06x09 - Darting Around

[bunniefuu]

What depth are we at
right now into the mesa?



I've got elevated
radiation levels.

TRAVIS: They hit the spot
ten feet short of that 200,

the signal is going
through the roof.

SAM: So, we're going to set
up 100 drones at the triangle

and 100 drones
in the east field.

Oh, look at that.

TRAVIS: Due north, it's
just above the horizon.

THOMAS: We had
a beautiful launch

over here in the triangle.

We have a rocket malfunction,

we have a rocket malfunction.

PETE: This is one of the
scans from the triangle.

- THOMAS: Whoa.
- ERIK: Look at that.

THOMAS: That's interesting.

TRAVIS: What in the
world are we looking at?

NARRATOR: 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.

TRAVIS: Right there!
We got something!

NARRATOR: 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!
- KALEB: 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.

ERIK: Hey, Jeremiah.

JEREMIAH: Hey, guys.

Thanks for jumping on with us.

Yeah, it's great to
be talking to you all.

TRAVIS: It's hard to
pick the strangest thing

that our team has seen
on Skinwalker Ranch

over the past six years.

But a gigantic invisible
sphere, or bubble,

which was detected
multiple times

with infrared lidar devices
might just take the cake.

It's centered at the triangle,

has a 2,000-foot radius

and covers a lot of areas
where we've encountered

the most unexplainable
phenomena, like UAPs,

possible communication
signals and crazy energy spikes.

You've taken a
second look at the data

that we got a few years ago,

and you may have some
new things to share with us.

Absolutely.

TRAVIS: This morning,
our colleague Jeremiah Pate

asked for a meeting
to follow up on

some shocking aerial
radar data that he collected

out here back in 2022.

- JEREMIAH: Go for launch.
- KIM: Off it goes.

TRAVIS: Working with
his team from Lunasonde,

Jeremiah flew a
balloon-based radar system

high above the triangle and
other parts of the property

and recorded a massive
amount of electromagnetic energy

several thousand
feet in the air.

We found some really
interesting data points.

Hey, you've got my interest.

TRAVIS: Jeremiah has used

some new cutting-edge tools

to further process the original

radar scan data,
and we couldn't wait

to hear what he
may have found out,

especially if it might help us
learn more about the bubble.

JEREMIAH: So, here's
an updated version

of the data from
our previous scan.

What you're seeing
is electromagnetic data

in the atmosphere
above the ranch.

Oh, wow.

JEREMIAH: Normally
there would be a base level

of electromagnetic energy

but in this scan, we're
seeing some unusual things.

The purple towards
the edges here,

that indicates
weaker energy levels.

Whereas, the brighter colors

correspond to stronger
electromagnetic energy.

So, to give you a
sense of strength,

the purple is about ten
times of a normal level

of what you typically
encounter in the environment.

TRAVIS: Electromagnetic
fields are present

everywhere in our environment,

and are produced by a buildup

of electric charges
in the atmosphere,

power lines and any other

electrical equipment
in the area.

But what in the world
could be the source

of electromagnetic
energy ten times

the normal level
above the ranch?

JEREMIAH: But
now, this hotspot here,

over the triangle, it's
incredibly remarkable.

I've never seen

anything like this before.

This is about 10,000 times

above the normal level
you would usually find

in the environment.

- Whoa, whoa, whoa.
- THOMAS: 10,000?

ERIK: You're-you're
saying you've never seen

a signature like this before?

Absolutely not.

Typically, we see
these sorts of signals,

um, from things
like lightning strikes,

very brief signals.

TRAVIS: But this is
continuous. A bolt of lightning

only lasts like that.

But it's that much energy.

TRAVIS: Yep.

So, we're-we're clueless

as to what caused these.

There's no technology
that we know of today

that could create
something like this.

It would be on the order
of gigawatts of power

to have this sort of output,

so it's truly a mystery.

TRAVIS: Can you give
us any estimation as to

where the height of
the source might be?

JEREMIAH: So, we can
estimate that it's between



ERIK: That's right where
we had all the data corruption,

right above the bubble.

Yeah.

TRAVIS: So that would be
somewhere in this circle right here.

Right? This is where the
top of the bubble would be.

A few weeks ago,

during an experiment
at the triangle

that was designed to collect
GPS data through the center

of the bubble, something
corrupted the data

all the way up to the
spot above the bubble

at about 3,200 feet high.

Whew.

TRAVIS: And it even
appeared to push

the rocket away as
it was descending.

This one's falling way
off course. Y'all see that?

Could Jeremiah's newly
processed data have confirmed

that there is something
in that 3,200-foot space

that is giving off all this
electromagnetic energy?

And if so, is it
connected to the bubble

and all the other
phenomena like UAPs

that we keep
seeing on the ranch?

So, we're looking at a
continuous energy production

somewhere in this space.

- In a point.
- In a point.

KALEB: I mean, could this
gigawatt energy anomaly

be what's blocking
the GPS signals too?

ERIK: Exactly.
Maybe the interference

is coming from
whatever's energizing this.

TRAVIS: Yeah.

So, I'd love to get
additional surveys

with your radar tech, Jeremiah.

Absolutely.

This was two years ago,

so in the meantime, we've
upgraded our technology.

It's many orders of
magnitude more precise now,

so we'd definitely love
to fly this technology

over the ranch again.

This is absolutely fantastic.

I can't wait to get
you back out here.

Yeah, thank you. We're
really looking forward to this.

All right, Jeremiah, its
great talking with you.

Thanks for jumping on with us.

JEREMIAH: All right, thank you.

- KALEB: What's going on?
- ALEX: What's going on?

TRAVIS: After our
meeting with Jeremiah Pate,

we headed out to the mesa.

That's where the team from
Mark Construction drilling

is struggling to finish
the second of two,

approximately 600-foot-long
boreholes on either side

of a massive buried object,

along with a bunch
of smaller anomalies

that we have detected with
ground-penetrating radar.

What's up, Alex?

ALEX: Oh, we got
through the hard spot.

- Oh, you did?
- Yeah.

- How thick was it?
- 45 inches.

What?

What is that?

That was a brand-new tooth.

- This is the brand-new one you just put on?
- Yeah.

Look how worn
down that is already.

How long were you
drilling with that?

Took me about two and a
half hours to get through that



So it was about four foot
thick of something so hard

that it destroyed this bit.

ALEX: Yeah.

TRAVIS: Whatever
these objects are,

they seem to have
caused all kinds of damage

to the drilling equipment
over the past three years.

And we've even found
bits of metal in the spoils

that are similar to what
space agencies use

to protect spacecraft.

Look at that.

ALEX: That's what it
looks like brand-new.

That's what it looked like
when it went on yesterday.

ERIK: Okay.

TRAVIS: So, once both
boreholes are completed,

we'll use them to
run additional scans

with specialized devices

that will hopefully identify

what these buried objects are.

How deep was this
when that happened?

About 260 feet.

Okay.

ALEX: It was hard,
man. Right now,

we're 315 feet in.

You ever seen that
happen before to...

- Not that, not that quick.
- God.

THOMAS: I was completely
shocked to see that these

tungsten carbide teeth
are almost completely gone.

And I could tell from
the drillers' reactions

that this is not normal.

What is in the
mesa that's so hard

that it could
destroy a drill bit?

Did the bit heat up as
you were going through it?

Did not heat up at all.

How does that happen
and it doesn't heat up?

- Yeah.
- TRAVIS: That's just fascinating to me.

ALEX: Oh, it's crazy.

TRAVIS: For a metal drill bit

to grind against something
that hard, for that long,

it should be heating up

well over a thousand
degrees from the friction.

So what did it hit that
absorbed all that heat?

It really makes you wonder,
given the strange metal

that we've found in the spoils.

I'm telling you, there's
something in there

that, whether it's
Mother Nature or a UFO,

we need to figure out
what in the heck it is.

Yeah.

We might find something
that could account

- for this in those spoils.
- TRAVIS: Yeah.

Alex, this is fantastic, dude.

Fantastic.

On Erik's lead,
we made a beeline

over to the sifting area...

- ERIK: Hey, Chris.
- How's it going, guys?

Where archaeologist
Chris Roberts was about

to search through the
spoils that had been collected

right where the drill
bit was grinding against

that hard object in the mesa.

Well, I just got it
kind of cleaned up.

We can take a look at it.

- This is 260 to 290 feet in.
- ERIK: That's the range.

- CHRIS: So...
- I only see rock.

I don't see anything
that looks like metal.

Yeah, I could grab the magnet
and we could run it over it.

Well, let's give it a shot,
man. Yeah, give it a shot.

THOMAS: Most of this
is sandstone fragment

that's just super brittle, soft.

- THOMAS: Whoa, whoa, whoa.
- TRAVIS: What is that?

THOMAS: Is that metal?

THOMAS: Is that metal?

CHRIS: That's magnetic.

It's a very dark
gray, almost black.

TRAVIS: What in the heck
is buried inside the mesa

on Skinwalker Ranch?

As we were sifting
through the drilling spoils

that came from about


right where the drill
bit got destroyed,

we found fragments
of another kind

of strange metallic material.

It's layered, Erik. Did
you look at it on the edge?

- Yes.
- It's layered, dude.

- We got metal.
- CHRIS: Yeah.

- Oh, hey, look, there's another one.
- Yeah.

TRAVIS: Does it look like, uh,

the same stuff that
we found before?

Looks like a fragment
of the same material.

TRAVIS: Same stuff.

Based on the nearly four decades

that I've worked on
projects with NASA

and other space agencies...

THOMAS: Look at that.

The metal materials
that we keep finding

in both boreholes have
a very similar design

to what is used as protective
coatings on spacecraft.

So, how in the heck
could it have gotten



It just hit me why the bit
might not be heating up.

Whatever this is
he's drilling through

could actually be... have
such a heat capacity,

like the space shuttle
tiles, so that could explain

why the drill bit's
not getting hot,

if it's a material like that.

But what in the hell
would a material like that

be doing inside that mesa?

It don't make any sense to me.

Chris, I think this is great.

Keep looking, man.

- CHRIS: Will do.
- I am absolutely convinced

there's more to be found.

KALEB: I hear the
helicopters coming.

BROCK: Still back, you're clear.

Sounds good. Thank you.

BRANDON: Dr. Taylor.

TRAVIS: How you doing, man?

The next day, as
the drilling operation

continued at the mesa...

Welcome. It's so
good to see you.

You've got the entire
Lunasonde team assembled.

Thank you for joining us.

Ranch owner Brandon
Fugal and his brother Cameron

flew in along with
pilot Brock Wilson,

to join us, Jeremiah Pate
and his team from Lunasonde.

It was all hands on deck

to conduct a new
aerial radar experiment

above the property

to learn more about the bubble

and other phenomena
that might be related to it.

BRANDON: Jeremiah, as CEO
of Lunasonde, would you mind

giving us a quick
overview relative

to what you're gonna be
putting on the helicopter

in service to helping
us get some answers?

JEREMIAH: Absolutely.

This is our most
advanced technology

that we have here today,

and really, what we're doing

is taking an X-ray of the ranch,

both above and below.

The instrument that
we are fielding today,

we call it the DART platform.

The DART is really Lunasonde's
most advanced radar system

that we have at our disposal.

DART stands for Dynamic
Aerial Research Testbed.

The DART transmits low
frequency radar pulses down.

Those are then reflected
back to this system,

and with all these
sensors in the system,

we can detect any
sort of anomalies,

both in the air and
below the DART itself,

and even hundreds of
meters beneath the surface

in extremely high resolution.

I hope that the signal

that you're transmitting
will interact with this bubble,

and maybe we can map
more of what this bubble is.

Well, let's divide
and conquer, guys.

Let's go.

- All right, guys.
- Good.

THOMAS: All right, one of these

are going to be to
make sure it doesn't

- come off.
- I've got it in place.

THOMAS: And the others are
gonna be to keep it oriented.

TRAVIS: For the
experiment today,

Brock Wilson will be
flying Helicopter One

in a push broom
pattern at 12,000 feet

above the ranch with
Lunasonde's DART device

tethered to it on
a 100-foot cable.

The DART will emit radar
signals that will bounce off

any visible and
invisible objects

and hopefully give us
more detailed images

of the bubble and the
huge energy source

that we've detected at
about 3,200 feet high.

However, the radar signal
will also penetrate the ground

as much as 500 meters,
which, with some luck,

will give us more data on

whatever is buried
in the mesa, too.

- TRAVIS: Looks amazing, Jeremiah.
- Thank you.

Yeah, it's really
coming together.

We just have a couple
more screws to tighten,

and then we're going
to be ready to fly.

TRAVIS: Meanwhile, Kaleb and I

will be with Cameron
Fugal in Helicopter Two.

We'll be flying into
and out of the bubble

at around 1,000 feet high,

and using a spectrum analyzer

to monitor the 18 megahertz
signal coming from the DART.

We'll be looking for
any strange interference

in the DART's signal,

as well as any strange

radio frequency signals

that we often detect

when things like UAPs appear.

SAM: So, we have

the GPS tracker
on the helicopter

so we know its position...

TRAVIS: From the ARC,

Sam, along with Brandon,

will simultaneously monitor

the DART's 18 megahertz signal,

and keep tabs on the
OmniTeq multi-sensor boxes,

which are positioned all
over Skinwalker Ranch.

JIM: I've got the drone ready.

We're getting the
signal from the antenna.

Good. Yep, ready to go.

TRAVIS: At the triangle,

right in the center
of the bubble,

Jim Royston will
fly his drone-based

infrared lidar and scan the area

for anything invisible
to the naked eye

that might occur while
the two helicopters

traverse the airspace above.

CAMERON: Erik, how
do you hear on 23025?

TRAVIS: And Erik will
be overseeing everything

from the command center
with his spectrum analyzer,

surveillance cameras and GPS

tracking system that's
linked to both helicopters.

I'm showing... I think we're
good. Brock, you good?

- Good to go.
- CAMERON: Erik,

we'll lift off on your go-ahead.

I'm excited to get this, uh,
this experiment off the ground.

Go ahead and make
some dust and put some

- metal in the air, Cameron.
- Sounds good.

ERIK: At its core,
this Lunasonde survey

is a radar exercise.

The deliverable from all of this

is mapping of
one kind or another

things that could be
responsible or somehow involved

in all of the strange energetic
events that we're seeing

in the bubble,

and even the unusual
activity in the skies above.

I'm anxious to get
some clues today.

TRAVIS: Hey, Cameron,

we're getting a 1.6
gigahertz signal.

It just started.

CAMERON: Hey, Erik, we got

a 1.6 gigahertz signal.

TRAVIS: We had barely

gotten the experiment
started when I detected

a 1.6 gigahertz signal,

which we see a lot

when strange phenomena
appear in the sky.

I'm gonna use my
antenna to find the source

of the 1.6 gigahertz signal.

CAMERON: Thomas,
we are at the...

nine o'clock position
on the perimeter

- of the triangle.
- Copy that, Cameron.

TRAVIS: Erik, I can
confirm that the 1.6 gigahertz

signal is coming from
the center of the triangle.

TRAVIS: I can confirm

that the 1.6 gigahertz
signal is coming

from the triangle, 'cause
as we're circling around,

the signal optimizes as I keep

the antenna pointed back
toward the center of the triangle.

Okay.

It's-it's not outside,

it's coming from the
center of the bubble.

Copy that, Travis. Thanks.

TRAVIS: Just as Helicopter One
was flying the DART radar device

up to 12,000 feet
above Skinwalker Ranch,

Kaleb and I were with
Cameron in Helicopter Two,

getting ready to fly back
and forth through the bubble

to track the DART's


But suddenly, I
started detecting

a strange 1.6 gigahertz signal

on my spectrum analyzer,
coming right from the triangle.

That type of signal is so crazy

because our own
military reserves it

for transmissions
between Earth and space.

So, what could
be broadcasting it

from the center of the bubble?

Almost to 11,000 feet.

CAMERON: Copy that.

TRAVIS: After detecting
that 1.6 gigahertz signal,

I couldn't wait to see

if the DART's signal
would be affected

or if Jeremiah
Pate would be able

to collect good data from high
above the ranch as planned.

JEREMIAH: The DART
device is working now.

BROCK: Yeah, Cameron.

Are you guys
picking anything up?

Uh, no.

CAMERON: Negative, we
are not picking up anything

from, uh, the DART.

Has that kicked on yet?

JEREMIAH: Let me
double-check and see.

Yeah, I'm getting data.

BROCK: Are you guys
picking anything up

on your end from
the 18 megahertz?

No, we are not.

Please be advised,
I am not seeing

any 18 megahertz
signal as of yet.

Sam, what are you...
Are you seeing anything?

Negative.

TRAVIS: So, not only
from Helicopter Two,

but also from the command
center and the ARC,

no one was able to pick up

Jeremiah's 18 megahertz
DART radar signal

that was being emitted from

about 12,000 feet in the air.

And where were all of those

spectrum analyzers located?

Inside the 2,000-foot
radius of the bubble.

During a bunch of
recent experiments,

we've actually seen
physical devices like rockets

and even Jim Royston's
lidar drone appear to get

deflected by the
barriers of the bubble.

So, now it appears
that the bubble is also

stopping our signals
from passing through it,

like some kind of force field.
What could this thing be?

JEREMIAH: That's strange. The
DART says that it's overheating.

BROCK: Yeah?

JEREMIAH: Yeah, we got
a warning on the payload.

We have a temperature
rise, which is bizarre to me

because it's cold up
here. It's 47 degrees.

It says that our temperature
is over 85 degrees Celsius

inside of the payload.
That's 170 degrees.

No, even hotter than that.

JEREMIAH: Everything had
been working perfectly fine.

The DART

started to indicate
that it was overheating.

This makes no sense whatsoever.

If the payload gets overheated,

it will automatically shut down.

That's got to be some
sort of weird, uh, error.

Some sort of interference.

If the ground or you guys
aren't showing anything

on that 18 megahertz,

we'll come back
down and troubleshoot.

- Yep, it's what we need to do.
- CAMERON: Let's do it.

Let's abort the experiment.

Let's go down
and troubleshoot it.

Good copy. I'll
start my descent.

TRAVIS: While Jeremiah and his
team inspected the DART device,

Cameron, Thomas
and I decided to conduct

a secondary experiment
on the bubble.

CAMERON: All
right, we're going to be

flying in and out of the grid,

starting from the south
side of the bubble.

The aviation radio is at
what frequency, Cameron?



- Megahertz?
- Uh-huh.

Okay. All right.

The idea was to have Thomas

go to the center of the bubble

at the triangle with
his walkie talkie.

Then, Cameron would
fly at an altitude of 200 feet

back and forth through
the bubble's barriers,

while I monitored his comms
signal on my spectrum analyzer.

We wanted to
confirm if the bubble

would interfere with
the communication

and its signals as we
crossed in and out of its barrier.

THOMAS: Cameron, I
am ready when you are.

CAMERON: We're going to proceed

northbound, flying
over the triangle

and I'm going to
continue to transmit.

All right, so keep transmitting.

All right, guys,
I'm moving north,

into the bubble.

Cameron to Thomas.
How do you copy?

THOMAS: Cameron,

were you transmitting
as you flew over?

We were. Did you lose me?

TRAVIS: Look at that.
I'm not detecting you at all.

You are gone, I'm
not seeing it at all.

It was perfectly quiet.

There wasn't even
static over the air.

It just completely
blanked out, nothing.

TRAVIS: What in
the heck could block

Cameron's communication
signal from reaching

not only Thomas on
the ground, but also my

spectrum analyzer
about three feet away

in the backseat
of the helicopter?

Was it caused simply by
crossing over the bubble's barrier?

Or was there something
inside of it that was the culprit?

Hey, Erik. It's Jim.
You got a copy?

Yeah, Jim, go ahead.

As Cameron

came into the bubble, I
was getting all kinds of errors

that wouldn't
allow me to take off.

Once he left the
bubble, it went green.

Yeah, copy that.

So, Jim, can you take the drone

to the launchpad

and lidar scan from the ground

when they pass through
the membrane of the bubble?

Roger that.

TRAVIS: Erik wanted to look
for any invisible anomalies

in the bubble that
might be blocking

our communication signals.

So he asked Jim
Royston to scan the center

of the bubble
with his lidar drone

from ground level

as Cameron flew back
through the bubble's barrier.

CAMERON: All right, we're
commencing just going inside of the bubble

at this time.

JIM: I'm painting
over here in lidar

but I'm waiting for
him to come over.

CAMERON: Showing
roughly 200 feet,

and right over the triangle.

We got 200 feet AGL
continually moving...

It just cut out again.

JIM: Whoa, just blacked out.

Erik, you got a copy?

Yeah, go ahead.

JIM: So, I'm sitting
on the ground,

painting the whole
mesa with lidar.

As the helicopter comes
right over that region,

As the helicopter comes
right over that region,

we just get this complete black.

ERIK: Jim, that is amazing.

JIM: As the helicopter
comes right over to the triangle,

we just get this complete black.

ERIK: Jim, that is amazing.

It's like it selectively

- erases stuff.
- Yeah.

TRAVIS: Just as Cameron Fugal

flew his helicopter
over the triangle

at the center of the bubble,
Jim Royston's lidar data

suddenly went completely black.

Did the helicopter trigger
the bubble to stop Jim

from capturing an image of
something that was right there?

If so, what was it?

- Well, just another piece of data.
- It's crazy.

I mean, today
we're losing comms,

we're losing lidar.

It's just more data to suggest

that something's
definitely going on

in the space above the triangle.

TRAVIS: Thomas was right.

Ever since we
identified the bubble

earlier this year,

we've been unable to collect

accurate data at the triangle

from the ground up to

the 2,000-foot barrier

of the bubble, and
even above that,

near 3,200 feet high.

So, what could be in the space

above the triangle that is

stopping all of our instruments

from collecting data both in

and above the bubble?

BROCK: All right, ready?

One, two, three.

A few minutes later,

Jeremiah got the
DART working again

and was ready to
finish collecting data

from Helicopter One by flying

in a push broom pattern
at 12,000 feet high

above the ranch.

He's gonna start moving
to the west like he did.

TRAVIS: So, we wanted
to see if any of our receivers

around the ranch
could finally detect

the 18 megahertz
signal being emitted

by the DART device

when the barrier of the
bubble was between us.

Yeah, guys? Please be advised,

I'm not seeing any


from the DART.

I'm still not seeing
the signal either.

JEREMIAH: Let me
double-check and see.

Yeah, I'm getting data.

TRAVIS: I don't get
it. How in the heck

can the bubble
block that signal?

It was maddening that none
of our spectrum analyzers

all around the ranch

could detect
Jeremiah's DART signal.

BROCK: Jeremiah
says we've got good data.

We're heading back now.

TRAVIS: But since Jeremiah

was confident that the
DART was collecting good

radar data, Cameron landed

Helicopter Two while
Brock and Jeremiah

made a few more
passes over the property

in Helicopter One

to complete their
end of the experiment.

ERIK: I'm looking forward to

diving into that data

from the Lunasonde survey

to see if we see

what it is we're
actually dealing with

in the bubble and the triangle.

Hopefully, these scans

will help us determine
what is beneath

the surface of
the ranch as well.

BRANDON: What a day.

So, Jeremiah, on this last run,

did it collect data and were
you able to map the ranch?

So, we had a
textbook flight, actually.

Everything worked perfectly.

-Oh. -That's great.

Well, I think when we
post-process all this data,

it'll be interesting
to see how it lines up

with the comms issue
that we saw out there.

You guys were literally
flying directly over us,

and it was as if the
radio went dead.

- TRAVIS: No kidding?
- KALEB: Wow.

What's also strange
is we couldn't see that


coming from the DART

- either.
- TRAVIS: That's crazy.

So, Jeremiah,

when do you think you'll
have the first bit of data

post-processed
that we can look at?

JEREMIAH: So, within
the next couple days,

we'll have that initial
data post-processed.

TRAVIS: All right,
that sounds good.

So, I say we get to
crunching some data.

Sounds good.

- Very good.
- TRAVIS: All right, man.

Appreciate it, guys.
It was awesome.

- Thanks.
- Thank you.

THOMAS: Yes.

ERIK: Hey, Travis, are you
tuned in on the frequency?

TRAVIS: I'm ready to go, man.

If something changes,
I should see it.

The next morning, while waiting

to hear back from
Jeremiah, we were monitoring

the drilling operation
at the mesa.

And it was pretty tense

because the drillers
had made it past

the 350-foot mark

in Borehole 2 and
had just gotten through

another strangely
hard obstruction

and were experiencing
more weird interference

with their drilling beacon.

Hey, guys. You got a copy?

Yeah, Chris.

I've got some magnetic
material over here.

It just came out of

the latest batch of spoils.

- We'll be right over.
- TRAVIS: As soon as

Chris called us,

we couldn't wait to get over

to the sifting area

and see if he had
found more clues about

what is buried in the mesa.

What'd you find, Chris?

I was running the magnet
over this and ended up having,

actually, three hits
on similar material.

KALEB: This looks like
that metal, you know?

TRAVIS: Yeah, it does
look like that metal.

How deep was this, Chris?

This is actually at 350 in.

So, we're like 85 feet further

than the last metal
pieces that we found.

TRAVIS: How about that?

That looks just like
the metal pieces

that we seen two days ago.

No telling what
we're into up there.

So, I can't wait

to be able to get
instruments down in that hole

and see if we can

maybe see them with a camera,

detect them with a magnetometer

or measure the electric
field through there

- or something.
- Yep.

I'll be glad when they finish.

Any idea of how much
longer you think it'll take 'em,

assuming no more crazy setbacks?

THOMAS: They're pushing 380 feet

right now, so... you know,

if we're going based
off of the first hole,

Borehole 1, which is 585 feet,

we've got 200 feet left.

That's great.

We were just 200 feet away

from being able to
scan from inside of

both boreholes with all kinds
of specialized instruments.

Who knows what the hell
these buried objects actually are?

But we could be closer
than ever to finding out.

Well, Chris, this
is great stuff, man.

Well, Chris, this
is great stuff, man.

Stay with it and find more.

Will do.

- All right, man.
- Keep it up.

Yep.

♪ ♪

ERIK: Hey, Jeremiah.
Hey, Cameron.

CAMERON: Hey.

Good to see you guys.

Hello, guys. We're
really excited to share

this data that we got.

Surprised even our team.

- Really?
- Awesome.

TRAVIS: Three days after
our dual helicopter experiment,

we met with Jeremiah Pate,
and we're hoping like hell

that he would have some
answers about the bubble

and whatever is buried inside
the mesa on Skinwalker Ranch.

JEREMIAH: The data
was perfectly clean.

Well, let's look at some of it.

ERIK: Yeah. [stammers]

I'm on the edge of my seat here.

- Yeah.
- Uh, absolutely.

Right, so, this is just a
normal satellite image

of the ranch, and so,
for our first dataset,

this is the airborne
electromagnetic data.

- Okay.
- So, this yellow area is

a hundred times stronger
here than out here in the purple.

Hmm.

And so, with this,

what we saw was very strange.

We saw a-a massive jump

in energy towards
the center of the ranch.

ERIK: Center of the ranch.
Right above the bubble.

- Oh, wow.
- TRAVIS: Yeah.

JEREMIAH: So, this is
something that you would see

over an area that
has a lot of, uh,

different, uh, electronics,

like a city.

And yet, here we are
in the Utah countryside,

seeing that same sort of spike.

Oh, wow.

- That's right.
- Seems very strange.

TRAVIS: Once again,
Jeremiah's DART radar device

has identified a
massive energy source

in the same area
above the bubble

where our other
instruments have been unable

to even collect data.

So what's there between


giving off that much energy?

And is it related to the
bubble or all the strange signals

and UAPs that we
encounter on the ranch?

I'm thrilled we were
able to get duplicate data

confirming Jeremiah's
earlier experiment,

and we're hoping this new DART

can give us even
more information.

JEREMIAH: What's really
interesting about this is that

it's almost like there's
these clouds of this energy

right here, uh, towards
the center of the ranch

and it follows the river,

which is another thing that
we found quite interesting.

- Hmm.
- TRAVIS: Yeah,

that-that is really interesting.

That bright spot
south of the triangle

and right across the creek,

uh, I mean,
that's-that's literally

where we've, uh, had
trouble with instruments

actually picking up anything.

KALEB: Well, that's
right on the edge of the,

on the inside edge, I'd
say, of the bubble, too.

ERIK: That has to
mean something.

TRAVIS: Wow, this
other energy spike

that Jeremiah detected

above the southern
edge of the bubble...

ERIK [over radio]:
According to the GPS,

it's 5,000 feet underground.

Whoa.

TRAVIS: is right
where we've recorded

numerous GPS data errors

on multiple devices.

THOMAS: Whoa, what was
that purple light over there?

TRAVIS: And seen a
bunch of UAPs in the past.

It looks like a silver
orb or something.

TRAVIS: So, are there
several energy phenomena

above the ranch that might
be connected to the bubble

and the other crazy
things we see out here?

If so, what in the
heck could they be?

- Wow.
- That's crazy.

So, our next dataset is
where things got really strange.

TRAVIS: Oh, now
it's gonna get strange?

JEREMIAH: Uh, yeah, so, um,

this is actually the
subsurface dataset.

These bright spots
correspond to subsurface water.

And you see this area here

that has a lighter color
than the surrounding area?

That represents a tunnel
that goes all the way

from the triangle into the mesa.

- Wow.
- Wow.

TRAVIS: After seeing
the aerial radar data

that might be
related to the bubble,

this possible underground
tunnel that Jeremiah has detected

between the triangle and
the mesa is really curious.

That whole area is encompassed
by the part of the bubble

that extends deep below
the surface of the ranch.

We've heard rumors about

underground
structures for years.

Has this experiment
proven that it's true?

And if so, could it be related

to the source of whatever
has created the bubble

and the crazy electromagnetic
energy we've identified?

Or even what's
buried in the mesa?

- Wow.
- KALEB: That's...

that's interesting.

So, the materials
that you're seeing

that are darker,

these correspond to voids.

These are air pockets
underground of some sort.

- Huh.
- And so, there's this

larger void over to the west,

but this one roughly
corresponds with the drilling site

which is really, uh, intriguing.

- Really?
- TRAVIS: The data beneath

the mesa drill site
is really insane,

because we've recently drilled

into void spaces between
the massive object

and the smaller ones
that we believe are in there.

Do you have any insight
onto how deep underground

those pockets are?

Yeah, so, these, uh,
pockets right here,

generally speaking,
they're about 20 meters

beneath the surface level,

so they are fairly shallow,

um, but at the same
time, extremely large.

TRAVIS: So, are these voids
connected to possible tunnels?

And if so, are they somehow
related to these buried objects?

I find that really interesting.

Well, Jeremiah, you've given
us a lot to think about, you know,

uh, unexpected
features, certainly,

- certainly unexpected for me.
- Yeah, absolutely.

We're really
tremendously excited

with what we've been
able to see so far,

and we think we're just gonna
keep having more surprises

from this dataset.

- Yeah, that's very intriguing.
- ERIK: Yeah, well,

we have additional
data to review.

Let me bring up, uh,
some of the video content.

There were some
things that I found

particularly interesting here.

- THOMAS: There it is.
- TRAVIS: Whoa.

What is this?

ERIK: So, here we have an
object that certainly is moving fast.

CAMERON: Oh, yeah,

that speed is really fast.

TRAVIS: Look at that.

TRAVIS: It's moving
fast, whatever it is.

ERIK: Oh, it certainly is
moving fast. There's no contrail.

Not typical of the aircraft

that we see flying
through our airspace.

First, we see new radar data
from our recent experiment

that shows unbelievably
high energy phenomena

thousands of feet
above Skinwalker Ranch,

and more specifically,
above the bubble.

But then Erik captured
high-speed video

of a UAP that looks
like a possible craft.

So, what was it?

And was it related to
these energy anomalies?

Doesn't look like
anything I've ever seen.

- Yeah.
- Yeah.

I mean, it could be a military
plane doing something.

But, man, it's-it's moving.
Whatever it is, it's moving.

That's really fast. Yeah.

ERIK: This object, or
another one just like it, is also

in other clips, like the
one I'm about to show you.

Here's another clip
with the emboss filter

to help identify the
feature of interest.

We see some
things in the airspace,

uh, with the helicopter.

- CAMERON: Mm-hmm.
- TRAVIS: Oh.

- ERIK: Yeah.
- TRAVIS: Interesting.

KALEB: Wow.

TRAVIS: Holy
crap. Erik was right.

One or more UAP
got extremely close

to the helicopter
that Jeremiah was in,

collecting his radar data.

Was it following them?

And could it be what
was broadcasting

the 1.6 gigahertz
signal we detected

during the experiment?

So, now let's dive in on this

and examine it a
little more closely.

It does kind of make a
little maneuver right there.

ERIK: Yeah, the speed of
this thing seems to change,

uh, when it gets into
this region of the screen.

CAMERON: Oh, yeah.

ERIK: It's worth
mentioning that, you know,

we're looking at video
footage that was collected

at 240 frames per second.

TRAVIS: Oh, so it's
moving really fast?

- ERIK: Yes, yes.
- Oh, yeah,

that's a good point.

So, here is another clip
here I want to bring up.

There we go. There.

TRAVIS: It goes from the
nose of the helicopter to the tail.

- Okay, so there's...
- Right there, stay from there.

- What color is the first one?
- We're kind of at an angle.

- TRAVIS: Right?
- One, two, three...

- Seven?
- ERIK: Let's say seven frames.

TRAVIS: So, in 240
frames a second,



It's like, uh, 1,200
feet per second.

That is crazy.
That is supersonic.

- Oh, yeah.
- So that's right over the triangle and the bubble.

- KALEB: Yes.
- THOMAS: Yeah.

Well, guys, thank you so
much for, uh, jumping on.

Jeremiah, thanks for
sharing what you've got.

- All right, guys. Till next time.
- Have a good one, guys.

- See you guys.
- Thank you.

TRAVIS: All right, y'all.

Let's get back to
the mesa drill site.

- ERIK: Yeah, we got to get out there.
- Yeah.

- Let's do it.
- Let's go.

SAM: All right, let's go.

TRAVIS: We've now
seen so many UAPs

above the triangle that
could be some kind of craft.

I don't know if
that's what they are

or where they're coming
from, but I'll tell you one thing:

it makes us all want to
keep investigating the bubble

and that space
above the triangle.

And it damn sure motivates
us to figure out what the heck

is inside the mesa.

ERIK: Our anomalous results
are beginning to sort of coalesce

into a picture, especially
when it comes to the bubble,

and perhaps the mesa.

I think that a major thrust of
our investigation going forward

is going to, uh, be to engage,

come to some
kind of a conclusion.

Now, how we confirm the
reality remains to be determined.

BRANDON: I never
know what to expect

when it comes to
Skinwalker Ranch.

What is going to reveal
itself from one day to the next?

Understanding what
is beneath the property

is an essential step to
understanding the landscape

and what may be involved with
the electromagnetic anomalies

and beyond at Skinwalker Ranch.

Hey, guys, there's a
low-flying plane out here.

Man, he's low.

Somebody is recording

the video from these cameras.

Somebody's spying
on us. Who and why?

Look at the face of this elk.

Radioactivity could
cause that sort of a burn.

This is really strange.

KALEB: We really
need to find out

where this radiation
is coming from.

CHRIS: I want to show you
what we found inside the mesa.

TRAVIS: This could be one
of the most miraculous finds

here on the ranch.