Original subtitles

NARRATOR: Tonight on Beyond Skinwalker

Ranch, the team returns to the notorious Miller Ranch.

The last time we were here, the ranch

seemed to try to communicate with us.

Our goal this time is to see if we

can communicate with the ranch.

Hello.

This is Tom Miller.

Oh my gosh.

I have not seen that before.

What in the world--

Look, it's moving around.

[laughter]

Why is it doing that?

ANDY BUSTAMANTE: We came here to kick the hornet's nest

and see what really flies out.

PAUL BEBAN: What do you got?

ANDY BUSTAMANTE: An orb going due east.

It's like the sky is alive tonight.

NARRATOR: For years, scientists have

been working to reveal the secrets of Skinwalker Ranch.

But is it possible that the clues

to unlock the mystery are located

beyond the borders of this hub of high strangeness?

Wow.

NARRATOR: Now, an ex-CIA agent and a veteran journalist

have been recruited by the Skinwalker team

to go on a high stakes mission across America.

Look at all this activity that's happening.

- That's unbelievable. - That is right over our heads.

ANDY BUSTAMANTE: That's it. That's it, right there.

NARRATOR: The goal, uncover evidence that

may finally expose the truth.

How is this happening?

Now it's going to get interesting.

Look, it's moving.

Look at that.

This is just the beginning.

[music playing]

Paul and Andy, it's good to have you back at the ranch.

What do you got for us?

We want to go back to Miller Ranch,

a place in Southern Colorado.

ERIK BARD: Oh, yeah.

ANDY BUSTAMANTE: The ranch where we went originally

to investigate the incredible amount of cattle mutilations

in a very short period of time.

TRAVIS TAYLOR: Over the years, they've

had some, like, 10 or 20 cattle mutilations there, right?

Exactly. ERIK BARD: Yeah.

ANDY BUSTAMANTE: The only ranch in the area that had

any kind of history like this.

NARRATOR: Andy and Paul's research of cattle mutilations

at Thomas Miller Ranch led them to a bridge

that could hold clues to how their cattle are

being mutilated.

I think something lifts them up, does their thing,

and then drops them down.

All evidence points to the bridge.

Yeah.

NARRATOR: Their last investigation

revealed there could be some sort of time-based anomaly

or portal at the bridge, just like the triangle

at Skinwalker Ranch.

There's data underground.

Also, there's anomalous data that's in the air.

What we're seeing is impossible.

It's not possible.

This is like another Skinwalker Ranch.

The parallels are stunning.

NARRATOR: And also, like Skinwalker,

the ranch itself seems to communicate

with its inhabitants.

[laughter]

This will be our third trip back to Miller Ranch.

And this time, we want to go back

with a very specific objective.

We want to try to get much more aggressive with whatever

the phenomenon is above the bridge

so that we can try to define it more, and identify if there is

and to what extent there may be of a relationship

between the Millers themselves and the phenomenon

over the bridge.

The bridge might be the nexus of whatever the phenomena is

or the stimulus or the doorway--

Right.

--that they're slipping through.

And these cows are coming in and out through that somehow.

So we've been talking about a physical bridge,

but we may be dealing with a bridge

of an entirely different kind.

Yes.

I think this is an ideal place to continue to follow up on.

Maybe it'll lead us to some answers.

PAUL BEBAN: All right. - Sounds like a plan.

- Ready to go? - Ready to rock.

Good luck, guys.

Go forth boldly.

[audio logo]

NARRATOR: For this round of investigation at Miller Ranch,

the team has decided to focus their experimentation

entirely at night when the ranch seems to be the most active.

PAUL BEBAN: Gosh, this place is so creepy at night.

ANDY BUSTAMANTE: Yeah.

I mean, we've been out here at night before,

but this is just vast.

Miller Ranch is just a drop in this darkness.

You know, it's so important that we're

coming back here because we finally get the opportunity

to really throw everything we have at the questions

that we still haven't answered.

I mean, all signs point to the bridge.

ANDY BUSTAMANTE: You're exactly right.

PAUL BEBAN: It's the Miller triangle.

ANDY BUSTAMANTE: The data is so rich and so compelling

that we really do have to start asking ourselves

the question, is there some kind of interdimensional opening

at the bridge?

PAUL BEBAN: There's so much more for us to figure out--

the energy patterns, the energy distribution.

ANDY BUSTAMANTE: And what is the relationship

between that energy, the phenomenon itself,

and the Millers themselves.

There's a channel potentially between them.

We've already seen that that-- that may be the case.

We didn't come here to play nice anymore.

We came here to kick the hornet's nest

and see what really flies out.

NARRATOR: Andy and Paul are meeting with Tom and Sally

Miller to get an update on the ranch

before launching into their first experiment.

Thank you for having us--

having us back again.

Well, we're happy to see you.

The third time Three's a charm.

Every time you come, you show us something

new and different and exciting that is way

beyond our comprehension or even of what we've ever

could have dreamed of.

Well, I mean, obviously, we believe that there's still

more work for us to do here.

This investigation is really going to be our most aggressive

investigation yet on the ranch.

Has anything strange happened since the last time

we were here?

Yeah.

Well, actually, yeah, it kind of did.

In the middle of the night, I--

I woke up and had to go to the bathroom.

So I was walking down the hall, and this voice said,

where are you going?

And it shocked me.

And I said, well, who are you?

And that was the end of it.

It was a male voice.

Was it familiar, Tom?

Was it a voice you'd heard before?

No, it didn't seem familiar.

And you were wide awake at that time, were you not?

I was wide awake at that time.

Have you heard voices in the house before?

No.

That was the first clear voice I heard.

And I understood every word.

There's some kind of communication going on.

Something about the phenomenon at this ranch is communicating.

We want you to participate in an effort to communicate

back at the bridge.

OK.

Yeah, I'm in.

I would like to find out what's going on.

Isn't there a little short line

between bravery and stupidity?

[laughs]

I tend to ignore that.

Lets try not to find out.

We're trying not to cross that line.

[music playing]

NARRATOR: Now, Andy, Paul, and the Millers

are headed to the Highway 350 bridge

to join ham radio specialist Jares Doverspike

for their first experiment.

Tom and Sally, I would like you to Meet Jares Doverspike.

And Jares Doverspike, this is Tom and Sally Miller.

How do you do?

Jares is a ham radio expert, really a radio expert overall.

So he's going to help us run the experiment.

We want to see whether or not there's any way that we can

instigate some sort of reaction from the ranch

by trying to communicate with it.

NARRATOR: The plan is to use Jares's ham radio to send

Tom Miller's voice into the environment surrounding

the bridge and up into space.

Then the team will use their monitoring

equipment to see if they can capture any type of response.

So this radio is the one that I'm able to both transmit

and receive on, but this one here

is more so a primary receiver.

It's a very sensitive receiver.

NARRATOR: In their earlier investigations at the bridge,

the team saw UAP activity and possible communication that

correlated with a 1.735 gigahertz radio frequency

on their spectrum analyzer.

1.735, look at how strong that signal is.

So regular.

This is exactly what we've been

seeing around the ranch at the mutilation sites

and in the house.

Right.

We've been seeing some kind of excess energy

coming in at 1.735 gigahertz.

That's the most consistent pulse we've

seen anywhere on the ranch.

NARRATOR: Since this 1.735 frequency seems

to be a bandwidth the phenomenon communicates on at the bridge,

the team will broadcast Tom Miller's

voice on that same frequency.

The last time we were here, the ranch

seemed to try to communicate with us.

Our goal this time is to see if we

can communicate with the ranch.

All right. So there's a lot going on here.

So I'm going to start here in the lower left hand corner.

This is our flight tracker data.

Anything with a transponder code flying above us,

we're going to be able to see here.

Coming up here, this is our spectrum analyzer.

This is how we monitor the radio spectrum.

Over here, we have two interesting windows.

These go to what's known as a UFODAP, an AI powered

device that has eyes in the skies at all times

and only locks in and starts collecting data on things

that it identifies as unidentified.

That'll be very interesting.

Let's get things started, and we'll see how things play out.

NARRATOR: Before the team begins their broadcast,

they need to collect baseline readings

on their spectrum analyzer.

No major spikes, no major anomalies that we can see.

Same sort of story here.

I'm not seeing basically anything over here.

So UFODAPs are live.

OK.

Spectrum analyzer is rolling.

Jares, whenever you're ready, sir.

Are you ready?

Yeah, I am.

K-N-[bleep] I'm going to be having a secondary operator

operating under my command.

Hello, this is Tom Miller.

And I would like to know, what is happening to my cattle?

How come they're getting mutilated?

[suspenseful music]

ANDY BUSTAMANTE: Oh my gosh.

Paul, look at this. PAUL BEBAN: Whoa, what is that?

ANDY BUSTAMANTE: That's a huge difference.

PAUL BEBAN: Whoa.

Hello, this is Tom Miller, and I would like to know,

what is happening to my cattle?

How come they're getting mutilated?

[suspenseful music]

ANDY BUSTAMANTE: Oh my gosh.

That was not the baseline.

Look at that.

Our waveform changed while Tom is transmitting.

NARRATOR: Andy, Paul, and the Millers

are with ham radio specialist Jares Doverspike

at the Miller Ranch bridge while broadcasting Tom's voice

to see if he can communicate with the phenomenon

at the ranch.

He seems to have triggered a response

in the privileged frequency zone, which signifies

something is communicating from Earth to space or space

to Earth.

I'd like to transmit again, Tom, if you don't mind?

OK.

Just watch the broad spectrum.

Hello, this is Tom Miller again,

and I'm still wondering about the mutilated cattle.

And are they-- is it going to stop now

or is it going to keep going?

PAUL BEBAN: Now there seems to be-- yeah

ANDY BUSTAMANTE: Yeah. Now we're getting flooded with--

PAUL BEBAN: --weird surge there.

So over here, I am also seeing a little

quite a bit of difference in what I

was seeing previously versus--

now that's--

ANDY BUSTAMANTE: Oh my gosh. Paul, look at this.

PAUL BEBAN: Whoa, what is that?

ANDY BUSTAMANTE: That's a huge difference.

PAUL BEBAN: Whoa.

Whoa.

ANDY BUSTAMANTE: What's going on there?

Look at how intense and clear that energy is.

PAUL BEBAN: That's completely different now.

ANDY BUSTAMANTE: And Jares, that's nothing like baseline.

JARES DOVERSPIKE: That is nothing like baseline at all.

It's not sporadic.

It's not interspersed.

That is a solid wall of intense energy.

And I haven't seen it like this at all today.

Like, I've been monitoring this for several hours,

and I have not seen it be anywhere like this previously.

What is the significance of orange,

light orange, to bright red, to crimson?

So whenever you get down into this really deep blue,

that's where it's basically baseline.

There's not very much energy.

SALLY MILLER: Yeah.

But whenever you get into this really deep red,

this is basically almost off the charts

in terms of the amount of energy that's being seen,

which is not like anything that I've seen before.

And to be clear, there are no satellites overhead right now,

so that's not coming from--

PAUL BEBAN: No.

--an uplink or a downlink to a satellite.

Look at it just drop off.

PAUL BEBAN: That was wild.

It was just like an instant fade to black.

[music playing]

Jares, is there anything that could

explain that incredible surge of energy that we saw?

It's just gone.

I've not seen that anywhere else.

I have not seen that here up until when Tom was transmitting.

This is what we came to do.

Yeah.

We came to see if there would be a response to a transmission.

Baseline was quiet, and we had a very clear foundation of what

life looks like before we started

trying to investigate the area.

And then when Tom sent out his transmission specifically

asking whether the cattle mutilations were going

to continue or where they were going to stop,

we started seeing a huge derivation from baseline

with intense communication.

Really high energy on a broad spectrum, and seems

to be coming and going.

PAUL BEBAN: Right.

It kind of looked like you pissed him off, Tom.

[laughter]

You think they were trying to answer me or something?

We don't know.

But what we did see is that some sort of anomaly

that we can't see here at the bridge--

At the bridge.

--at the Miller triangle.

Brought on by Tom Miller.

[laughter]

NARRATOR: After poking the hornet's nest with their ham

radio experiment at the Miller Ranch bridge,

Andy and Paul will now scan the area around the bridge,

near the aptly named Purgatoire River that runs under it,

to see if they've stimulated any activity in the environment.

[music playing]

It is a spooky place to be at night.

NARRATOR: Andy and Paul will use night vision technology,

including a FLIR thermal camera, an instrument that monitors

changes in temperature.

They'll also be using a SIONYX camera.

The SIONYX is an infrared night vision camera

that enhances and amplifies light in near-complete darkness,

allowing the team to see things not visible to the naked eye,

including seeing into the infrared spectrum, which

is beyond human visual range.

Hey, Andy.

Yeah, man.

Come check this out.

Look at that.

What'd you catch?

I don't know.

Just something sounded like off in the distance,

but like a howl.

You heard a howl in the distance?

Yeah.

If we hear another one that's close--

Yeah.

--that's-- please let me know.

Yeah.

You go first.

[laughs]

Hey, Andy, you see that?

SpaceX train. - Yeah.

Look at that, man.

Right? a string of satellites, what, thousands of miles long.

Look at that.

They're basically right into the middle--

Hold on. Paul.

Paul, Paul, Paul. - What?

What do you got?

Come look at this.

Look at the tree just to the lower right of the SIONYX.

Look at the top of the tree to the lower

right side of the screen.

Oh, wow.

What is that?

I don't know.

There's some source of light that isn't visible to our eyes

coming up from the ground.

What is that, man? - I don't know.

Where is it?

It's in that dark tree.

You can't see it with the naked eye.

You can't see it.

[ominous music]

Is it still there?

It just-- it just ended.

What?

Look, look, look, look.

Oh, wait, it's a different tree.

No [bleep] way.

What in the world is happening here?

What is that, man?

I don't know.

There's some source of light coming up from the ground.

You can't see it with the naked eye.

You can't see it.

NARRATOR: Using night vision equipment,

Andy and Paul have just spotted a strange light pattern

in the trees near the Miller Ranch bridge

that isn't visible to the naked eye.

Is it still there?

It just-- it just ended.

What?

Look, look, look, look.

Oh, wait, It's a different tree.

No [bleep] way.

What in the world is happening here?

[music playing]

Nothing on the FLIR.

ANDY BUSTAMANTE: Stand by.

Stand by.

PAUL BEBAN: Is it gone?

Yeah.

I see no sign of it right now.

Weird.

That was wild.

I had my heart beating, man.

That was like nothing I've ever seen.

Yeah.

You're a pretty cool customer, man, when you were freaking out.

That was crazy.

That was absolutely crazy.

NARRATOR: Since the strange light pattern they witnessed

can only be seen through the infrared camera,

Andy and Paul are reviewing the SIONYX footage.

So look up here first.

This is the first place you're going to see it happen.

There it is.

There it is.

Now watch.

Back down.

Look at it.

Look at that.

[interposing voices] - Look at that.

Now watch. See?

It's on-- it's on the ground.

There's Tommy.

It's scanning different areas.

Yes.

Look at that now.

That's the medic.

That's our medic.

I don't understand where that thing could have come from.

Yeah.

Period.

NARRATOR: After their ham radio experiment and night

investigation at the Miller Ranch bridge,

Andy and Paul regroup to further analyze the infrared camera

footage captured that night.

So I was reviewing our footage from the night walk

with some of our producers-- - OK.

--and we actually think that we may have caught

something that explains what we were

seeing through the infrared.

We had just seen that Starlink satellite trail.

Right. Yeah.

Yeah, yeah.

And when you look at the footage,

you can actually see the medic in the crew

had pulled out his cell phone and was

taking pictures of the Starlink satellite train.

Look, it's moving.

Look at that.

And it's like right around-- who is that?

That's-- that's the medic.

That's our medic.

In order for a camera to work in the dark,

it needs to use some sort of mechanism to focus.

Right.

And so you think that was what?

I have a suspicion that it was some kind of infrared meter

to help the camera focus.

So I actually have the medics camera

here along with our SIONYX so we can do an experiment in the room

and see if we can rule it out or confirm

that that's what happened. - OK.

So we'll just kill the lights and test it.

- Yep. - OK, perfect.

[music playing]

I'll give the camera to you.

And if you'll turn on photo mode.

Oh, that's it, dude.

That's our pattern for sure.

--right now?

Oh, yeah.

OK.

Oh, geez, look at that.

That's it.

Yeah, that's exactly it.

OK, well, so that's it.

Mystery solved.

And I didn't even know that cell phones did that.

The medic's camera had an IR focus capability

so it could focus at night. - Ooh.

It just goes to show that whenever we do an experiment,

we have not just the variables of the environment

to worry about, but also what we're

bringing to the environment through our crew itself.

Yeah.

Onward, I guess.

Yeah.

[music playing]

NARRATOR: The next day, Andy and Paul meet at a local diner

to discuss the previous night's experiments

and figure out what they should do next in their investigation

of the Miller Ranch bridge.

Man, last night, that-- that was wild.

I don't even know what to make of it.

And I love the fact that it had Jares's mind spinning too.

Hello, this is Tom Miller--

We saw what looked like actual communication

efforts between the Millers and the ranch itself.

There was some kind of correlation--

Absolutely.

--between their engagement and the phenomenon's response.

Oh my gosh.

That is nothing like baseline at all.

That is a solid wall of intense energy.

This is basically almost off the charts

in terms of the amount of energy that's being seen.

The bridge and the radio energy around the bridge,

there's something there.

I feel like it's time for us to get really serious

about attacking the bridge.

We've looked around the bridge.

We've looked under the bridge.

Right.

We've never really actually just gotten on top of the bridge

and run any kind of provocative experiment.

Yeah, absolutely.

And if you recall, the only time

we've seen UAPs on the Miller Ranch ourselves

were when we ran that Tesla experiment with Cameron Prince

the first time.

And that's when things really went wild.

Absolutely.

NARRATOR: In 2023, the team used Tesla coils to blast energy

into the bottom of the Miller Ranch bridge

and seem to elicit encrypted space to Earth messaging

at 1.735 gigahertz as well as the appearance

of several corresponding UAPs.

It starts down here--

PAUL BEBAN: Yep.

--here, here.

What was that?

It seems like something here is sensitive to the Tesla coils.

We get Cameron Prince out here.

We can run almost the exact same experiment.

Absolutely.

Just, the one variable we changed

is from going under the bridge to going above the bridge.

Right. Right.

So we'll get it from all angles.

It sounds like we have a bridge to shut down, man.

[music playing]

[police siren]

[radio chatter]

Yeah, yeah.

Right about there.

Right there, right there.

Are you good?

NARRATOR: In preparation for their next experiment,

the team works with local law enforcement

to safely shut down the Miller Ranch bridge.

[inaudible] We're going to roll traffic through slowly.

NARRATOR: This deadly stretch of road on Highway 350

has had 15 fatal car accidents and has been dubbed

the triangle of Miller Ranch.

Travis theorized there could be a potential portal

above the bridge that is connected to the cattle

mutilations at the ranch.

- Hey, hey, guys. - Hey.

Hey, look who's here.

Good to see you, sir.

- Yeah, you too. - Hey, man.

Thanks for coming out.

Great to see you.

Let's set up Tesla coils first and bring

out our equipment afterwards.

Yeah, let's set them up.

NARRATOR: During their first investigation at Miller Ranch,

Andy and Paul conducted a Tesla coil experiment under the bridge

that triggered UAPs.

Now they're setting up the Tesla coils again,

but this time, they're placing them

on top of the bridge in the area where

Pete Kelsey found evidence of a portal

with his photogrammetry drone.

I can't explain it.

This anomalous data that's in the air that shouldn't be there,

and Travis and Eric were saying, that's where

some space-time something is the only thing

with our current understanding of physics

that could explain it.

Like a portal?

Yeah.

If you don't mind just giving us a quick test to make sure

all the equipment is working. - OK.

[music playing]

NARRATOR: The team will flood the Miller Ranch bridge with up

to 300,000 volts of electrical energy,

hoping to once again stimulate UAPs,

strange radio spectrum communication,

or even find further evidence of a portal above the bridge.

[police siren]

All right, we're all set. We're rocking and rolling, man.

We've got full power and everything's

functioning normally. - Evening, guys.

- Hey. - Hey.

Hey, Sally.

Good to see you. Thank you for joining us.

- Good to see you too. - Hey, Tom.

- Good to see you, ma'am. - You too.

NARRATOR: With everything up and running,

the team welcomes the Millers and is ready to put

their Tesla coils to the test.

[radio chatter]

All right, I'm ready to rock.

The road is shut down.

The Tesla coils are plugged in.

Tom, Sally, you've seen us have this set up on multiple parts

of your ranch.

This is our FAA tracker.

We're going to use this to rule out any aircraft that are

actively transmitting a signal.

Here we've got a satellite tracker.

This is giving us all the satellite activity that's

happening all around the world.

How exciting.

This is our spectrum analyzer registering

our RF spectrum right now.

And then here, you've got our outputs for our two UFODAPs.

These are our eyes in the sky.

AI powered machines that are designed to be watching

the sky at all times because we're going

to be watching everything else.

If they find something that doesn't fit their AI

index of pre-recorded data, then they'll

zoom in, record, and alert us.

So, Sally, I know this is your first time to the Tesla rodeo.

Yes.

You're going to see a lot of lights.

You're going to hear a lot of noise.

OK.

You don't need to be worried unless this guy's worried.

I'm not worried.

Then I run?

Right.

Only when he says run.

The arcs are going to come off the side

and go down into the bridge, and you'll

see them spider out into the asphalt.

It's really cool looking.

[siren]

So this is what baseline looks like right now.

And if we see changes with radio energy,

if we see changes when we have any kind of activity overhead,

that will confirm for us that there's some sort

of correlation between the two.

- All right, let's do it. - Alrighty.

- Rock and roll. - OK.

Coming up.

[music playing]

[electricity sparks]

All right.

Look at that.

Keep going up.

Let's keep going.

Do you want to go up?

Yeah.

[electricity sparks]

300.

[electricity sparks]

Paul, Paul, Paul--

Weird.

Yeah.

What could that be?

NARRATOR: As Cameron increases the electrical energy

of the Tesla coils on top of the bridge,

the team measures a correlating increase in radio energy

on the spectrum analyzer, which makes no scientific sense

because adding electrical energy should not relate to receiving

a radio frequency response.

I mean, look at this, it's unlike anything

we were seeing in our baseline.

Whoa.

That's huge.

Is that normal?

I don't know if you noticed, we've got a little arc

over on the coil on the right.

What do you mean by arc over?

It's when an arc hits the copper tube.

I'm going to try to patch it up, and we'll keep going.

Awesome. OK.

So a quick repair?

Yeah.

ANDY BUSTAMANTE: This is intense, isn't it?

It is very intense.

Little gobsmacked.

All right.

We saw a little bit of activity.

It looks like you're having more spikes.

Do you see that? Yeah.

SALLY MILLER: Yes.

[suspenseful music]

ANDY BUSTAMANTE: Paul.

Paul, Paul, Paul.

NARRATOR: The team has worked with local law enforcement

to close the Highway 350 bridge over the Purgatoire River

at night for their Tesla coil experiment,

hoping to stimulate UAPs, communication, or possibly

evidence of a portal.

SALLY MILLER: It looks like you're having more spikes.

ANDY BUSTAMANTE: Do you see that?

Yeah. SALLY MILLER: Yes.

ANDY BUSTAMANTE: Paul. Paul.

Paul, Paul, Paul, take a look at this.

PAUL BEBAN: Whoa. ANDY BUSTAMANTE: Yeah.

Yeah.

NARRATOR: After running the Tesla coils

on top of the bridge, the team started registering

strange radio frequency spikes on the spectrum

analyzer that have continued even

after shutting off the coils.

Look at that. SALLY MILLER: Oh, whoa.

- Look at that. - Whoa.

That looks familiar, doesn't it, Tom?

THOMAS MILLER: Yeah, it sure does.

Oh, my goodness.

NARRATOR: When radio frequencies from 1.4 to 1.8 gigahertz

are seen on a spectrum analyzer, that

indicates Earth to space and space to Earth communication,

and can also correlate with UAP activity.

This is exactly like the first time we came here, man.

What is this activity?

Look at this.

It's incredible.

We may have set off that reaction.

ANDY BUSTAMANTE: We are still seeing very consistent

anomalies on the bridge.

And even though the energy signatures on those anomalies

are changing, we're still seeing the same kind of evidence

that shows that the bridge is responding

to our experimentation.

Why is the Tesla coil consistently

triggering this radio spectrum energy response?

What's the relationship between the two?

And why is it happening here on the bridge at Miller Ranch?

It's strange, but what we know for sure,

it didn't start until after we turned on the Tesla coils.

After we fired up the Tesla coils.

NARRATOR: Now that Cameron has repaired the Tesla coil that

broke during their first run, the team

will attempt to fire up both coils a second time,

this time directing the energy into the air above the bridge.

Repairs complete, fingers crossed.

ANDY BUSTAMANTE: Let's do it.

OK, coming up.

Oh, oh.

UFODAP just saw something.

As soon as you turned on that Tesla coil.

What-- - I mean the second.

Exactly, yeah, yeah, yeah.

With no power output, barely.

[tesla coil buzzing]

[computer beeping]

Whoa.

UFODAP's getting busy.

Yeah.

We've got activity in the spectrum, too.

We didn't even get started.

All we do is change direction of the energy flow, man.

[tesla coil buzzing]

Is it arcing out the side there?

Is that what's happening?

See it coming around?

Yeah, yeah.

ANDY BUSTAMANTE: Oh, I see it, yeah.

Yeah.

I think that one's toast.

All right.

Do you normally see that the coils break if you put

them through this much energy?

Typically the wind or moisture on the coil itself from dew

or condensation in the air will cause it to arc back to itself.

We don't have that tonight.

Tell us if we're not understanding it.

But does it feel dry and calm to you here?

It does.

So, somehow, your dry, calm Colorado night

isn't so calm at all.

We know our ground is good, or the other coil

would suffer the same problem.

Something drew that arc to the coil itself.

And that's all she wrote.

That seemed like it was playing with us, man.

CAMERON PRINCE: Yeah. I don't know.

I can't explain it.

NARRATOR: With the Tesla coils out of commission,

the team will now review the UFODAP hits received earlier.

All right, so what I'm doing here

is I'm going through the results from our UFODAP,

which is our artificial intelligence,

our eyes in the sky, right?

I've got the first file loaded right down here.

Oh, look at that.

Did you see that jump?

Look inside our little yellow circle.

You see it?

Yeah.

ANDY BUSTAMANTE: Look at that.

And then, oh, it just jumps away.

Did you see that?

Whoa.

What is going on there?

NARRATOR: The UAP is moving at such an incredible speed

that the UFODAP fails to track its path.

This rate of acceleration would be

impossible for any manmade craft.

30 frames per second.

Less than a seventh of a second.

Yeah, in less than a seventh of a second,

it covers this much airspace.

CAMERON PRINCE: That is impossible acceleration.

That is impossible, Instantaneous acceleration.

This is exactly what the Skinwalker team tells us

to keep an eye out for, right?

When you see objects moving through the sky, and then

they suddenly change speed.

CAMERON PRINCE: That is wild.

ANDY BUSTAMANTE: That's wild.

That is wild.

There's one more hit I want to take a look at here.

Up here in the upper right-hand side, here's where it happens.

Here it is.

SALLY MILLER: Oh.

ANDY BUSTAMANTE: There it is out there,

- My Lord. - Wow.

The difference is three frames.

Three that acceleration happened in 1/10 of a second.

Now, let's keep watching.

Look at that jump.

There it is down there.

ANDY BUSTAMANTE: From here to there.

Unbelievable.

This rules out-- it absolutely rules out

that this is a satellite and it absolutely rules

out that this is an aircraft.

Because they can't do this.

What's fascinating to me, the consistency

here is really powerful, right?

The first time we ran Tesla coils,

we energized the environment, the UFODAP started pinging,

and we had UAPs moving at incredible rates of speed.

Look, there it is there.

And then it's here.

What?

In my book.

We've got consistent anomalies in the radio spectrum.

We've got UAPs overhead.

I'll be really curious to see what the team makes

of this latest round of data.

It would not surprise me at all if we're back here again.

You have us again?

Will you put up with us some more.

- Absolutely. - Sure.

I learn more every time you come.

Welcome to our world.

(ON THE RADIO) All right, guys, let's pack it up.

All right. Grab a cup.

Putting on down.

ANDY BUSTAMANTE: Bring it down, pack it up.

(ON THE RADIO) Let's get it all in.

NARRATOR: As the team wraps up for the evening and powers

down their equipment, something in the sky

grabs Andy's attention.

ANDY BUSTAMANTE: Paul, I have something.

Straight above us.

Solid blue orb.

See them?

Just look to the north side.

What do you got?

I got sky.

I got SIONYX, Paul.

I got an orange orb.

Cameron, look to the bottom of the last power cable.

CAMERON PRINCE: To the west, Andy?

ANDY BUSTAMANTE: To the west. Right above us.

NARRATOR: With the UFODAP AI detection cameras already

dismantled, Paul attempts to identify

on the satellite tracker whether it's

a satellite they're witnessing.

ANDY BUSTAMANTE: Faint light moving away from us,

fading out, fading out.

Paul.

The closest thing right now, Andy, is over the Pacific Ocean.

Zoom in to Colorado.

Keep going.

Keep going.

Wow.

Hey, do you guys see this one over here?

I see it.

Yep, I see it.

Paul, the sky is on fire tonight, man.

I got a blue orb crossing from west to east.

Nothing on the flight tracker.

It's too fast for a plane.

It's not flashing either.

[music playing]

I just lost it.

- It's unbelievable. - Yeah.

This is the first time I've actually seen something

in person with my eye.

[laughter]

The first time I saw something like that, my eyes

looked just like yours. - Yeah.

Yeah,

[laughter]

Exactly.

It's like the sky is alive tonight.

[music playing]

So, guys.

Well, I know Travis and I both are just

anxious to find out what happened on this third visit

to Miller Ranch.

This was an incredible trip.

It really was.

First thing we did is carry out the ham radio

experiment with Jares Doverspike,

and have the Millers be a part of that.

What we asked them to do was just essentially

speak to the phenomenon.

With Jares's equipment, both broadcasting and receiving,

as well as a more sophisticated, more sensitive spectrum

analyzer, we set up a large array of multiple antennas

just to the east side of the bridge,

very nearby to the anomaly that we identified with Pete Kelce

in our previous investigation.

I can't wait to see it.

Hello, this is Tom Miller again.

I'm still wondering about the mutilated cattle,

and is it going to stop now?

Or is it going to keep going?

I get it.

The cowboy wants to know what's going on with his cows.

[laughs]

ERIK BARD: Whoa.

PAUL BEBAN: What's going on there?

Look at how intense and clear that data is.

ERIK BARD: That is nothing like baseline at all.

ANDY BUSTAMANTE: That is a solid wall of intense energy.

OK, so what I'm seeing here is a communication signal.

That is a lot of data right there, which

means a huge power source.

Something is pumping out a lot of power right there.

But why?

There's no motivation.

There's no-- no point in it.

There's nothing there.

It's just literally a ranch in the middle of nowhere.

But there's something to this place.

ERIK BARD: Yeah. TRAVIS TAYLOR: All right.

Let's keep going.

Absolutely.

Continuing on, we'll have a long exposure experiment with

the Tesla coils on the bridge.

ERIK BARD: Did you have the UFODAP system

running during this exercise?

- We did. - And?

ANDY BUSTAMANTE: And have multiple UFO

hits that we want to share with you as well.

Oh, love to see that.

All right.

Here's our first clip.

Well, it looked like the UFODAP didn't catch it.

See it right as it goes off the screen, it jumps.

ERIK BARD: There we go. TRAVIS TAYLOR: It jumps.

That's a significant jump.

What's the frame rate?

ANDY BUSTAMANTE: 30 frames per second.

And that jump happens between frames.

It's four frames.

How does that work?

I don't know.

How does it work?

ERIK BARD: That implies one hell of an acceleration.

It happens in 4/30th of a second.

That's a special class of event there.

That's-- that's not something that I normally see.

Yeah.

So do you have more events?

ANDY BUSTAMANTE: Yes, we do.

Full speed coming your way.

Hard stop here.

Something has changed the position of your camera.

I think the values have changed between those two clips.

TRAVIS TAYLOR: I think you're right.

ERIK BARD: You've rotated your AZ/EL significantly.

Stand by.

So if you take a look at this one, the AZ and the elevation,

you're at 183.9, 58.9.

OK.

ERIK BARD: In our previous clip, we're at 170.5 and 63.1.

ANDY BUSTAMANTE: So the camera's been repositioned

somehow, and slightly.

NARRATOR: The AZ/EL, or the azimuth and elevation,

refers to the specific direction and height

of the camera in the sky.

Andy and Paul always disable any function

that would allow the camera to change position once it's set.

So the AZ/EL should never change.

My understanding was that you fixed those in position.

It couldn't have moved on its own.

No.

What is the operation to do that?

You've got to open up software and pull down a menu,

use a mouse.

Not just a thing that could bump by accident and make it move.

No, no, there's no joystick that--

nothing like that.

So something went into the electronics, powered

the servo on, and moved it.

I don't know.

And what's interesting to me is had that not happened,

this second event wouldn't have been captured.

Because the azimuth and the elevation for the second--

You would have missed it.

ANDY BUSTAMANTE: We'd have missed it.

TRAVIS TAYLOR: It would had been over here off the screen.

ANDY BUSTAMANTE: Right.

Something hacked the computer, changed the AZ/EL

so you would see this thing.

So the question is, was something there being

nice and trying to help out?

Because, usually, it's something trying to hinder us.

So I find that an interesting contrast.

But again, on the bridge.

Yep.

Start it over again.

Copy that.

That jumped away quick.

OK, now go frame in time.

ANDY BUSTAMANTE: So there's our first big break

away from the actual UFODAP tracking box, from 9587 to 9590,

so three frames.

There, right there.

Stop right there.

ERIK BARD: It's way down there.

How many frames is it?

From 90 to 92, two frames.

Two frames.

It covered most of the field of view.

ANDY BUSTAMANTE: But then it decelerates right there.

TRAVIS TAYLOR: Yeah, it jumped and it slows down.

So that's clearly not a satellite.

It's not an airplane.

No.

Something makes it jump that big jump.

Is it an optical aberration?

Or did it accelerate that fast?

So tell me where I'm looking.

Is this thing right by you looking

up through where Pete Kelce's drone had the phenomena occur?

Yes, sir.

This anomalous data that's in the air, it shouldn't be there.

That's where some space-time something is the only thing,

with our current understanding of physics,

that could explain it.

Like a portal.

Yeah.

So if there is a time anomaly at the bridge,

you've found the edges.

Because you see it moving normal, then you see it jump,

and then you see it slow down and move normal again.

Which suggests where the jumps are

is it's behind whatever your time shift, something else,

whatever this is, right?

Yeah, I'm not saying it's a wormhole,

a gateway to another universe.

It could be an optical distortion.

It could be anything.

In fact, we actually measured something like that

here over the triangle with Pete Kelce's terrestrial LiDAR

scanner back in the summer.

That would make this another data

point that correlates with the triangle

here on Skinwalker Ranch.

Yeah, that's exactly right.

Every time we visit Miller Ranch,

we seem to come back with another solid data point that

correlates the bridge and the area over the bridge,

the anomaly over the bridge, with the anomaly

over the triangle here at Skinwalker Ranch,

it really cross correlates well with Skinwalker Ranch.

And then here's the other big question.

What is this anomaly doing near a place

where all of these cattle mutilations

seem to be occurring?

Right, which is where we started.

Yeah, I can think of five, probably,

followup experiments that need to be done,

including tandem experiments that we do here,

then we do there simultaneously.

ERIK BARD: That's interesting.

We have to do a simultaneous, connected measurement experiment

between these two points.

It has to be done.

Yeah.

Absolutely.

Fantastic, guys.

Good, great work.

Awesome.

Agreed.

This is goodness, guys.

TRAVIS TAYLOR: Yeah.

Can't wait to see what you do next.