Original subtitles

- Wow! - Travis, it looks like

- it's coming our way. - Yeah, it came backwards on us.

Did that just reverse when we hit the bubble wall?

Wow. Look at that.

Kaleb, look up.

There's some kind of object

over the triangle that's pretty large.

Right over the triangle?

- I got something. - Yeah, right there.

Here's this object, right there.

That's a UFO.

Looks like it's following the helicopter.

- You see it? - Yes.

He needs to get that helicopter on the ground.

And there it is, clearly moving.

- Whoa. - From south to north.

- What is that? - And then disappeared.

And it's coming from inside the bubble.

- Yes. - It is clear

that we're seeing consistency as far as the type

of UFO that seems to be appearing

- inside the bubble. - Absolutely.

- Yeah. - Something strange is

going on at Skinwalker Ranch.

There is a ranch in Northern Utah.

It is considered the epicenter

of the strangest and most disturbing occurrences on Earth.

For two decades,

the federal government

investigated the property.

Their findings have never been made public.

Right there. We got something.

Now a new team

of independent scientists and researchers are taking over.

They are uncovering evidence

that the countless stories...

It came right out of the mesa.

Of unidentified aerial phenomena...

- UAP right there! - Yep.

Bizarre energies...

It looks like there's a heat source right above 'em.

And portals that lead to other dimensions...

We're maybe looking at the anomaly

for the first time, guys.

Might actually be true.

They will stop at nothing to reveal...

The Secret of Skinwalker Ranch.

Look what the cat dragged in.

- How we doing? - Good.

Winter's closing in on us

pretty fast, and that means

we'll need to shut things down soon.

The experiments we've done this year have given us

unbelievable data that suggests

we may have identified where some of the crazy phenomena

that we encounter on Skinwalker Ranch is coming from.

A giant bubble-like anomaly that covers a huge area

of the ranch, including both the triangle

and the mesa drill site.

Just a few days ago, we were investigating

the bubble with both the helicopter in the air,

and Jim Royston's drone closer to the ground.

- There it goes. - And out of nowhere,

a cylindrical UAP seemed to push the drone around.

It will not let me get to that spot.

Just did it again.

Look at that.

And then, a UAP appeared

to be chasing Cameron Fugal's helicopter

near the top of the bubble boundary.

You guys land over here on this side.

So, today, for one of our last experiments of the year,

teams from Red Devil Pyro

and a high-speed photography company called FLUG

are here to help us see

if these UAPs might be coming from the bubble.

Guys, good to see you back.

Good to be back. Again.

This time, I brought my son James Devoll.

He's the number two at Red Devil Pyro.

Okay, so we also have, going to film

what you guys are doing, a team from FLUG.

- Yeah. - So, the idea is,

we want to look at the bubble boundary.

We've seen it affect almost everything you can imagine,

even objects like rockets, drones, smoke, but we've also

had it affect GPS, microwaves, radio frequency.

And the boundary even seems to act like a force field,

stopping our instruments from going through it.

- Crazy. - We have posts set out

to mark the circumference of this bubble.

So, what we'd like to do today is,

you guys set off a fireball

in the bubble boundary on the west end of the property.

The explosions the Red Devil team plans to set off

on the western bubble boundary will send massive amounts

of energy into the bubble,

and they're designed to create perfectly formed smoke rings

that should rise up through that boundary

to about 50 feet high.

What we'll be looking for is any kind of reaction

the rings might have with the boundary,

and if the massive energy blasts trigger UAPs to appear.

And once those smoke rings are ignited,

we want to capture it with the camera setup

with what's known

as bullet-time capability from FLUG.

John, why don't you tell us about all that?

We will be setting up today 48 cameras

to fire all at the exact same time

and give us a two-second

video playback from different perspectives

of one frozen moment in time.

That's exciting.

The FLUG team's 48

bullet-time cameras will be strategically placed

just outside the bubble boundary,

capturing thousands of high-speed images,

and giving us a 120-degree view of the event.

If anything strange happens,

we should be able to catch it.

Well, hey, we're burning daylight,

and we understand it takes you guys

a few hours to get everything set up, so we need to get to it.

- Okay. - I've got a lot of setup to get done.

All right, you, too. All right, we'll see y'all out there.

- Good luck. - All right. - Let's go blow some stuff up.

While Erik prepared to monitor the experiment

on our other ranch-wide camera assets,

the rest of us headed out to the western bubble boundary.

Let me show you what we got in mind here, fellas.

So, here are the posts we were talking about,

and, I'm thinking this is a perfect spot

- for the fuel mine. - Okay.

To produce the smoke rings,

the Red Devil team will ignite 25-gallon fuel mines

that are going to make huge explosions

right in the bubble boundary.

So, if it's true that making contact

with the bubble causes UAPs to appear,

blasting the hell out of it is

a great way to test our hypothesis.

Do you want to start doing cameras?

- You can start at that side. - Yeah.

And while FLUG was setting up their gear

to capture the high-speed images,

there's another component to this experiment

that Erik and I want to set up

on one of these boundary posts.

Here, here.

We'll tape it to the top of post nine.

When we've broadcast 1.2 gigahertz signals

in past experiments,

the bubble boundary has blocked their transmission.

And other times,

something on the ranch has strangely affected the signals

or even cloned them.

So, during the experiment today,

I'll be transmitting a 1.2 gigahertz signal

from a post just inside the bubble boundary.

Then, I'm going to step outside the bubble

with my receiver while Erik checks his receiver

from the command center, which is inside the bubble.

That way, we can see

if either one of us has trouble getting the signal,

or if anything alters it while the explosions are going off.

Hey, Erik, you copy?

Yeah, Travis. Go ahead.

Are you getting anything?

Yup. Got a very strong peak.

Copy that.

- That's good enough? - There we go. That's good. Yup.

We're good. We're good. All right, thank you.

Hey, fellas.

So, I'd say,

hopefully, in five minutes, we'll be ready to do one.

- Okay. - Sounds good. - All right.

I'm gonna check in with them

and then, I'll get back with you in just a couple of minutes,

- so, just be ready to go. - Great. Okay.

How are you guys doing with the cameras? Are we good?

We're running into some problems.

- These are not firing. - What happened?

12 cameras are not working.

Now is this a typical problem that you've had before,

or is this something new?

No, there's some new stuff going on right now.

We have these trigger boxes,

which usually are very, very stable.

We did lose a couple trigger boxes,

and we lost a bunch of cabling, too. Connectivity.

Things that we've never had break before.

So you're stuck to 36 cameras, then?

Stuck, yeah.

Well, let's go ahead and do one with 36.

Erik, this is Travis. Do you copy?

Yeah, Travis. Go ahead.

You're not going to believe this.

They can't get 12 of their cameras to work,

but they do have 36 of the 48 functioning fine.

So we're just gonna go with the 36 cameras we have.

Copy that, Travis.

I suppose I'm not surprised to see that of the 48 cameras

in the bullet-time system,

12 of them have gone completely offline

right in that bubble boundary.

All right, let's load the fuel mine.

We've seen so many device malfunctions in that area.

Hopefully, we'll gain insights

through this experiment to better understand

the bubble and the periphery.

All right. Are you guys ready over there?

We're ready.

All right, here we go

in five, four, three,

two, one.

That ring's perfect, though.

That's pretty well formed.

Yeah.

Now that was a fireball.

The first detonation looked exactly

like what we'd expect to see.

The smoke ring formed perfectly and didn't show any

of the unusual behavior we've seen before

with smoke passing through the bubble boundary.

So, does that mean

it only affects certain things at certain times?

Or is the bubble boundary just sleeping?

- Hey, Erik, do you copy? - Yeah, Travis.

- What's up? - We've got another detonation

- ready to go. - Yeah, copy that.

I'm set and ready here.

Copy that.

- All right, you guys ready? - Ready, yeah.

Detonation in five, four, three,

two, one.

That was hot.

That one didn't make a good ring at all. Look at that.

Is something blocking it from making another perfect ring?

That one didn't make a good ring at all. Look at that.

Was that because of the bubble?

Maybe it just got activated.

Now it's kind of forming.

Why didn't it take shape right away?

Isn't that weird?

This doesn't make any sense.

The first explosion made a perfect smoke ring

where we previously documented the bubble boundary.

And just a minute later,

the next one created a messed-up smoke formation

that didn't start making a circular shape

until it got further up in the air.

And there's absolutely no wind out here today.

It should have been

exactly the same.

Maybe the first blast turned the bubble on,

and now that it's awake,

it's starting to affect the smoke rings.

Well, Erik, that one looked kind of weird.

It looked like it was not going

to form until it got further up in altitude.

Yeah, Travis. I confirm that.

And now, that 1.2 gigahertz signal

is getting a lot stronger.

I wasn't expecting this kind of response.

This is really intriguing.

I'm gonna check my spectrum analyzers outside the bubble.

Look at this. Wow.

Erik, I'm 70 feet away

from the 1.2 gigahertz transmitter,

- and I cannot find it. - You got to be kidding.

I'm seeing that right now.

This don't make any sense.

Just like we suspected,

my spectrum analyzer,

which is sitting just 70 feet

outside the bubble boundary,

isn't getting the 1.2 gigahertz signal we're broadcasting.

But Erik, who is inside the bubble

a couple thousand feet away,

is picking it up just fine.

This could be evidence that the bubble boundary acts

like a force field or wall that blocks our signals.

I don't know

- what the hell's going on. - Copy that.

We still have some more detonations to do.

Let's see if they trigger

something even stranger to happen.

Yeah, copy that.

Now that the bubble might have been activated,

it was time to set off two more detonations in quick succession.

Hey, Erik, we've got two mines loaded.

And what we're going to do is do one detonation,

let the cameras reset, and then we'll do the next detonation

as soon as everybody's ready.

Copy that, Travis.

In five, four,

three, two,

one.

Look, the smoke ring right there... it's doing okay,

but it's getting squished on one...

There's something in that area, though...

- Yeah. - That really struggles.

Yeah. But then once it gets out...

Look, it's getting...

Yeah, because you know what? That bubble

- would be curving away from us. - Yeah.

So, where it's at right now, it's completely

out of the bubble.

I think Thomas might have nailed it.

As soon as the misshaped smoke ring rose above the point

where we've measured the bubble boundary,

it began to form a ring like it was supposed to from the start.

We're getting crazy but intriguing data so far

with this experiment.

So, we wanted to see what setting off

another explosion might reveal.

All right, we ready for the next detonation?

- Let's do it. - All right, here we go.

In five,

four, three, two,

one.

Look at that. That one's not even forming.

Isn't that crazy?

Kevin, you ever seen anything like that?

Well, like I say,

they should all be identical. They-they...

Everything. Same grain size, the powder, same weight,

same fuel ratios, all of it. It's all identical.

- It seems really odd. - There's no big winds.

- I mean, it's, like, dead calm. - Yeah.

Every one of these smoke rings

have been completely different.

It's like each time

we set off a detonation, the bubble boundary's

effects are getting stronger

and possibly expanding.

Erik, this one did not even form.

We got to get to the bottom

of what the hell's going on with that.

Copy that. Yeah, so we now got to reload.

Let's go ahead and load the last bomb.

Okay.

Are we seeing an effect of the bubble

and a disruption of the bubble boundary

as a result of these explosions?

We want to keep an eye on what's happening

as we conduct these exercises.

Are we ready for the next one, Kevin?

- Yup. - Yup, we're good.

All right, next detonation.

Everybody ready?

In five, four,

three, two, one.

Dang.

That one doesn't look like it's going to...

No, it doesn't. I mean, that doesn't add up.

None of these were the same, Kevin.

They are the same.

When they leave the tube, it's not on me.

Wow.

The sun's sinking quick, so,

we ought to call Erik, and let's just wrap this thing up.

Okay.

It's crazy how the first smoke ring was perfect,

but every single one after that became weaker and weaker.

Could this be more evidence

that our activities caused the bubble to turn on

and then get stronger with each detonation?

Well, get on in here where you see it.

All right. Wow.

So, which one is this?

This one is the explosion that split up.

- Okay. - We've seen some really

peculiar results in our fuel mine experiments,

and my hope is that, as we examine

the bullet cam technology,

we'll be able to find the cause

of those disrupted smoke rings...

That is just gorgeous.

And hopefully get more insights

into the bubble boundary.

We would love to get a hard drive

that's got the post-processed

and the raw data to this guy right here.

Great. We'll get you the raw today...

- Okay. - And the processed tomorrow.

- How's that? Yeah? Great. - Awesome, awesome. Perfect.

- I appreciate that so much. - Yeah, of course.

We know y'all have, like, a million parts over there

that you've got to pack up, so, I say

we get to breaking down and let's call it a day.

- All right. -Let's do it. - Yeah.

- This is so exciting. - Thanks, guys. -Wonderful stuff.

- Wonderful stuff. - Amazing.

- Great night. - Thank you so much.

- Hey, guys. - Hey, there.

Do we have any of the data

from those guys yet?

Yeah, let me bring some of that up.

This is just really spectacular.

This shows how it looks if we stitch the different angles

from those 36 cameras together.

It gives us a really cool, almost 3-D perspective.

That's so awesome.

- Yeah. - That is amazing.

Yeah, so, I think it's fair to say

our intent was to study any structure

that we might not expect in the explosion.

All right.

Let's go to the next one.

Now this is from one of the smoke rings that failed to form.

I want to see if we can figure out why.

I don't know.

You know, tell me if anything's jumping out at you.

Now, this one looks completely asymmetric.

Yeah.

I mean, it looks just messed up.

Right.

Golly.

I'm sure this asymmetry isn't supposed to happen.

- Yeah. - Right?

That's amazing.

You know, I find the structure

of what we're looking at here... these fang-like features

in the top... kind of interesting.

Well, that's where the smoke ring's not forming properly

- or something. - Yeah.

What did we just see there? Do you guys see anything?

Yeah, there's something. Look over there

- in the distance. - In the bottom.

- In the bottom right there. - Look right there.

Yeah. Can you zoom in on it?

So, we got something here.

- Wow. - That's interesting.

- Is this you, Jim? - No.

- Look at that. - Yeah.

- There's something there. - It looks

like a spaceship from sci-fi, man.

It looks like a spaceship from sci-fi, man.

But, look. I don't know what that is.

But it's not a bug,

- 'cause it's too far away. - Right.

These bullet-time cameras

clearly caught some kind of object flying through the air

right after we detonated one of the fuel mines

at the western bubble boundary.

But if it's not a drone,

or some kind of bird or bug, what the heck is it?

Okay, let's

go frame by frame if...

Yeah, who knows what we'll see.

So, here is the very first instance of this.

It's off on the edge.

Now, I'm just going to frame advance.

Go to the next one.

Looks pretty much the same

in every dad gum one, doesn't it?

It looks

like the shape of that thing that we saw before.

Yeah. The fact that this one

looks like that cylindrical UAP

that Cameron saw during our Doppler experiment

is really interesting.

That is interesting.

Thomas is absolutely right

that this UAP looks eerily similar to the one that appeared

one week ago after we dropped several metal bottles

from Cameron's helicopter

that seemed to bounce off the bubble.

So, did this experiment prove

that when we hit the bubble boundary with objects

or explosions, it can cause UAPs to show up?

If so, where are they coming from?

I think we learned something

about all the UAP activity from that video.

Whatever they are, they tend to show up

when we impact the bubble boundary

- during our experiments. - Right.

I think this requires much more analysis.

All right, well, I think we need to get back

to the center of the bubble and energize that space

with smoke and laser light.

Maybe we'll get one more look at whatever that was

and find out where it's coming from.

- I think you're right. - Yup.

I'll get the guys back out there.

- Thanks, Thomas. - Yeah. We've got work to do.

- Hey, guys. - Hey.

- You guys ready? - Yeah.

It was gonna take a couple of days

for Red Devil Pyro to get the supplies they needed

for our next experiment.

So, with the end of the year closing in,

we'll have just enough time for Jan Francke to come out

to the ranch one more time

and help us collect more data

on what could be buried in the mesa.

So, you guys are going to take

the ground-penetrating radar down

the first vertical borehole that we drilled this year

and try to image the anomaly

- that we think is down there. - Right.

Go ahead and spin her.

This year,

we drilled four large-diameter boreholes

to try and reach the 400-foot-long,

possibly metallic object buried inside the mesa

that Jan has previously detected with ground-penetrating radar.

But all we managed to find was more bits

of metal fragments in the spoils,

as if we just barely missed

the anomaly every single time.

So, today, we're gonna run our first ever scan

inside Vertical Borehole 1.

These boreholes are so much wider

than the horizontal holes we drilled before.

So we can get Jan's higher-powered device

down into the hole, and, hopefully,

identify exactly where that object is.

We chose that spot

because it's close to where we recovered

the strange Type A ceramic materials last year

after our drill may have hit the larger object.

So, the idea here

is to take the surface radar,

and lower it carefully down the hole,

scan out of the side of the hole in high resolution.

So, this gives us the best chance

of finding exactly where the borehole's at.

And telling you what direction it is, too.

- Perfect. Okay. - Yup.

- All right, great. Let's go. - Okay.

Jan and Thomas will use a rope

to lower the radar device inside Vertical Borehole 1.

The plan is to scan in multiple directions

through the sides of the borehole wall,

all the way down to the bottom at 38 feet deep.

This should give us the clearest picture yet

of what's in the mesa.

So, I think the first side

that we'd want to look would be on the east side,

'cause that's where the anomaly should be.

- That's the most obvious, isn't it? - Yeah.

All right.

We're ready.

38 feet to the bottom.

Beautiful.

All right, so this is the east side.

And if you can just call out the five-foot marks,

- that would be great. - Yup.

We scanned on top of the mesa,

and the face of the mesa

a lot for the last few years.

Ten.

15.

What's really exciting now is they've been able

to drill one hole that is four foot in diameter.

This gives us access right into the heart of the mesa,

'cause that's our best attack

at seeing whatever this target is.

Okay, we're at the bottom.

All right. Coming back up.

Okay, so whatever we do, we just want to be

as consistent speed as possible.

All right.

- Brilliant. - And zero.

Brilliant. And then, we're going

- the south side, right? - Yup.

- We might see Borehole 2. - Yup.

- Okay. - Keep that board

- just a little bit more. Okay. - There you go.

20.

We're going past something.

- Yup, there's something there. - There's...

Now, let's just take it back up.

- Ready? - Go.

- What the hell is this? - What are you seeing?

Just as you started pulling up, there might be a target there.

- Really? - Yeah.

That might be the anomaly. What depth was that?

- About 25 feet. - Okay.

Now, this real-time data is not as high-resolution

as the final product,

but the fact that he can see something indicates

he may have just located

that hard object that stopped the drill last year.

- How's it going, fellas? - One sec.

And zero.

All right, good job.

Jan, what have y'all found here?

At about between 20 and 25 feet down,

there is a very obvious target.

- Really? - Yeah, I know.

Well, it'll be good to see it in post-processing.

Absolutely. I should have this for you in a couple days.

All right, great.

Hearing Jan talk about an obvious target

was really exciting. Hopefully, it's a good indicator

that the processed data

might help us finally pinpoint this anomaly inside the mesa.

So, this is a lot of really good data. I say.

So, this is a lot of really good data. I say

we get off this hilltop and go tell Erik

- back at the command center. - Yup.

- Let's do it. - All right, let's go.

Jason, Dave, Adam.

It's great to have you out.

Good to see you.

The team from Red Devil Pyro is back to help us

run another smoke ring experiment in the bubble.

This time, instead of being at the boundary,

we're doing it at the epicenter of the bubble at the triangle.

We've got a pretty exciting

experiment planned for the evening.

And because we want to look for anomalies all the way up

through the 2,000-foot-high center of the bubble,

we also invited back Adam Scott

and his team from Nu-Salt Lasers.

We've been looking at the bubble boundary

where we've seen disruptions to the structure of those rings.

Throughout our investigation,

we've seen some very similar activity at the triangle

at about 31 feet above ground level

with what we call "the blob,"

and also, higher... between 750 and 1,000 feet.

This year,

we've obtained all kinds of new evidence that the blob

we first saw just 31 feet in the air

with a high-speed camera back in 2022

is an invisible anomaly

that pushes physical objects away from that area.

It even seems to have destroyed numerous rockets.

But then, even higher above the triangle,

we've repeatedly detected a strange region

of electromagnetic energy between 750 and 1,000 feet.

It's right in the heart of the bubble

and may be connected to the source

of all the UAPs we encounter,

as well as whatever pushed Jim's drone last week.

So tonight, we're going to hit the inside of the bubble

with a combination of both smoke and lasers

to see what we might be able to uncover.

We're hoping that blasting that area

with more energy than ever will lead

to more UAP activity than ever.

This is our last chance this year

to figure out what's really going on

in the center of the bubble,

so, hopefully, tonight we'll get some answers.

Adam, why don't you tell us

what Nu-Salt is bringing to the table?

Tonight, we brought out eight

300-watt space cannons setting up

in the triangle.

And all shooting lasers

- straight into space? - Yeah.

This is a very exciting follow-up experiment.

And while stimulation is happening in the triangle,

maybe we'll see a repeat of that cylinder-shaped object again.

- I say we get to it. - Well, let's do it.

- Yup. - We'll see you in a minute.

You'll put all the lasers ten feet apart.

All right, we got a lot of work to do

to get set up for tonight.

Along with detonating a series of fuel mines

to create massive explosions and smoke rings,

Nu-Salt Laser will arrange their eight laser cannons

to shoot light beams vertically

all the way up through the center of the bubble.

We'll be watching for any strange formations

in both the smoke and lasers

that could indicate that they're being affected by the blob,

as well as the much higher electromagnetic zone.

And we'll absolutely be looking out

for any UAPs that emerge in these areas of interest.

- Lasers ready to go? - Yeah, all the lasers

are ready to go.

As the teams from Red Devil Pyro

and Nu-Salt Lasers set up their gear at the triangle,

the rest of us are staging several high-speed cameras

around the area.

We also have Dave Mason back out

to run his stationary FLIR thermal cameras.

He'll be on the lookout for any unusual heat anomalies,

which he's captured numerous times this year,

including UAPs that were invisible to the naked eye.

- All right. - Hey, guys.

You guys about got the lasers set up?

Lasers are all good.

- Awesome. - All right. Jason,

you about ready with the fuel mines?

- Yup, we're all ready. - All right.

Soon as it gets dark, we'll do

the first test with the explosives.

- Sounds good. - All right.

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

All right, guys,

I think we're about ready to start doing this thing.

Jason, are we loaded up

- and ready to go? - Yeah. We're ready.

What fuel mines do you have loaded?

We've got three 20-gallons

and one 35-gallon right now that are ready to go.

Okay, what we'll do first

is detonate one of the smaller ones,

and then we'll do the rest of the detonations,

and then we'll be done for the evening.

- Okay. Sounds good. - All right, let's get going.

It's a perfect night for this experiment.

There's no wind at all.

And now that the sun has set, it's time

to fire off the first of these smoke rings at the triangle,

starting with one of the smaller, 20-gallon fuel mines.

All right, Erik, are you ready?

Copy that. I've got eyes on the action.

All right. Here we go with the detonation,

first small detonation

in five, four,

three, two, one.

Wow.

That is like a shotgun going off.

Look at it through the beams.

Wow. That was awesome.

There's a smoke ring forming.

It's not really forming good.

That one's having a hard time forming.

Erik,

it started out good, but then it fell apart.

It's as if it hit the blob,

and it stopped the smoke ring from forming.

Yeah. Copy that.

The smoke ring was oblong and warped

instead of the perfect circle it was supposed to be.

So, was it the blob that stopped the smoke ring from forming?

Well, let's move on to one of the bigger mines.

Okay, good to go.

This one's going to be bright.

In five, four, three,

two, one.

- Wow. - My god.

Whoa.

That one's gonna make a ring, I think.

- It's still on fire. - Yeah.

Wow, that's cool.

You know, that ring is not forming,

for that being so big!

- Yeah. It's not forming. - Travis,

that detonation went off with a very interesting symmetry.

What'd you see on the ground?

It never formed a ring,

but it was very asymmetric from our perspective.

Copy that.

The bigger explosion didn't form a ring at all.

It's almost like the more energy

we put in that space at the triangle,

the more something blocks those smoke rings from forming.

We're not seeing anything to explain it at the moment.

So, we need to keep setting off explosions

to see if the blob or something else will appear.

- Are we ready? - Yup.

All right. Erik,

we're about to go with the next detonation!

Copy that.

Is everybody clear of the triangle?

Good. You're good to go.

All right, bring the lasers on!

Here we go

in five, four...

- Whoa. - Whoa. What was that?

- Did you see the lasers flash? - Really?

- What? - All the lasers, like,

shut off and came back on.

Lasers are out.

- Hold on, hold on. - We lost power.

Boy. Travis, we just lost

- systems out here. - Everything's down.

- What? - Computers just went down.

Hey, we need to stand down, Travis.

What the hell?

Everything at the table just went down.

What? All my computers down, too?

Did you see the lasers flash?

- What? - All the lasers, like,

- shut off and came back on. - Really?

- Yeah. - Yeah. - Yours are all down.

Everything's down.

- My computer's down. - Yeah, everything went.

It all went...

We're running on a generator.

Just as we were about to set off

more explosions at the triangle,

almost every piece of equipment there died

at the exact same moment.

Even the laser cannons' power was cut for a second,

and they're on their own separate power source.

Hey, Erik, you copy?

Yeah, Travis, loud and clear.

We just had a power outage out here.

And we lost everything that's not on its own battery.

Do you have power at the command center?

I have not experienced a power interruption

here at the command center.

Well, you want me to go see if we, tripped the breaker?

- Yeah, I think we did. - All right, let's go look.

Well, Travis,

I've been looking at 1.2, and I can tell you

that we've got four fairly dominant peaks.

Wow. That's significant.

Now this is really crazy.

Not only did the blackout affect our devices at the triangle,

but it's also happening at the same time

that Erik is seeing a sudden spike in activity

at 1.2 gigahertz.

The same frequency we were broadcasting

at the bubble boundary the other day.

So, is this signal connected

to whatever caused this blackout to happen?

Breakers are not blown.

We got power to the box.

Everything out there should be working.

- I don't know what's going on. - So if there's power

out there, why do we not have power here?

Power's on.

Yeah? Are you guys able to get everything back up?

Everything's starting back up.

David,

- is your stuff coming back up? - Yeah.

Okay, is the blob, or something else,

taunting us now? It's, like,

reacting to what we're saying to each other.

Seriously, what is on this ranch?

Did I hear you say something

- about 1.2? - Erik said he's getting

four huge 1.2 gigahertz signals.

I'll be really interested in your FLIR, Dave.

- Absolutely. - Because, you know,

we were doing an experiment a few weeks back

by Homestead Three, and we captured

a flash in the thermal.

And right before

it burned out his software in his computer

and his spectrum analyzers, too.

Yup.

Three weeks ago,

we were running an experiment

between Homesteads Two and Three,

which are both outside the bubble.

That's some kind of 1.2 gigahertz signal.

See that peak right there?

Well, we noticed a 1.2 gigahertz signal appear

just moments before my computer and all the instruments

connected to it got totally fried.

What in the crap?

And around that same time,

Erik caught a strange flash on one

of our thermal cameras set up just outside

of Homestead Three.

Wow. That's wild.

So, could the same thing have happened

again to our instruments at the triangle?

And if so, could this be more evidence

that all these hot spots are connected?

What it tells me is we need to set off another explosion,

and maybe the thing that explains

all this phenomena will show itself.

All right, well, here's what we're gonna do next.

Guys, go ahead and reload the fuel mines.

Let's see if Dave catches anything

on his FLIR during this next detonation.

Does that sound good to everybody?

- Yup. - Let's get to moving on that.

Lasers on green.

Dave Mason, everything still good?

I'm set up and ready to go.

All right.

Whenever you guys are ready.

Okay, lasers is up,

everything's in position.

We're gonna go with the fuel mine in

five, four,

three, two, one.

Look how bright it makes things.

Definitely seeing a little bit more

of a ring on this one,

but it's still not really forming.

Kaleb, I can confirm.

There it is.

- See it? - Yeah.

There's something strange in the FLIR.

There's spots in the mesa.

- Yeah. What is that? - Yup. Right across

the middle, heating it up.

Why would we have

rocks heating up like that?

Why would we have rocks heating up like that?

And it's specific rocks, and it's confirmed

on two-two separate cameras here.

- That's weird, right? - Yeah, I mean,

you can see everything else is nominal around the mesa.

Why is that heating up under these conditions?

I mean, it's cold out.

There were chains of spots of heat

on the mesa, almost as if boulders were heating up.

And this was very unusual,

because it was very cold, and

the temperature was dropping.

I do not understand the physics of that.

Hey, Erik. It's Kaleb. You copy?

Yeah, Kaleb, go ahead.

Hey, we're just watching Dave Mason's

differential FLIR, and they keep seeing stuff.

Are you seeing anything on your end

with your Meta-Frame, by chance?

Copy that. Kaleb, just stand by, and

I'll, dive in on that

and see if I'm picking anything up.

This is not the first time we've seen something like this.

Putting all of that energy into the space

where we've seen what we call the blob,

we get effects somewhere else on the property.

This time we're seeing that happen on the face of the mesa.

So is this evidence that whatever is above the triangle

is connected to whatever is buried in the mesa?

If I see anything, I'll let you know.

Yup, copy you, Erik.

This is something very strange.

Hey, Erik,

We're about ready to do

this last detonation.

You got everything in place?

That's affirmative. Let's do it.

Okay, all assets are set.

We're going in five, four,

three, two, one.

Dude.

Trying to form.

Yeah, it's not really forming.

It's just a big old blob of smoke at this point.

Guys,

that detonation appeared to create a couple of rings.

And it appeared that we almost had

that figure eight that we saw before.

Wow. That's

really interesting.

Just like we saw the other day

at the bubble boundary,

the more detonations we set off here

at the center of the bubble,

the more these smoke rings are getting warped.

This one got twisted into a figure eight,

which shouldn't even be possible

since the explosions are designed

to only create single rings.

If it is the blob doing this,

I just hope our processed, high-speed camera data

will give us an even better look at what it actually is.

About two minutes after the explosion

goes off, this gets crazy.

Are you guys getting some more stuff over there?

Yeah.

This remained ho... warmer. It didn't change.

- Heat-heat up again. - Exact same pattern.

- Yeah. - Why would it be retaining heat?

It's very crazy, what we've been seeing

while we do these experiments.

That is strange.

Hey, Erik. You copy?

Yeah, go ahead.

They're out of fuel mines, so we're gonna shut down

here if you want to come out

and let's wrap this thing up.

Sounds like a plan, Travis.

- Whoo! - Hey, guys.

Hey, Erik.

Yeah, well, it was a typical night

where I've got my head on a swivel.

I'm looking at too many monitors, but, wow, boy,

- there was a lot to look at. - Yeah.

Once again, I think we're leaving

with more questions than answers.

- Yeah. - Well, everything

comes back to this central region

of what we call the bubble.

There's something going on here, you know.

And putting energy into the space here

in this triangle area seems to generate effects

not just here, but out on that mesa.

- Yup. - Yeah.

Man, we really went out with a bang

in our investigation this year.

We've still got tons of data to go through.

- Yeah. - No kidding.

So, I say,

let's pack up and call it an evening. What do you think?

- I'm ready for it. - Great. Solid plan.

Let's do it. Great work, everybody.

A lot of our work this year is focused on this bubble,

trying to sort out what could be clues

as to the origins, and perhaps the purpose

for the existence

of a dome-like structure over the ranch.

The bubble is suspicious as it is mysterious.

I'm not really confident

that I understand what I'm dealing with.

But perhaps it holds the answers

to what is happening on Skinwalker Ranch.

We've uncovered more evidence than ever

that suggests the blob, the bubble

and the mesa are all related to the crazy phenomena out here.

And something... or maybe someone...

doesn't want us to find out the truth about them.

So now, the next thing we're gonna to do

is crunch tonight's data,

and then share everything we found this year

with experts in the UAP field,

and others who hold important roles in our government.

And hopefully, we'll crack this mystery wide open.

Dr. Puthoff, did you have any

suspicion that there was something in the mesa?

What was reported to us were different shapes going

- into the mesa, coming out. - Wow.

On top of the mesa,

I noticed something interesting.

- My gosh. - Are you kidding me?

Congressman Burchett, we've seen.

UFOs caught on camera.

I've been briefed on something very similar.

I'll be following up with the Pentagon.

We just need to get to the bottom of it.

How about that?