical tape.

This is the only time I want to come over here today.

Although the team has arranged for emergency medical technicians to be on

site at all times during the dive operation, they have also taken the

extra precaution of obtaining a decompression chamber, as the divers

will be at risk for possible decompression sickness, also known as

the bends.

A condition that happens when a diver's bloodstream becomes filled with nitrogen

bubbles caused by ascending to the surface too quickly.

The results can be extremely painful and may even be fatal.

Hopefully you're going to have nothing to do all day. I hope so. Now I've got

enough to run two and a half treatments, so I've got lots of extra gas.

Okay, so we don't have to ever come over here again today?

Thanks, Scott. All right, no problem.

Is he going to sit in the chair the whole time? Just like that.

Appears to be very stable.

As John Chatterton begins final preparations for his momentous dive into

the C1 shaft.

Hey, guys.

Hey, Dr. Chatterton.

He is greeted by Marty Lagina and Craig Tester.

They will be monitoring the dive operation live from their offices in

Traverse City, Michigan.

Last night, we hammered out a dive plan that looks really solid.

Hey, John, I don't want to tell you how to dive, but if you see a shiny gold

thing, would you please pick it up? Run away.

If you look at John's resume, you know, what he's done, the technically

difficult dives he's engaged with, he's committed.

He's ready to go.

Com check, John.

Roger.

John will be descending into C1 with attached umbilical cables.

These will not only supply a mixture of nitrogen, helium, and oxygen into his

suit, but also hot water, which will help to keep him warm in the shaft's

frigid 40-degree temperature.

What's your temperature at?

95 and still climbing.

Send him up.

In the communication center, dive supervisor Howard Ehrenberg will

maintain constant contact with John during the dive.

The team will also be able to see what he sees on the live video feed from his

dive helmet.

Going down.

A little tight.

Yeah.

There's no expert room in there, that's for sure.

No. Oh.

I'll stop.

I'll stop.

Okay,

we're in the water. We just hit surface.

Copy that, John.

Starting the clock.

Visibility looks pretty good. I can see your hands nicely.

Visibility is still good.

We're seeing his glove, his dive computer. We're seeing the walls of the

caisson. It's all looking good at that point. We've got clarity.

He can actually put his eyes on the target.

Looks like it's getting a little mucky down there, John.

I'll stop.

I'll stop.

I'll stop.

John, how's the visibility now?

Amazingly better.

Are you getting any of this on video?

Yes. If we leave the face on, you can see a cunning pig.

Copy that.

Like that, please.

Copy that. Bring him down.

At the Oak Island Money Pit, diver John Chatterdon has successfully made his

descent down the C1 shaft.

and is now exploring the mysterious void, located more than 170 feet

underground.

All stop.

All stop.

Wow.

What are you seeing?

Structurally, it's good.

Affirmative. That's excellent.

That's excellent.

This is big enough that I can swing my legs around and not touch anything.

You know what I'm saying?

Yeah. Okay, you ready to go down?

I'd like to come down two feet, please.

Copy that.

Down two feet.

All stop.

All stop.

The visibility is unimpressive.

What's the problem?

The problem is there's a cell all over the place.

Can you see anything?

I believe I'm seeing what you guys are seeing.

That's bad visibility.

It's pea soup.

It's going to be a go-by-feel, a tactile dive, and he's feeling his way 160

-plus feet underwater.

Well, that's a significant undertaking. Get in and get out with whatever

information you can.

What's going on, John?

I am basically feeling on the bottom right now.

So what does the bottom feel like?

It is soft play.

Soft play.

Can you ask him, can he feel any water flow?

So is there any indication of water flow down there?

Copy that. How do the walls feel, John? Did they feel irregular?

Very rough.

Irregular in shape.

With a lot of sharp edges.

Copy that.

How you doing, John? It's been like 25 minutes.

You can stop bringing me up.

Copy that.

Okay, so I'm sure you heard. He's coming up.

Okay.

Okay, so we're going to bring him up to 70 feet right now.

With his first dive into C1 completed, John Chatterton begins the slow and

gradual process of ascending to the surface.

How's your rate of ascent? You like that?

Although he was only able to spend about 25 minutes exploring

the bottom of C1, the time it will take him to reach the surface and for his

body to safely decompress will be almost twice as long.

But when he resurfaces, what will he report?

Could he have found evidence of the shiny metallic object that Rick, Dave,

and Charles spotted last year?

Everybody here believes in that shiny gold thing. I believe that the shiny

gold thing perhaps opens the chapter on the book that I call the Oak Island

Mystery. I think there's a wonderful story written here.

Maybe, maybe today we open the first page.

I got good news and bad news. The bad news is the visibility is terrible.

The good news is there's another hole.

You know, if this diameter is 40 inches, it's like maybe 37 or something like

that. You're talking tunnel. Exactly.

John's confirmation that some kind of passageway exists in the void at the

bottom of C1 offers exciting news for the Oak Island team.

But is it a natural formation?

Or... could it have been man-made in your opinion i mean you you've seen rock

underwater i mean you'd think the walls would be smooth and you're saying they

were absolutely not smooth here you could see the rough overhead

of the ceiling and it's solid it's not all falling apart it's not rotten rock

and there's sharp edges and all that kind of stuff but it's not something

where i'm concerned that the whole thing's going to like cave in

The walls in C1 did not have the smooth feel, but sort of a chipped-like

texture, which is some indication of being man-made.

Could it really be a man-made chamber?

I mean, that's your first thought. Could it be carved out?

Are you comfortable at this point exploring the cavity?

I don't see anything from an integrity standpoint that concerns me.

It begs the next question, you know, a follow-up dive.

Yeah. What do you see happening?

Well, we could metal detect on the bottom. Perfect.

Let's do it.

Although the team is eager for John Chatterton to attempt a second dive, for

safety's sake, he will need to wait for an extended period so that his body can

completely stabilize.

Luckily, expert diver Mike Huntley is on hand to make the second dive.

But this time...

The emphasis will be on trying to locate the mysterious metallic object.

Now he'll go back down, metal detect, okay? Hey, stay wet. Yeah.

All right, rocket.

Let's get this sucker sealed up, get me in the water. It's getting hot.

Could Mike Huntley be just minutes away from locating and possibly recovering?

would appear to be a gold-colored object discovered at the bottom of the C1

shaft. Copy.

Okay, let's go.

Can you drop me down a little quicker?

It's hot.

Copy that. Take him down quicker.

How's that?

As the sun threatens to end another day of treasure hunting.

Copy that.

Brothers Rick and Marty Lagina anxiously monitor the progress of diver Mike

Huntley as he slowly makes his way down the C1 shaft, more than 170 feet deep

below the surface of Oak Island.

Copy that. You're in the cavity.

Armed with an underwater metal detector, Mike will begin searching for the

mysterious gold-colored object the team recorded video footage of last year.

I'm on bottom.

Copy that, on the bottom.

So you can't see anything, right? Is it totally silted out in there?

No, totally.

Okay, I'm jumping out of the chair.

Copy that.

Find the shiny gold thing.

Yeah

Oh

Yeah,

I hear something yeah

He's got something on the metal detector

He's getting metal detector hits, and that's a game changer if it could be

verified. There should be no metal in a solution feature.

That would pretty much say this is man-made.

Is he certain of that?

It's not your gear setting off the metal detector, right?

Because Mike's helmet is completely made of stainless steel, he must be certain

that his metal detector is not getting false readings.

Is he in the rubble pile? Are you in the rubble pile?

You

might

try zeroing in on the object, shutting off the metal detector, and then just

reaching towards the middle and grabbing at it.

A block?

Could Mike Huntley really have found a large metallic object located at the

bottom of the mysterious void?

It's not on the surface of the wall. It could be back in it.

Though we don't have orientation nor scale on the camera that we put down

last year where we see this object it appeared to everyone that it was either

in the ceiling or the wall so are we on that is it possible

that mike huntley has located the strange gold-colored object that the

team obtained video evidence of last year and

if so could rick Marty and their team be just moments away from

finding an important piece to a puzzle that treasure hunters have been

searching for and Dying for for more than two centuries you peaked

everyone's interest right now

Next time on The Curse of Oak Island.

We have financial constraints at this point. We need to make a decision today.

This is a Mi'kmaq relic. The face is pointing at Oak Island.

I am on the bottom.

Wow. What's that?

We have hits in the cavity in the money pit. It doesn't get any better than

that. How many hits does he have?

Three hits. Wow, is that for real?