Original subtitles

Hey, Cameron. It's Kaleb. Do you copy?

Cameron, do you copy?

Skinwalker Ranch Command Center, Kaleb, how do you hear?

This is Cameron. We're on the outskirts of the ranch now.

We're just about a couple minutes out.

Copy you, Cameron.

I've got eyes on you.

After all these years of investigation,

I am more motivated than ever

to get back to the Skinwalker Ranch.

My hope is, this year will be a breakout year,

where we will finally determine the truth

associated with unidentified aerial phenomena

and high strangeness on the property.

Over the years we've been investigating the ranch,

I've seen some crazy stuff.

But none of it comes close to what I witnessed last year.

Every time I try to push through the barrier, look what happens.

It's pushing you back.

We're talking evidence of invisible forces...

- You seeing this? - Yes.

Strange signals,

mysterious flying objects...

- What is that? - Ceramics.

And, of course, possible proof

that something from out of this world is buried in the mesa.

- This is artificial? - Yes.

Holy crap.

I'm really looking forward to this year's investigation.

It's time to start connecting new dots,

and take things even further.

Kaleb.

- It's good to be back, brother. - Thank you.

We now have what we can

rightly call hot spots,

areas of interest where we have seen strange events repeatedly.

Much of our work this year will focus on studying these areas.

We are all anxious to bring some kind of understanding,

if not closure, to the mystery of Skinwalker Ranch.

Hey, guys.

- Brandon. Good to see you. - It's good to be back.

After years of gathering data,

we have more questions than answers,

but we're driven

to push boundaries like never before.

It's good to see the team assembled.

I think more than ever before,

not only do we have answers coming off of this last year,

but I have to believe that we're getting closer

to understanding what is happening both below

- and above Skinwalker Ranch. - Exactly.

Speaking of what is below the property,

we have ceramic material

that Chris found in the mesa this last year.

Not only is this ceramic material

not naturally occurring,

but it also has some strange

electromagnetic properties.

All of which have been verified with

- scientific equipment. - Yeah.

The ceramics we found

while drilling in the mesa last year were

an absolute game changer. Based off the tests we ran,

they appear machine-made and super heat-resistant,

just like the ceramics used to protect man-made spacecraft.

I'm going to reposition this.

When we bombarded a sample with electrons,

a bunch of holes formed on the surface.

Are those holes getting bigger?

- Yes, I think so. - Yeah, yeah.

Let's turn it off

to see if it goes back to normal. Here we go.

But when we stopped,

the material appeared to repair itself.

Look at that.

I've never seen anything like that before.

This stuff is fixing itself.

That's exactly right. Unbelievable.

It raises the question, what the hell

- is there in the mesa? - Yeah.

I mean, let's not forget

a tungsten carbide drill was damaged inside of that mesa.

I want to find out if it is connected

to the manufactured ceramic material.

- My gosh. - Look at that thing.

Half that tooth is gone.

Last year, as we drilled the second

of two boreholes, the drill bit hit something that destroyed it,

about 470 feet into the mesa.

And that was when we found the ceramics in the spoils.

So far, we know from the ground-penetrating radar

that there's a 400-foot-long object,

possibly made of metal,

and surrounded by several smaller objects.

Did the ceramics come from one of these things?

And if they did, what the heck is it?

Chris Roberts,

our archaeologist, has been busy at work

over the last several months in preparation

- for this meeting. - Yeah.

After last year's investigation concluded,

I did some cleanup of the deposits

that came out of Borehole 2.

When I was actually

sorting in the 60- to 90-foot section,

I found something else in there, as well.

And what I've determined under magnification

is that it's a ceramic.

But this is the head-scratching part.

It's a little bit darker,

- and it's more dense. - Okay.

So, we have two different ceramics

- in the mesa. - Wow.

- Wow. - Well, did you test it

- with any other instrument? - I did not.

But I have a test we can run here on the ranch

to see how they compare under a special UV light.

- Let's do that. Let's do that. - Yeah.

I haven't identified the different ceramics

as to a... a known type.

So it'll be really interesting

to test both ceramics to see if they're related.

This second possible ceramic

is all the more reason for us

- to get back inside that mesa. - Yes.

But how do we get in there? How can we do this differently?

Well, so far,

- we've done horizontal drilling. - Right.

We were only 33 feet from the top of the mesa

when we hit that object.

And you look at that depth...

That's really achievable if we were to come from the top down.

I think that the time is now to go in vertical

with a much bigger diameter drill bit.

We're thinking maybe around four feet.

What is this anomaly?

What's this hard substance that stopped a drill bit

cold in its tracks?

By going to a vertical drilling operation this year,

we're going to be able to be a lot more controlled

in exactly where we're drilling.

In addition to that,

it'll allow us to carefully examine,

foot-by-foot, as we go down,

so we don't damage whatever it is inside of there.

Can you imagine a four-foot-diameter hole

going down 30 feet?

- We can do a lot with that. - Yeah.

I know you're thinking, how many instruments

we can put down there and all the data we can collect.

So we're going to have to be bringing somebody in

from outside the area,

which will take two or three weeks to happen.

Well, that's exciting.

I'd love to get to the bottom of what is in the mesa.

So, I want to make sure that we are carefully engaging

the digging activity and excavation

over the course of the next few weeks.

- Absolutely. - Yeah.

Also, I think one thing I want

to explore is this bubble.

Why is this exotic anomaly

- over Skinwalker Ranch? - Yeah.

Of all the strange stuff we've seen out here,

the bubble has got to be one of the biggest mysteries.

The only way I can describe it is,

it's like a massive, invisible ball,

almost like some kind of science-fiction force field.

It's got a 2,000-foot radius,

and it reaches both above and below ground.

Its epicenter is at the place we call the triangle,

and it even covers the mesa drill site.

So far, we've seen its barriers block drones

and even rockets from passing through it.

We've picked up possible communication signals

inside of it and documented a ton

of UAPs going in and out of it.

Well, I'm anxious to hear what are the immediate

action items to begin this year of experiments.

I think the first place we should focus is

at the center of the bubble, where we saw

what we've been calling the blob.

Right.

One of the most curious spots inside the bubble

is 31 feet above the triangle.

That's where we captured high-speed images back in 2022

of a blob destroying a rocket midair.

We don't know what this thing is

or how it connects to the bubble.

So the hope is that,

by concentrating on key areas like the blob,

we might unravel this entire bubble mystery.

As we've been preparing for this year's activities,

Erik and Travis have tasked me to erect these two different

new towers, 30 feet high, right there in the triangle.

I'm pleased to report that we're ready

to erect those towers and move forward.

We're going to be able to put instruments

right in the heart of that 30 or so foot spot

over the center of the triangle.

That's right. I reached out

to LOC Precision, and-and asked them

to design a thrust stand,

so we can put rocket motors upside down

at the 30-foot mark.

That will put huge amounts of light, heat

and smoke into that spot.

It might reveal the blob again,

and we might be able to get a better image of it.

I've developed a piece of software.

I am calling it Meta-Frame.

Now this is... this is a piece of software

that allows us to catch fleeting events that

are so fast that we wouldn't catch them with the naked eye.

So now we have the ability

to study any unusual flights or UAP over the ranch.

Also, it allows us to review all of the events

that take place on the property over the course of

24 hours, so if something's going to happen, you know,

on the ranch or in our airspace, we're going to catch it.

That's good.

- Excellent. Excellent. - Love it.

That tool is going to be really valuable.

- Absolutely. - Yeah. Yeah.

Well, let's, let's move forward. Thank you,

- everyone. - As always,

we got our work cut out for us. I say we get started.

Looking forward to getting the answers.

- All right. - Very good.

Thank you, gentlemen.

So, first things first.

Let's take these bolts out of the hinge.

Yeah, okay.

Before starting our first experiment of the year,

we needed to install two new towers

at the triangle, which is the epicenter of the bubble.

- Right there. - Right there. HOLD! HOLD! HOLD!

These 30-foot towers were specifically designed

to run tests

right in the spot where we saw that strange blob before.

- That's all tightened down. - It's locked in, dude.

This thing ain't going nowhere.

- I'll give you this. - Okay.

Once the towers were up, Allen Isdell

from LOC Precision Rockets and his daughter Katie

arrived to install the most important piece

of tonight's experiment.

This is the fun table right here, man.

This is.

They've brought custom-made rocket motors,

which we're going to mount upside down on top

of one of our new towers.

These will allow us to blast flames and smoke

directly into the spot where we first saw the blob.

Since it appeared for just a moment

when the rocket was destroyed in 2022,

we're hoping long-sustained heat and flames

from a rocket engine will make it appear again,

but for longer this time, so we can figure out

what the heck it actually is.

- Okay. - Put the ignitor in and

- connect it and then get clear. - Okay.

- All right? Thanks, man. - All right.

During our experiment...

That's booted up.

We'll be using a whole bunch

of specialty equipment.

All right, so we got power.

We've got lidar,

which can capture infrared images of things

you can't see with the naked eye.

Then we also have thermal FLIR cameras,

which will identify anything with a different temperature

than the surrounding environment.

Let's put this one right there looking that way.

We've also set up several high-speed video cameras,

aimed where we saw the blob before.

What am I looking at here?

Those'll feed into Erik's new Meta-Frame system.

So if the blob appears, even for a moment,

we should be able to catch it on camera.

All right, we should be ready.

All right. How are we doing over here, guys?

- We're ready. All right. - Yeah. -Thank you.

Erik, we're going to now shut down until dark.

Copy that, Travis.

- Perfect. - All right. Cool.

Appreciate it, guys.

While we were waiting for nightfall...

What you got here?

Guys, Chris has been looking at the properties

of these materials that we brought out of the mesa.

Erik, Thomas and I joined Chris Roberts

in the command center.

He wanted to show us the new kind of ceramic

he told us about yesterday.

He also wanted to run a comparative test

with the ones we found last year.

So, actually, I've got four pieces in here.

We have a camera up in the top here looking straight down.

Okay, got it.

So that's what I'm seeing on the screen right here, then.

So, the three larger pieces that you can see?

Those are Type A.

The Type A ceramic is the material that we examined

at the university last year.

Type A ceramic is what we found in Borehole 2.

- Is that right? Okay. - Yes. Yes.

And then what is that thing above it?

So the one above it I found

after last year's investigation, while I was doing winter work

and re-sorting through the drilling spoils of Borehole 2.

And that came from 60 to 90 feet in.

Okay, and so that's what you're calling Type B?

This is Type B.

Now what's interesting about it is it is very similar

in characteristic to Type A,

meaning it has a similar glaze to it.

All right, so explain to me

your experimental apparatus here.

We're going to use a special kind of UV light,

called UV 365, to see

how different or similar the two ceramics might be.

I've got this in a photo box here,

and I've got the UV 365 looking into the box,

and I've got gloves on,

and I've got safety glasses on that are safe for those rays.

To be clear, 'cause I've played with black lights a lot,

you're saying that you should be wearing safety glasses

with a black light?

For this level, you should be.

It's at the wavelength that it will cause severe sunburn.

Right? And so it would sunburn your eye,

sunburn your skin.

And it's... it's the wavelength that likely

is what causes skin cancer.

So it's just a preventative thing.

UV 365 is something you've probably seen on crime shows,

where they wave it around and reveal all the stuff

you can't see with the naked eye.

But what Chris wanted to do was to use it

to look for subtle differences to confirm

if they are, in fact, different kinds of ceramics.

Well, let's take a look at it.

So, you guys watch it on the screen here.

Most ceramics actually absorb ultraviolet light.

They don't do any fluorescing at all.

What's interesting about it is,

all of a sudden, Type A is fluorescing.

You're saying that typical ceramics

that you see don't glow under a black light like this.

Correct. Now, what's interesting about Type B

is, the coloring doesn't fluoresce the same as Type A.

Well, I would say, looking at that,

that the Type A ones are fluorescing blue-green?

Right? And then

the Type B one is fluorescing yellow.

Yes.

I would like to see that compared

to, like, what a real

archaeological ceramic would look like.

Do you have any samples of that?

Yes. This is a piece of ancient Indigenous pottery.

It could be around a thousand years old.

You see it right in the middle?

Well, that doesn't fluoresce at all.

It looks completely black on the screen with a few...

Almost like it's charcoal or something.

- A few bright dots. - It does.

So, this is highly absorbent.

But here's another thing I found.

Under a microscope, I saw some buildup

and erosion that happened on both the Type A

and the Type B ceramics.

It would take a long, long time to occur inside the mesa.

How much time? Is that tens of years or hundreds of years?

If I were to guess, based on my experience,

conservatively, it's in the thousands of years.

Thousands?

- It's thousands of years old? - And that's conservative.

This material has got machined edges on it,

which would usually mean it was made sometime

- in the last 50 to 75 years. - Yeah.

If what Chris says is correct,

that suggests some really crazy possibilities

for what's in the mesa.

Maybe the ceramics are like the heat shield tiles

on the space shuttle but were part

of some secret government program.

Or another even more insane idea is

that there's some kind of alien technology

that's been buried in the mesa for thousands of years.

I really don't know what to think at this point.

I think our next move is to send off some samples,

and-and we need to get these tested.

I know a lab in Colorado

that can perform thermal luminescence testing.

What do you mean by that?

Well, that's where they will tell you how old it is.

But it's a destructive process,

meaning the Type B sample could be totally destroyed.

And we're fortunate that we have so many samples

of the Type A ceramic. I think it's enough for us

to do some pretty aggressive testing.

But I don't think we should send the Type B in

since we only have one piece.

Well, you know what? As we get the new drill,

Core drill rig, up on top of the mesa

and start going down,

maybe you'll be able to find more pieces.

- That's what we need to do. - We want to get

this material off to the lab as soon as possible.

I agree. I agree.

- All right. - Good stuff, man.

Thanks, guys.

You have continuity?

- Yep, we're good. - Okay.

Once the sun went down,

it was finally time to start burning our rocket motors

to see if we could get the blob to show up.

And be advised,

the rocket is good to go.

All right, that sounds good, man.

We also decided to launch an actual rocket at the same time

since that's what we think

caused the blob to appear before.

Thomas, I got to tell you, man, the towers look cool.

So here's what this means, guys, the color code.

The green means it's passive.

If you're on that side, you should be safe

from any potential pyro or rocket motors or anything.

The red tower means it's dangerous, stay away from,

'cause this is where we got active pyrotechnics.

- Make sense? - Yeah.

All right. Well, let's get to it.

I'm gonna call Erik, tell him we're going.

Hey, Erik, we've got everything ready to go out here.

Hey, Travis. Copy that.

40 seconds.

What's that noise?

Something's coming through the computer, man.

I-I don't know what it is.

So what changed?

I-I don't know.

But I can't get it to turn off.

Let's try something.

I don't know what that was. I think

it's some sort of weird technical glitch going on.

Something's not playing nice.

Yeah, something not playing nice.

That's weird. Whatever happened just then made...

All of the signals went away, my-my laptop jammed up.

All of a sudden, out of the blue,

my computer, which monitors all my instruments,

glitched in a way that we've never seen before.

And right when we started our countdown.

Now, we have seen equipment fail many times out here

the second we start our experiments.

From my POV, that feels like too many times

to be just a coincidence.

There's one little peak right here at 1.2.

So now I got 1.2 showing up.

This is strange.

This 1.2-gigahertz signal was really weird.

It's been showing up

ever since Erik first broadcast it

last year during an experiment.

Like someone or something cloned the signal

and then broadcast it back at us.

I don't know if it's meant to taunt us

or to communicate with us.

Hey, Erik, be advised, I'm getting a 1.2 signal showing up.

Copy that, Travis. Yeah, I can confirm,

Several 1.2, peaks.

Hey, y'all, let's see if I can see

where that thing's coming from.

Let's see.

My spectrum analyzer was connected

to several antennas here at the triangle.

So, by checking each antenna feed individually,

I wanted to figure out where this signal was coming from.

Well, that's sky-facing.

That's mesa-facing.

That's facing the mesa?

That's facing the mesa, that's facing the sky.

So it's not coming from the sky. It's coming from the mesa.

Hey, Erik?

The 1.2 gigahertz is coming from the mesa.

- Copy that. - And, my antenna's pointed

at the mesa, north-northeast.

Now, that's interesting. I wasn't expecting to hear that.

I'm going to see if I can confirm that.

Okay, Travis, I'm looking at the direction-finding system,

and I show a peak, but it isn't coming from the mesa.

That 1.2 is very strong, it is dominant,

it is constant, and it is from the south-southwest.

That's weird, man.

My antenna shows it coming from the opposite direction.

All right,

Erik, I don't know what the crap is going on there.

How could Erik and I be getting the same signal

from opposite directions?

Could we be seeing multiple broadcasts at once?

If that's the case, what's doing this?

Is this signal bouncing off the bubble and coming back at us?

Look at that.

There it is.

What the hell is that?

That's cra... That is a lot of energy.

The whole dad-gum spectrum is doing that.

Lord.

Erik, I just have started getting from the mesa a signal

showing up from 1.59 to 1.60 gigahertz.

It's that whole baseline jumping up and down

that we've seen before.

I can confirm the whole thing's bouncing up and down.

Yeah, and I can tell you that is not common.

Yeah, makes, you wonder what's going on, don't it?

Yeah, exactly.

Well, that... that's wacky. It's crazy.

I'm gonna keep watching it. Let me know

if y'all see anything weird. All right, well, let's launch

- a rocket and a motor at the same time. -Yeah.

- Let's do it. - Okay.

Hey, Erik, do you copy?

Yeah, Travis, go ahead.

Yeah, man, we've got everything ready

to go out here, and then

we're about to get this thing fired up.

Yeah, copy that.

Five, four,

three, two, one.

Tower motor's ignited.

It's smoking.

The rocket didn't go.

The rocket's beacon signal's going off,

but why didn't the rocket go?

I don't know.

All right, well, let's go down with it

and let's go check it out.

What caused a perfectly good rocket not to fire?

I mean, I've fired thousands of them

and never had that problem.

It never even fired.

Weirdest thing, the igniter didn't burn.

- It didn't even burn. - It was like it was dead.

There were no signs of anything physically wrong

with that rocket.

So, did whatever broadcast those signals stop it from launching?

All right, she's hot again.

All right. Hey, Erik, you copy?

Travis, go ahead.

So, then, we're gonna a-attempt the simultaneous

rocket launch and motor fire at the same time again.

Well, that should be interesting.

I'll stand by.

Finally, Allen managed to get the rocket engine on line again.

Hopefully, this next launch will go as planned.

Pad's clear.

In five, four, three,

two, one.

Tower motor's smoking!

Yeah!

I got it right here. Straight up.

- There it is right there. - There went the chute charge.

Hey, we got a light right there.

Right through the smoke.

You did?

- What the heck is that? - You see it right there?

Yeah, yeah, yeah, I see it.

That's probably the chute one.

No, no, no, it's right there.

See, I know it's a different one right there.

Was that a UAP?

Was that a UAP?

Where?

Where? I don't see it.

Just as our experiment was finally going according to plan,

Kaleb suddenly spotted some kind of light

moving through the sky

right where we launched our rocket.

Was it a UAP?

Now it's gone.

Whatever Kaleb saw,

it vanished as fast as it appeared, so hopefully

we caught it on one of our specialty cameras.

All right, let's get that rocket

before the screamer battery dies.

Watch for holes, guys.

Before we conducted another test,

I wanted to track down our rocket from the last launch.

It's equipped with a screamer device

which gives off a loud sound

to help us find it in high weeds or even in the dark.

Good recovery.

Well, wait a minute. Where's the rest of the rocket?

Allen, I'm gonna head out on the road and walk

- down the road a little bit. - Okay.

The bottom fell off of the chute shroud.

Really? - The bottom of the rocket

should be there, somewhere near it.

Hey, look here. Hey, look at this.

It was right here.

It looks like it's in decent shape.

For having taken a spill.

Look at that!

It looks like the parachute cord just broke.

- That's not burned. - No.

If that was burned, you wouldn't see

- these little fibers. - No. That is not burned.

That is unbelievable.

That's 500-pound cord.

It should not break like that.

That is bizarre.

Did the rocket crash into something?

The only way a parachute cord could break like that

is if something deliberately severed it with a lot of force.

More than 500 pounds.

So, what happened here?

Did it hit the blob?

Or did whatever Kaleb just saw cause this to happen?

Hey, Erik, do you copy?

Yeah, Travis, go ahead.

So, the rocket launched beautifully,

we went to recover it, and what we found

was a 500-pound cord,

- and it was broke. - Wow.

Not burned. Broken.

And w... a-and it's-it's bizarre.

Copy that.

Who knows what we're gonna see for the rest of the night.

We're gonna reset

for the next rocket motor launch on the tower.

After everything we just saw, we wanted to run another burn

to see if it was possible to get more evidence of the blob.

All right, we're getting ready to do the last experiment.

We're gonna have a giant motor we're gonna put

- on top of the tower. - Okay.

It's gonna be pretty spectacular, I think.

When we ran the experiment this time,

we decided to use a larger rocket motor with a bigger burn.

We were hoping that might get the blob to appear.

Allen and Katie also prepared to launch a rocket equipped

with a tracking system that could transmit

real-time data like GPS, speed

and elevation during its flight.

If this rocket also hits something,

it could tell us exactly where.

Um...

Allen, are you guys ready

with all the other rocket stuff?

Sorry, this is not communicating properly.

We can't launch the rocket.

It won't transmit data?

All right, but you are gonna be able to launch

the motor on the tower, right, Katie?

- Yes, sir. - All right.

This was the second time tonight

that the rocket launchers had a malfunction.

And if Allen couldn't get his controller to connect,

there wasn't gonna be any other way to launch this rocket.

Erik for Sam.

- Go ahead, Erik. - What's going on

with your multi-sensor box at the triangle?

Yeah, it's not wanting to transmit to the server.

It's having an issue. It's not streaming data.

Copy that.

This is really strange right now because you can see live data

coming from all the sensors around the-the ranch.

But this one's refusing to send data back to the server.

Jim Royston, Sam Deriso and I have distributed

these multi-sensor boxes at key locations

with known interesting phenomena

across the entire ranch.

The technology contained within these ruggedized boxes

allows us to see data

from all of those sources

while we are running this experiment.

That allows us to observe changes in real time.

So, why are we seeing the multi-sensor box

not working as expected,

and more specifically at the triangle?

I've troubleshooted it, and I can't figure out

what is blocking it.

The problem is, it wasn't connecting with our network.

So, there's no backups to the data,

which would cause data loss.

So, something's blocking the signal of this one?

- Yes. - And Allen said they lost

the ignitor to the rocket.

- Really? - Yeah.

Almost everything we've got

has had some kind of malfunction tonight.

And it all has to do with transmitting data.

Yep.

It's like something's jamming our equipment.

It's like something's jamming our equipment.

That makes, that makes no sense.

Yeah, it doesn't make sense.

Right as we were about to start a larger rocket burn

at the triangle, a bunch of our equipment

malfunctioned again.

It's almost like something

was purposely sabotaging our experiment.

Yeah, Travis, I'm seeing an increase in that,

1.6, gig signal.

I just want to see if you see the same thing.

Yep. Absolutely.

It looks like it's, gone up in strength.

Yeah, I mean, there's been an uptick in just the last,

you know, minute or so.

That is all over the map.

That's strange.

This is crazy.

Could the source of this 1.6-gigahertz signal

be what's been messing with our equipment all night?

"pyro no go."

I know, 'cause we're not using it.

Any luck with the rocket?

Do you think you'll be able to get it?

- No. - You're not gonna get it?

- She keeps doing the same thing. -All right.

Hey, Erik?

So, the rocket is not going to connect,

so this will be just the motor on the tower for now.

Copy that. Standing by.

All right, we're starting

the countdown for the...

rocket motor firing

in five, four,

three,

two, one.

Wow.

Boy, that put a lot of smoke up, didn't it?

Look at the fire on top of the tower.

I got to see that in Dave's camera.

Looks like a smokestack, man.

- Yeah. - Yeah,

you can see it in the thermal real good.

- Yeah. - That's a good shot.

Yeah, it just went out.

All right, that's it.

Hey, Erik, if you want to come back out

and let's wrap this evening up, let's do it.

Copy that, Travis. I will be right out there.

I think we're all looking forward

to reviewing the video data of various kinds,

including conventional video and,

the thermographic high-speed video.

There's a lot, coming out of this.

I think everyone is curious as to whether

we will see a repeat of something

that we've seen before.

This, of course, is the infamous blob.

- There's Erik. - Yeah, I have never seen

one of our experiments the way I just saw it tonight.

There was so much going on.

I don't know what we've got, but we've got all of it.

From the second that we started, it seemed to be nonstop tonight.

- Yeah. - Lot of strange things tonight.

Yeah, a lot of strange things and now we got a lot

of data to look through,

but, let's call it a night.

- Let's do. - All right.

Good stuff, everybody.

A lot of what we're gonna be looking at

is-is very visual.

There was a lot happening.

I'm excited to see what we have.

Two days after

our rocket burn experiment at the triangle,

Erik called all of us into the command center

so we could review the processed data.

I'm gonna start us off with our,

Video surveillance assets.

This is an event, Kaleb, where, you spotted something.

You pointed it out.

This is the one that I remember. We had the rocket go...

- Okay. -...and it looked like there was another light

that was moving to the west.

Yeah, it was like a UAP

- next to the rocket. - Yeah.

But is this the launch

where the chute cord got broken?

Yes, exactly.

So, this is a great view from the south field

of the property looking back towards the triangle.

This is the launch that we're talking about.

There's the rocket.

Rocket goes up.

Yeah, I just saw the rocket body fall over here.

Now,

let's watch this from the perspective of Meta-Frame.

And this will be playing back like a time-lapse.

So, that's the drone going up

- Yep. Yep. - That we see.

Then that big flash is our rocket motor burning.

But then notice this light right here.

Whoa.

- What is that? - That's crazy, dude.

The timing

of this feature...

- Yes. - In the video record

- with what happened to that cord... - Yeah.

Really raises questions for me.

That's a good point, Erik.

You may have caught whatever caused

the rocket to tear itself apart.

You may have caught whatever caused

the rocket to tear itself apart.

- Yeah. - Yeah.

I can't believe it.

This enhanced video

from our experiment at the triangle

clearly showed a bright, orb-like object

appearing right next to the rocket we launched,

and just moments before its parachute cord was cut.

It didn't look like the blob,

so what was this UAP

that suddenly appeared inside the bubble?

Well, Pete, this is a good time to throw to you,

- let you put your data on the screen. -Perfect.

I want to show you the drone footage first.

Okay.

You've got my attention.

Is this the launch

where the chute cord got broken?

This is the exact same rocket launch.

So, let's watch for it.

And then I held on the smoke.

That's our region of interest right there, you know.

What was that? What caused that shake?

Yeah, what was that shake?

Haven't seen that before.

Just thinking about that broken shock cord

- and that big bright object... - Yeah.

- That we saw in the sky. - Yeah, yeah.

Would correlate really close

- to that shake. - Could be.

What-what on Earth made your drone shake like that, Pete?

I don't know what caused this rope to break

or what hit Pete's drone,

but I do find it interesting that, at the same time,

Erik caught something in the sky.

There's definitely something interesting

in the airspace here above the triangle.

And why? This mystery only continues

to get bigger and bigger.

So, the next piece...

I want to show you the terrestrial laser scanning.

One of the objectives of this experiment

was to figure out if the blob

was connected to the bubble in some way.

So, we were all hoping to see

if it might show up in Pete's scans.

I want to show you

one scan in particular.

I can see the striations already.

Yep.

Now, as we go up...

Now, look, right there.

- See the concentric rings? - Yep.

We might have the bubble in view.

Again.

Is there any way to know exactly the elevation of that?

You want to take a guess?

- 610 meters. - Yes, sir.

I was excited because 610 meters

translates to about 2,000 feet,

which is the exact radius of the bubble.

But what caused it to appear?

Did our experiment to trigger the blob

actually trigger the bubble to appear instead?

I want to take us to some

of the other records that we got.

I want to get your eyes on the big screen here.

Let's look at the thermal video.

We captured something else, too.

The thermal camera was framed for the blob,

but you can see we have the mesa in the background.

You can see the ridgeline.

I'm just gonna play through at the normal rate.

Whoa. What in the world is that?

We have this cold zone above the mesa.

The darker the color, the colder it is.

So this area is extremely cold compared to the surroundings.

Whoa. What is that?

Even when somebody walked in front of it,

- it is still out there. - That's interesting. That's...

So, it means it's out there and not up here.

- Yep. - You can see

Thomas on the, on the cherry picker

moving around over here, and it's still there.

And it disappears as quickly

as it appears.

Did it show up any other time during the night?

Okay, I'm gonna take us forward just a few minutes.

There's-there's... v... almost the exact same shape.

It looks almost the same, with a dark spot dead center...

- Yeah. -...and the same kind of rectangular-like boundary.

Yeah, saw that very definitive,

you know, black cold spot above the mesa.

We had no idea what this cold spot was.

But what struck me was it's in the same direction

where I got the 1.2-gigahertz signal.

So, was this cold spot the source?

And could it be connected to whatever's buried

inside the mesa?

Or is it something to do with the bubble?

Guys, this has been

one hell of a day to review.

Yeah, the more we keep studying this triangle area,

the more we keep coming up with these crazy results.

But, this has really been one to remember.

- Absolutely. -Yeah, we've got a lot of work to do,

and I say we get to it.

- All right. - All right.

Good stuff.

Much of our work this year

will focus on this bubble

and all the phenomena that we're not just witnessing

but experiencing in the center of the bubble,

like the blob, to determine

who or what those sources are.

We're just getting started,

and it's already looking

like this could be our craziest year yet.

There's more UAPs, more strange signals.

Then there's these ceramics.

Just more evidence that there's something

beyond explanation buried inside the mesa.

We're gonna find out what these things are,

and how they're all connected.

Skinwalker Ranch

is the most renowned hot spot

for all things paranormal and high strangeness.

The team is more motivated than ever to get answers,

because what we're dealing with here is unprecedented.

I am prepared to accept whatever the truth is.

Look at this. Something hit the rocket

- right there. - What is that light?

Something was in the sky.

We want to go down till we hit whatever it is

that's buried here in the mesa.

- We just broke a hose? - Yep.

- You're hitting metal. - There is something

metallic buried in the mesa.

Wow.

Hey, we just saw something flying.

- Got a light right there. - Look at that.

- Right there. - That's a UFO.

Looks like it's following the helicopter.

Hey, Cameron, there is something tracking you.

Look at the heat coming out of the homestead.

We need to get to the bottom of what's going on

at the Homestead Two.

Something moving around right here.

Yeah, Thomas, I've got a light source

heading for Homestead Two.

I've never had stuff go haywire like this before.

- I want out of here. - Turn the lasers on!

Detonation!

Get in the vehicles!

Get back!

What the hell did we just witness?

>>>>oakislandtk www.opensubtitles.org