Original subtitles

Yeah!

Hey, we got a light right there.

What the heck is that?

Where's the rest of the rocket?

Look at this.

That's a 500-pound cord.

It should not break like that.

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

Notice this appears in the sky.

You may have caught whatever caused

the rocket to tear itself apart.

I'm just going to play through it.

What in the world is that?

We have this cold zone above the mesa.

Why is it only in that part of the sky?

- That absolutely doesn't belong. - Nope.

What in the hell is that?

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 skin walker ranch.

Hey, what ya got there?

It's a sled for inserting instruments into borehole 1.

- Wow. - The sled is meant to be

like an empty train with all the cars

that you can put whatever you want in it

and it transports it.

So it's gonna help us understand what's inside the mesa

and see what's in there.

That's awesome.

That's gonna come in handy

- when the drillers get here. - Yep.

We're just one week away

from beginning a new drilling operation to find out

what the heck is buried inside the mesa

here on skin walker ranch.

Thanks to ground-penetrating radar,

we know there's something about 400 feet long

and possibly made of metal inside it.

It's also surrounded by other smaller objects.

We've drilled two horizontal boreholes

on either side of this thing.

Look at that thing.

Half that tooth is gone.

The drill got destroyed in borehole 2

when it hit something incredibly hard

at about 470 feet inside the mesa.

This is also where we found ceramics which had properties

similar to the heat shields on NASA spacecraft.

That's manufactured, guys.

While we couldn't finish borehole 2,

we were able to drill all the way through the mesa

in borehole number 1.

So Sam and Erik want to run two scanning devices

all the way down through borehole 1.

Hopefully, we'll be able to get more information

to help us pick targets for when we start the much larger,

vertical drilling operation

down through the top of the mesa.

So what all instruments are on there?

Well, one is a magnetometer.

The second is an impedance sensor.

And we can't run them at the same time.

So we'll make multiple runs.

Yeah. Well, I love everything about this.

I say we get some utvs, get up there and get started.

- Yep. - All right, Thomas and I

- will jump in the Jeep. See you in a bit. - Awesome.

Last year, we lined borehole 1

with about 600 feet of pvc pipe.

We also installed a pulley and a rope that starts

at the top of the mesa and leads all the way down to the bottom.

We'll be able to use that system today

by mounting our instruments on a sled

and then moving it up and down through the borehole.

We have to operate it by hand,

so Thomas and I will stay at the bottom of the mesa

to pull the rope while Sam, Jim and Erik

feed it down from the top.

Ready to fire this thing up?

Yeah, I'll get it connected, get everything rolling

and let them know it's ready to go down.

We don't know how close the borehole actually is

to the object we believe is buried in there.

So we're hoping that, by doing this experiment,

we'll get some clarity about where exactly it might be.

Ready to turn it on when you're ready.

Okay.

Hey, Travis, you got a copy?

Yeah, Erik, go ahead.

We're about to activate

the-the payload on this sled and send it down.

All right, let's do it.

Okay, I'm going to put it in the hole.

The first instrument we wanted to run

was the magnetometer.

Okay, Thomas, the sled is going into the pipe

if you want to start pulling.

It works by measuring distortions in

the earth's magnetic field

caused by anything metal that's buried underground.

I got it, Thomas. Sled is out.

Okay, we can pull it back out.

We couldn't monitor the magnetometer data

as it was being collected.

So we'll have to wait

for the processed results to know more.

Our next step is to remove

the magnetometer and change it out

for that impedance measuring device.

- All right. - Let's get on it.

The impedance sensor works...

by emitting a signal, then measuring anything

that impedes the flow of that signal.

In this case, a possible metallic object underground.

It generates a tone that will change

if the sensor passes near anything metallic.

And if that happens, the tone will become really high-pitched.

So the audio's recording.

You can hear the buzzing on it.

- I hear it. - So it's running, so it's ready to go.

Hey, Travis, you got a copy?

Yeah, Erik, go ahead.

So, Sam has all the instruments running.

We've got the audio recorder.

We have the impedance measuring device.

We want you to begin pulling very slowly at the beginning.

Copy that, we're going to start pulling now.

What was that?

- Did you hear that? - I did.

How far in were we when we just heard that sound?

I think we're about 25 feet in.

Yeah, Travis, just be advised,

we are hearing some variation

out of that impedance meter

about 25 feet into the mesa.

That is interesting.

So, we're already hearing changes

in the pitch from this impedance measurement device

indicating that there must be some metal nearby.

I'm running through a list of possibilities in my mind

as to what could account for that.

There was another hit.

Yeah, that's significant.

About how far in do you think we are?

We're probably halfway.

Okay.

So about 250 feet.

Yep, absolutely.

Travis, we got another big hit around 250 feet.

Does that mean it was next to something metallic?

Most likely.

- All right, go ahead and grab it. - Got it.

We're out!

We're out down here, guys.

Copy you, Travis.

What we're going to do is pull that sled

about halfway up to the 250 point.

Then we're going to stop, we're gonna monitor.

Copy that.

All right, start pulling.

That big hit we got around 250 feet excited us all.

So on the way back up, Erik had the idea of parking

the sled at that spot, to confirm

that we had a hard target.

All right, just a few more feet.

Okay, guys, we got the sled in position,

we're actually hearing the instrument.

There.

Something just changed.

I just heard a hit. There was a...

- did you hear a change in pitch? - I did, I did.

- -Ooh. - Listen to that.

Yeah. Yeah, yeah.

Now that shouldn't be happening, we're absolutely still.

This was nuts.

The first time the sled passed

the 250-foot Mark, we got a big hit.

But when we pulled it back up to the same spot,

the tone kept going up and down in pitch

like something had changed or was changing.

Like it was detecting metal one second, but not the next.

Hey, Travis, I want to see what happens

if we launch a rocket right through the bubble

and we'll again be able to listen for

and monitor for any changes in that interior of the mesa.

I love that. That's a good idea, Erik.

All right, I better go get the rocket ready.

The mesa drill site happens to sit inside

another mystery we've been trying to figure out:

A massive, invisible anomaly called the bubble.

All right, Erik, I'm close.

Give me a minute or so.

Copy that.

We've suspected for a long time

that there's a connection between the bubble

and whatever's buried in the mesa.

So we wanted to know what might happen

if we fired a rocket toward the bubble boundary

while that impedance sensor was near this anomaly

inside the mesa.

In five, four, three, two, one.

So I'm looking for this to change.

- Tone just changed. - Okay, we just got a tone change.

There.

Okay, we just got a hit there. Did you hear it?

Yes, I did, I heard it go up in pitch.

Come on, chute.

Yeah!

So something is really affecting it.

What is causing that big an effect?

Something is really affecting it.

It's going up.

And it didn't do that as we were pulling it.

Hey, Travis, we just got a huge hit

when you launched the rocket.

The sled didn't move, so there's no reason

we should have heard that change.

Well, that is really interesting.

We wanted to know if launching a rocket through the bubble

would get a response on the impedance sensor.

And it did.

So does that mean that whatever's making that noise

in the mesa is connected to the bubble?

Okay, we can pull it back out.

Once we process the data from both this

and the magnetometer, we're gonna take a hard look at it

to figure out just what in the heck this could mean.

Okay, right now.

- Okay, stop! - Got it.

All right, let's get started

- with crunching on the data. - Yeah.

We got some data to review?

We sure do.

So, I've taken the data off the instruments.

The preliminary look at the data is that yeah,

there are features in there,

some features that we didn't expect to see or hear.

And so, I want to start with the magnetometer data.

Let's do it.

Whoa.

A normal reading should be relatively flat

inside a sandstone mesa.

We shouldn't be seeing it dipping up and down like this.

No, no.

So, what we would expect to see

would be pretty much a straight line.

- Yes. - Yeah, that's exactly it.

Unless there is something inside of the mesa

that's a very conductive object.

- Yeah. - Yeah, it's way too big.

Maybe it's from multiple objects in there.

Yep.

We believe there's one big object in the mesa,

surrounded by a bunch of smaller objects.

So maybe this data is showing

that the magnetometer was sensing all those objects.

Let's take a look at this next sequence.

The measurements on this impedance meter.

And so I'm going to bring that up on the screen

and you'll see right away...

this is what we call a wav file...

we're seeing tones picked up by the recorder.

We should hear changes in the pitch

if there's large metal objects or things

that are producing electromagnetic conditions.

All right.

So, what I want to do is

just play a portion of this first experiment.

What?

Do we know how far in that was?

Yeah, we were maybe 20, 25 feet at that point.

And that's interesting 'cause our drill bit stopped

33 feet from the surface in borehole 2

'cause we hit something hard.

That's right.

This anomaly is interesting

because it's about the same depth

where the drill was damaged last year

when it hit something hard in borehole 2.

And that's also where we found the ceramics

in the drilling spoils.

We know we hit it at 33 feet.

What we don't know is if it continues to jut up

closer to the surface.

So did the sensor detect the other side

of the massive object

we think is in there and does this new data

give us even more evidence that it's metal?

Let me play a bit further through this.

This is from the 250-foot Mark.

There it is again.

It's a strong change.

- Clearly there are changes. - Yeah, so, if there is something

buried in the mesa that's metallic

then this is what you would expect to hear.

Yes.

This just got a lot more interesting for me.

That's right.

Well, we're going to bring in this vertical drill

very soon with the hopes of being able to discover

whatever it is.

So, I think we may be able to get eyes

for the first time on whatever is inside that mesa.

That's right. And in the meantime,

we've got another experiment we need to run on the bubble.

- Absolutely. - All right.

Let's get to work.

Hello, fellas.

Hey there.

Since we're still a few days away

from the mesa drillers arriving, we wanted to focus

our next experiment on the bubble.

So far, we know it's centered at the triangle

and has a 2,000-foot radius.

It also seems to act like an invisible force field...

The rocket went the wrong way!

Which blocks instruments like rockets

and drones and stops them from passing through its barriers.

It's just stuck right there.

- That's crazy, dude. - That's freaking nuts.

So today we're gonna try to learn more about

the bubble boundary by towing something

through it called a helikite.

Y'all got the helikite in place out yonder yet?

We got all the parts, and, we're ready

to head out and get it put together.

- All right. - You know, what I would

like to see is what happens when

we pass through that bubble boundary

- with that helikite. - Okay.

The helikite is part giant helium balloon, part kite.

And what's great about it is we can attach

different instruments to it and collect data as it hovers

up to 200 feet in the air for long periods of time.

So tonight, we're gonna tow the helikite

with a utv through the bubble boundary

to test if it really acts like a physical wall.

So, you'll go out west of the bubble, right?

You want us in the bubble or out...

- I want you to start outside. - Start outside of it.

- Outside the bubble. - Yeah.

And go through the barrier wall

and then come back to where you started.

Okay.

So, we're getting this first run

in the daylight, it's just going to give us

a good control, nothing on board that helikite.

Okay. Well, we'll get out there

and start inflating this thing.

All right, let's do it. Thanks, guys.

Let us know when you're ready.

We're gonna start with a test run

with nothing on board the helikite.

We're thinking our instruments are what's causing

the bubble to react.

So first, we want to see if the helikite can get through

the bubble boundary before we even try to collect data.

Pete, I guess that's your cue, you can go set your stuff up.

While the guys tow the helikite,

Pete's going to stay here at the triangle with me

to do some lidar scanning.

I will be monitoring a spectrum analyzer

connected to my computer to look for

any odd radio frequency signals,

which we often detect in the bubble.

All right, here we go.

Erik will be watching everything

from the command center.

All right, well, she's floating.

We're ready to go I guess.

- Let's go up with it, shall we? - Yeah.

The helikite is in the air and ready to go.

Copy that.

The helikite should behave exactly like

someone pulling a balloon.

And with no wind like tonight,

the nose of the helikite should stay pointed

straight as an arrow.

Thomas, Kaleb,

let's start moving the helikite into the bubble.

10-4.

Kaleb and Thomas plan to start towing the helikite

from outside the western boundary of the bubble,

which we have marked with wooden posts.

Utv is through the boundary.

Hey, it's almost like it's not moving.

What?

It's almost like it's not even moving.

I think something's stopping it.

I think something's stopping it.

Look, I'm trying to go this way

and it's pushing it this way.

As we took the helikite for its first run

through the bubble boundary,

we experienced some weird resistance.

The tension on the rope seemed to indicate that the kite

was stuck in the bubble boundary.

Yeah, keep going, we'll see what's happening.

Look, now it's moving.

While we continued to pull it

through the bubble boundary,

extra resistance seemingly dissipated away.

Look at the way it changed directions as we got through.

Yeah.

While we continued to pull it towards the east

the helikite turns and faces north.

Now there's no winds to account for this.

So as we approached the bubble, it was going that way,

- like it didn't want to go through. - Yeah.

And now that it's gone through, it changed direction again.

Yeah, it's like there's a current.

It makes no sense.

There was literally no wind,

but as the helikite moved through the area

where we've marked the bubble boundary,

it was like it was getting hung up on some invisible force.

Then when we managed to get it to move forward,

it started spinning around, almost like it had popped loose

and was reorienting itself.

Right out of the gate,

this test run showed us evidence that the bubble boundary

is a real physical force of some kind.

Hey, guys, it's Kaleb.

Thomas has moved the helikite through the boundary.

Copy that.

1.6 just jumped right up.

Hey, Erik, you copy?

Yeah, Travis, what have you got?

We're seeing some interesting stuff

in the 1.6 gigahertz

and be advised, Erik, I was not seeing that

before the helikite got into the bubble.

Now that's the interesting bit.

Thanks for the update.

Just after the helikite crossed into the bubble,

a 1.6 gigahertz signal appeared.

We've seen that signal so many times now

and it could be a communication signal.

We are now headed west back towards

the boundary of the bubble.

It sure seems like there is a connection between

the helikite getting pushed around

and that 1.6 gigahertz signal.

Is someone or something trying to communicate with us?

All right, you know, that-that's a great test run

with nothing on it.

I'm gonna go ahead and tell the guys.

Guys, I'm telling you

there was a very easy observable change

with the helikite as it went through

the bubble boundary.

That is very interesting.

Copy that.

Let's get instruments on the kite

for our next run after the sun sets.

Copy all of that.

This tracker needs to be on the top, sky-facing...

Okay.

For the most accurate results.

Now that the test run's done,

it's time to put our instruments on the helikite

and do a second run.

We are putting on the helikite a light,

as well as a GPS tracker.

Thomas and Kaleb will be deploying the helikite

in the same location

on the western boundary of the bubble.

That's perfect.

I'll be watching the real-time GPS tracking,

paying special attention to any changes

in the position of the helikite.

All right, going up.

That's exactly what I'm seeing here on the GPS.

Hey, we're going up.

Yeah, man, we can see very well

all the way down at the triangle.

What the...? Listen to that.

- That's you? - That's me.

I didn't tell it to, it just started doing it.

Listen to that.

I did not toggle any buttons, do anything

and it started making that noise.

Look what it's doing, my mouse is going crazy.

Look, I am not touching it. Look...

That-that is so bizarre.

What could do that?

I don't know.

What the crap is going on?

Right after we got the helikite back up in the air

with our instruments,

my computer went haywire almost like something

or someone hacked into it.

God, it's... look at that. I can't...

everything is acting crazy.

I hate doing this, but I'm going to close this out.

That was the strangest thing, man.

All right, well, we'll go ahead and we'll start moving it

towards the bubble boundary.

Copy that.

Pete, go ahead and start your tls, if you haven't already.

Taking off.

It went right through the bubble boundary this time.

The helikite is in the bubble right now.

I'm hitting it with the laser.

What's going on here?

Earlier the helikite seemed to get pushed around

when it went through the bubble boundary.

But now it went through the same spot with no resistance at all.

So does this mean the bubble somehow turns on and off?

I think that's probably good enough.

We can probably go back the other way.

Okay, I'll start turning it now.

Hey, Thomas, go ahead and start,

heading back towards the bubble.

I'm going to run to the launchpad

and get a rocket ready.

Copy that.

Thomas and Kaleb were gonna park the helikite

just inside the bubble boundary.

Meanwhile, Erik and I wanted to launch a rocket

up through the bubble's center at the triangle.

We wanted to see if a rocket launch

would get the bubble boundary to reactivate

and affect the helikite again.

All right.

We are about 20 seconds from launch.

We're in position. We're ready to go.

In five, four, three, two, one.

Holy crap, something turned that rocket!

Three, two, one.

Holy crap, something turned that rocket!

Come on, chute.

It's falling pretty quick.

Did that malfunction?

It sure looked like it fell fast.

Yeah, Thomas, the rocket veered off

almost immediately like it was missing that 30-foot spot again.

All right, I'm gonna go drive over there.

Once again, we didn't see any weird reaction

from the helikite in the bubble boundary.

But what we did see with that rocket was really weird.

These things are designed to go straight up,

but that rocket veered hard to the east

as if something physically redirected it away

from the triangle right at about the 30-foot Mark.

That's where we've repeatedly found evidence

of something mysterious we call the blob.

We first saw it back in 2022

when it destroyed a rocket midair.

So, did we just see new evidence of it

interfering with a rocket again?

I think we've already passed it.

How 'bout that?

Looks like it's still together, looks like the chute came out.

The chute never unrolled.

Something definitely redirected that rocket.

It's just like how the bubble boundary

seems to push and pull our equipment around, too.

So, are we seeing evidence that the bubble boundary

and the blob are somehow related?

Well, the rocket worked except the chute didn't unroll.

It all deployed and-and it fell...

there's one little ding in that fin right there, right?

It's a really weird thing,

just why that chute didn't unroll.

Hey, Erik? Travis?

Copy.

We're ready to tow the helikite

back out of the bubble.

Tell me when we're outside of the bubble.

Yeah.

Copy that. I show your motion.

Everything looks pretty normal.

Yeah, 10-4, Erik.

I'm hitting it with the laser.

We're going to cross the boundary now.

Okay, that's interesting.

Why are we seeing a gap in the data?

You're good, Tom!

The helikite is outside of the bubble boundary.

Kaleb, there is a big gap in the GPS data

as you were coming back out through that boundary.

That's pretty interesting.

I'm not sure how to account for those points,

other than the bubble somehow possibly blocking

the GPS signal from your location.

We've seen this so many times.

I'm dealing with something that's in the environment,

or something is affecting the GPS.

Could this thing be what we call the bubble?

How is that possible?

Erik, let's do one more run with the helikite.

I'm gonna do one more launch,

I'll launch it when they get the helikite

right back in the bubble.

Yeah, that makes a lot of sense.

Copy that, I'm gonna go get the rocket on the pad now.

If there is some kind of connection

between the bubble boundary and the blob,

we wanted to see if strange things would happen

at the same time to both the helikite

and the rocket after another launch.

All right, everybody, I have the rocket in place,

if you guys want to move the, helikite into the bubble

and let me know as soon as it's there,

and I'll launch on your word.

10-4, Travis. We're moving it in now.

- Stop me when we're there. - Yep.

The tls is running.

Copy that.

Hey, Tom, hold up!

Hey, guys, when we started to move forward,

it's like the helikite got pulled into the bubble.

Interesting.

And it's no more than ten to 15 feet

from the edge of it now, and it's come down in elevation.

Hey, you can keep coming, Tom.

It's close.

Helikite is in the bubble boundary.

I'm launching this rocket in five, four, three...

What just happened?

The rocket appeared to get pushed away again.

It just veered off in the same spot

but in the opposite direction.

Erik, you copy?

Yeah, Travis, what's up?

This last rocket I got to go find,

I'm-a run and get it real quick

and then, I'll yell back at you

and see what else you want to do.

All right, well, let me know when you guys

are ready to radio over.

So, I wanted to find it and see

if it showed any signs of damage from hitting something.

I'm-a get out and look for it.

Son of a gun.

This is where it came down.

Man.

The dang rocket chute cord broke.

It is dry and frayed.

That means that there's another piece

to the rocket somewhere up here.

Lord.

We're not gonna find it tonight.

I only found half of the rocket

because its parachute cord was ripped apart,

and made the whole thing split in two.

Look at this.

The same thing happened to a rocket

we launched at the triangle last week.

It looks like the parachute cord just broke.

And when we watched the video Erik captured,

it looked like it might have been hit by a uap.

That's a head-scratcher. That's twice that's happened.

These chute cords can withstand up to 500 pounds of force,

and I've never had one of these things break before this year.

What could do that?

Was it from hitting the blob?

Or something else in the bubble?

Hey, Erik, do you copy?

Yeah, Travis, what's up?

Well, that's the second one of those new rockets

that we've launched, and it frayed

the 500-pound shroud cord without burning it.

- It's really odd. - Wow.

There is definitely gonna be a lot to review here.

I think it's time to call it.

Well, you want to head out here and let's,

you know, collect our thoughts on this and wrap everything up?

I'll... Thomas and Kaleb, if y'all are listening,

I guess bring it on in.

All right, guys, I'm headed over.

In the moment, we don't have

a handy explanation for why we see unusual activity on GPS.

We'll look at the data, we'll analyze that

and determine whether we do, in fact,

have some special condition there at the boundary

as we've speculated.

This was a really interesting experiment tonight.

The two rockets, both of them

wouldn't go through, you know, that blob area,

about 30 to 40 feet high.

That's more the rule than the exception.

More the rule out here than the exception.

So, we got a lot of data.

We've got a bunch of stuff from Pete and the slam scanner.

I can't wait to see the GPS data.

- All right, well, I say we get with it. - All right.

Great experiment, man.

We've got a lot to go through on this experiment

that we did with the helikite.

You know, we had several things in play

between what's happening in the triangle

and what's happening out there on that border of the bubble.

That's right.

One day after the helikite experiment at the bubble,

Erik called us together to review

all the data we collected.

Pete, I know you've got some data queued up.

You want to kind of guide us into it?

Yeah, so, I will show you

the terrestrial laser scanning first.

This is an infrared scan of the entire area

we were operating in during the experiment.

When we rotate in the sky...

Right, now, look right there.

- See the concentric rings? - Yep.

Then we rotate it in 3D to look at what's going on.

- Those lines right there. - Little...

- right, there's one. - Yes. There it is.

- Wow. - Wow,

so you did detect something that looks like it's about

- where the bubble is. - Yes, we did.

Again.

If you stand out at the triangle,

you can't see any sign of the bubble.

So, it's amazing

to look at Pete's infrared laser scanning data,

which is showing us there is something physical

where we know the bubble boundary is.

Let's look at the second scan.

He's got some right there.

And there's another one, if you look.

We see vertical features again.

I bet if you look up, you'll see those rings.

- Yep. - We see the bubble again.

So, the consistency continues

when we use the terrestrial laser scanner at the triangle.

Yes, exactly.

So, the next piece, is the scan

that was specifically focused on the movement of the helikite.

And here is the helikite crossing the bubble boundary.

- Wow. - Isn't that crazy?

Did you guys notice the helikite

- was going in an arc like that? - No.

It just doesn't make sense to me because

we weren't adding any more line to it,

so I would expect it to s-stay somewhat level.

With everything else

that was being reported in real time, you know,

I'm-I'm really curious about whether

we're actually hitting something that is physically out there

over the ranch.

- Yes. - Yep.

How is something that we can't see with the naked eye

physically moving heavy objects?

It's like a wall or a force field of some kind.

What could that be?

And is it always there, or only some of the time?

I've got some perspectives on the first rocket flight.

I can tell you, when we launched,

it did turn and went due east.

So, we are, we're viewing the launch tower

and the science tower from a-a ground camera.

And, yeah, I'll... I'll just play it through.

What we see happen here...

- Right there. Look at that. - Yeah, I've stopped it

at a point where we-we start to get into

- what-what you'd call a dogleg, right? - Yeah.

- Yeah. - Well, watch what happens

when I frame advance this,

- 'cause it gets even more outrageous. - Okay.

Okay, so I'm gonna go forward.

Look at this. That thing's flying.

- It's nearly horizontal. - Frickin' sideways.

What-what, what's it responding to?

The blob was right there.

In Erik's high-speed camera video,

you can actually see the moment

where the rocket goes from vertical

and turns sideways in an instant.

That should be physically impossible,

unless it hit something.

So, was that the blob?

Let's just keep watching.

It looks like it's moving around the blob

- or something. - That is wild.

Did you notice that light?

- Yes. - I need to back up.

Right there.

Is that not the rocket?

No, the rocket is out of the frame.

Well, I think we may have that light from another perspective.

Well, let's look and see.

Okay, so, this is the high-speed,

- so 120 frames per second. - Yep.

- Wow, that's spectacular. - Now watch the rocket

turn, goes crazy.

- Whoa. - What-what is that light?

Wow.

- Whoa. - I don't know what that blue light was.

I-I really don't know what that was.

I want to dive in on that.

This is unbelievable.

Right when the first rocket launch

took a hard turn to the east just above the triangle,

Erik's surveillance camera caught a blue light

flashing for a single frame.

Did this thing hit the rocket?

And if so, what the heck was it?

- You know... - You know... Go ahead.

I bet you're thinking the exact same thing I am.

The last time we saw a rocket interfered with,

we caught a similar flash in the sky

- at the same time frame. - Yep.

And we had a cord ripped apart.

Exactly. Exactly.

This light is very similar

to that white flash we saw last week

when one of our rockets had its chute cord busted.

So, are we seeing similar kinds of things

right above the triangle?

And are they coming from or related to the blob?

Did we see a light like this on the second launch

when the cord snapped?

No, but that's a single frame.

- So, that's a flash -of 120th of a second. - Yeah.

It's possible that it flashed too quickly

for the camera to catch it on that second launch.

- Yeah. - I mean, whatever it is,

however it managed to appear and disappear so quickly,

- there's precedent... - Yeah.

For there being orbs flying around out there

- when we see the rockets mess up. - Yeah.

- Yep. - At this point,

you know, I think it would be instructive to take a look at

the, GPS records from the helikite,

so I'm gonna bring that up.

Okay, so, the, bubble boundary is marked

in white on the ground.

So, I want to draw your attention to these data points.

Very close to the, bubble boundary.

Look at the missing points.

- Yes. - Right in the bubble,

you're missing points, right there.

- Or they're... - Been misplaced. - Yes.

- Or they're somewhere else. - Well, that's typically,

- that's typically the case. - Yeah.

Well, I see one way out yonder.

Look, way out there. My goodness.

Wow.

That's got to be, like, off in space.

And there's another one over there.

What about underground, Erik?

- Anything? - Good question.

We do have some data underground.

Look at that.

It's...

Right over the boundary is where the dip in your points are.

Yes. That means something.

So, now we find out

that the GPS data that we thought was missing

from the helikite when it passed through the bubble boundary

wasn't missing.

The GPS device was somehow tricked into thinking

it was way out in space and even underground.

That makes no scientific sense.

This tells us, there's a lot more to do

in the bubble barrier wall.

I think I'm in favor of getting more airborne assets

into the space above the triangle.

- Good idea. - You know, you know,

we need to fly a drone swarm

at various altitudes and see if we can study

- what's happening there. - Yes.

- Yeah, absolutely. - All right, man.

All right, guys, well, this has been a great review.

Yep. Let's get with it.

The prevailing question in all of these exercises

is whether there's some kind of real physical connection

between the bubble boundary

and all the unexpected interference

and so many device malfunctions in the area.

So, the focus of our activity will be to explore

how strong that connectivity is and, in fact, if it is real.

Whether it's at the triangle or the bubble boundary,

we're seeing possible evidence that the bubble

is having a real and measurable impact

on objects it interacts with.

What is this thing? It's like something

from science fiction,

and it's only leading us to more questions.

We continue to see evidence of the bubble,

electromagnetic anomalies, uap

and composite engineered material

from deep within the mesa.

After all these years of investigation,

I'm more motivated than ever to both document and understand

the high strangeness at skin walker ranch.

We will not stop until we have the truth.

Go ahead and spin 'er.

We want to go down till we hit

whatever is buried in the mesa.

- I see the calf. - Yeah,

we definitely have a symptom of chronic radiation poisoning.

Whoa. I just lost control. Shoot, shoot, shoot.

- Shoot. Man. - Did you just crash?

It was right when it went past the bubble boundary.

Whoa! Did you see that?

Erik, something just zipped

right overhead, moving real fast.