The Secret of Skinwalker Ranch Full Episodes

Hey fellas.
Oh, looks like some aerial photos.
>> Believe it or not, this is an image of the drill site from 1969.
>> So, why are we looking at old pictures?
>> Just days ago at the drill site. We found that 1964 nickel. Our investigation of a mass anomalies buried inside the mesa on Skinwalker Ranch took a turn two weeks ago that came from nearly 470 ft in our second bore hole.
We found what could be an engineered ceramic material related to some kind of highly advanced technology.
Things got even crazier. Uncovered an encrusted drilling spoils. He explained that archaeologists will often bury a coin to mark the year of an official dig. The nickel could be evidence that an archaeological dig happened right here through records from the state of Utah and actually found some aerial photos of the Mesa drill site that were taken during geological surveys over the past 60 years. So we and it’s possible that some sort and so we thought well if we go back and look through archival images Maybe we could see actual evidence of some kind of dig.
>> Yeah. So, I’ve got the historic aerial photos from the early 6. Then there’s a gap until 1969.
>> Really? Wow.
>> 63 to 69.
Is that not fascinating?
>> That’s a coincidence on the timing, isn’t it?
>> Which is the same year as the nickel we found. and then all the way up through 1968. Was it a clerical error or was it done on purpose? The photos of the mesa from 1961 196 make sure they weren’t doctorred in some way. So I used an AI program to look for any evidence of artificial changes in them. Well, let me show you what happens when we compare the 61 and 63 image to the 69 image. Did Sure.
All right. So this was the 1961 image.
That’s the region that I’m focusing on just the data in that circle. So the AI said there were a picture. Now this is the 63 image. There’s nothing unusual.
61 and 63 look almost identical to each other. And in fact I overlaid them with each other. They were like 99% each other. This is from 196 comparing them to each other using an AI program and highlight any regions that appears to have been altered. All right. Uh now Eric, go to the next slide.
And you can see that there’s a significant spot that it thinks is is been dithered or smoothed with some sort of filter. In the 1969 image, that’s this spot right here. It looks kind of like a leaf shape, brighter or blurriier or something.
>> That right there means someone altered this picture.
>> That’s just incredible. But who?
>> That’s the big question, man. And why?
>> Mhm.
>> And why? Why are there no archive?
>> I mean, the fact that it was doctorred indicates a cover up. If there’s no cover up, why doctor the photos?
>> Interesting.
You know, we don’t know what’s in the masoning because in 1963-69 NASA’s transitioning to Apollo, the threeman capsules that were going to the moon and they were testing re-entry vehicles that had uh different types of materials, heat shields, Saturn one program to test vehicle performance in a variety of ways. For instance, between 1961 and 1965, there were 10 uncrrewed Saturn missions. after launch. Some fell into some were just never recovered.
>> So what if you know one of those re-entry vehicles got off or while looking for a crashed vehicle? Did they find something else? And then >> I think we need to run more lab tests on the ceramic material at Utah Valley University. And while we wait for that access, let’s try to get more data out of bore hole 2.
>> Yeah, I have that new camera for the drillers to install into bore hole 2.
Definitely going to do.
>> Let’s get it and head out there.
>> That’s a new one, huh?
>> Yeah. So, we’ve got two cameras in this and a light. Our second approximately 600t long bore hole up through the mason so that we’d have two identical bore holes positioned on either side of the massive was complete. Our plan was to insert scanning devices in these anomalies inside their arm. But after finding those ceramic pieces in the spoils, we’ve decided to stop drilling bore hole 2 so that we don’t further damage whatever it is that’s in there.
So today, working with a specialized drill head equipped with cameras out what the heck it is. They built it so that the water will jet out there hopefully to spray the cameras off. All right, we can get it put on the head and test it in the hole before we go up.
Well, sounds good.
>> Great.
>> It’s worthwhile to think about what brought us to the drill site.
Specifically, why are we drilling where we’ve been drilling when we start finding metal and of course ceramics inside interested fired up.
>> All right, I’m going to start pushing.
>> It certainly bears revisiting the question as to what is the best way to find out what is inside the mesa. I’m send out about 240.
104 will do.
>> Once the drilling team made it about 240 ft into that, we could retract the drill head and check out the video data that was collected.
>> Got you some cameras. Let’s get the video out of there. On a scale of 1 to 10, I’d say we were all about 100, hoping to finally get a look at whatever those ceramic tiles came from inside the mea.
We should be seeing something from the camera lights. Yeah, >> I’m seeing these random flashes here.
Are you picking up on that?
>> I am. I see him right there.
>> Yeah, there’s one.
>> There we go.
>> Another one.
>> What the hell?
What the hell?
>> Striking striking the detector.
That makes me think that was like a >> Yeah, there’s quite a few of those.
>> Yeah, >> I think that’s that’s got to be gamray hits against the focal plane.
>> It was hard to tell exactly what we were seeing in the four hole 2 video that came from about 20 completely dark except for several they could be gamma rays. Now gamma rays can occur naturally underground due to the radioactivity of Earth, but these flashes were happening more frequently than you’d expect. So, if that’s what they were in there, >> I think we just got a kind of data we weren’t anticipating. I think we just discovered that there are gamma rays in there.
>> That’s interesting.
>> When we first pulled the ceramic materials out of the mesa, you had to figure out a way to investigate.
>> Well, we may be limited on hole number two as to what we can do right now. I mean, we don’t have an opening at the top. We’re going to have to put PVC down the other hole to run instruments down that tube and see what we can find >> to put down the pipe.
>> Because we weren’t able to drill bore hole 2, all have to go back to bore hole one to get more data about what’s buried in there. But first, we’ll need to install some industrial PVC pipe dloid.
Well, I say we pack up. Let’s call it a night. Let’s do it.
>> That’s a great idea. Yeah.
>> Yeah.
>> Let’s get out of here.
We got a big day ahead of us, huh?
>> By the next afternoon, Thomas got us the PVC pipe we needed to start casing bore hole one. So, everybody was hoping like hell that we could get it installed without any problems. But in order to do that, the drillers first needed to screw the bore hole to the top of the mason.
And then they would attach the PVC piping to the bit with a device called a pound through the hole. While you guys are pushing rod up the hill, we’re going to go get the spooler and try to get working on getting the flea. We can be ready to start pulling down our trust.
>> Thanks, guys.
>> Pushing.
>> As the guys from Mark Construction drilled back up through bore hole one, >> pushing, pushing, pushingly drilled and but then they reported a spot around 450 ft in the bore hole.
>> We’re hung up where they hit something that slowed their progress. I’m stuck on something.
>> Hey, Thomas, you got a copy?
>> We’re hung up on something.
>> Can’t go forward.
>> How far in are you?
>> I’m 30 rods in.
>> So, you’re what, 450 ft into the mesa?
>> It’s like the same section that we were experiencing. Warhole.
>> What’s the game plan?
>> I’m trying to do what I can to try and work my way around and see if I can keep moving forward.
>> Copy that. Well, keep us posted. We’ll do.
>> That’s the hard spot.
>> Yeah, we got through it.
>> Really?
>> Yeah.
>> Thankfully, back up through the top of the meer. So, we couldn’t wait to get the PVC hooked on and then case the hole with it.
>> Hey. Hey, look at that.
>> Unbelievable.
Those side teeth on that bit are all tore up.
>> Well, it’s chewed up, isn’t it?
>> These were brand new when we went in.
>> Really?
>> No way.
>> And it’s chewed that up just in re-aming the hole.
>> Yeah. What the heck have we got inside this messa?
>> We couldn’t believe how much damage was done to the pit. It was very similar to what happened in bore hole 2 just before we found the strange ceramic material in the drilling spoils. Is that what we just hit in bore hole one? More than 40.
>> Pull an eye on. Hook it up and we’re going to start yanking her back in.
>> All right. Nice.
>> Whatever it was, daylight was burning.
>> Go as fast as possible.
>> All right. So there no chance of this slipping off. Tighten this down as tight as you can get it.
>> Nice.
>> All right.
>> Okay.
>> All right, Alan, you got a copy?
>> Yeah, I got copy.
>> Get everything fired up. We’re getting ready to pull this in. We’re all hooked up.
>> 10 four.
>> Fortunately, because this is only a 4-in pipe going in a 7in hole, this should go fairly easy.
>> Look at that.
>> Down in the hole. That’s awesome.
>> Fruits of our labor. It’s just so imperative that we get them get instruments in there and hopefully get us some answers as to what lies inside the mesa.
>> Uh-oh.
>> Hey, they stopped. Is that a bad sign?
>> I’m trying.
>> Everything was going smooth originally when we started pulling and we hit a spot in the mea and we weren’t able to pull really anymore at that point.
>> Here, let me see it. Alan, I went down to get it freed up or if we could get past the spot we were in. Hey, well into the night, we were all under a lot of stress because we knew we had to get this pipe moving and get it through.
We’re stuck pulling back. I’m going to try and push back up.
>> We were definitely snagging on something hard. We were unable to rotate and unable to pull.
>> We’re stuck, boys. We’re stuck. Stuck.
70 ft of the P like whatever damaged the bit was now holding up the entire operation >> back right up to the drill.
>> Yeah.
>> So after spending more than an hour trying to get past that spot and making no progress, the drill to try something pretty drastic.
>> What’s the update? My only option is to kind of pull the drill forward. So I chain the semi to the drill.
All right.
All right. going to break or it’s going to move.
Give her everything she’s got.
Felt it pop for a second.
Hung up.
Okay, I’m going at it again.
Come on. We were all holding our breath as the team from Mar Construction used every bit of power they could between their semitr and drill hole once.
Whoa.
Because if this did our scanning devices in there to help figure out what the heck is buried in the mason 4 in you just pulled about four. Keep her up.
>> Yeah. Keep going.
After all the problems we had with this operation, seeing that pipe finally get pulled into place all the way down through bore hole one was a huge relief.
>> Now we’ll have a great pathway for our instruments to collect data on the buried objects. And we have a good trouble spot to focus on about 270 ft.
>> There’s your plug right there. Look at that. There it is.
>> Yeah, Alex, we’re good.
>> We got pike.
Well, looks like we did it.
>> Yep.
>> Over the table right now and set up the radar.
>> Late the next afternoon, grounded at the ranch with a new specialized GPR device to run down borehole one.
>> Yan, talk to me about what we’re going to be able to see as we go down. 20 ft.
That’s a radius, right?
>> That’s a radius. So if there is, you know, something like a void or I guess a metal object, right? Then we would definitely pick that up. Okay.
>> Once Yan’s scan is done, Sand Dizzo is put together, which might confirm these objects are made of metal and a gamay detector to show just how radioactive they might be.
>> Yan, let’s start with your GPR device.
>> Yep.
>> So Caleb and Jim are at the bottom of the hill. They’re going to be a >> Okay.
>> All right. The >> slow steady descent.
>> I’m going to get my uh handheld instrument out of the jeep and I’m going to kind of walk up the Mason.
>> While the GPR device was being run down bore hole one >> 130. I was hiking down the Mesa along that line with my handheld spectrum analyzer. I wanted to look out for any strange energy spikes or rad while we drill both.
>> Look at that. Bone dry.
>> Awesome.
>> Awesome. Look how Look how clean it is.
>> We just put an instrument from the top of the mea down to the bottom for the first time.
>> It worked perfectly. We should get really good.
>> That sounds great.
>> Okay, see you guys.
>> All right, Sammy, you’re up.
>> Yeah, just need to go uh get it recording and then we’ll set it down.
>> So, you’re going to be collecting the profile, the magnetometry data. Awesome. Let’s do it.
>> There have been a deliberate effort to conceal something. I want to get magnetometry information. I want to get sidelooking ground penetrating radar measurements from borehole one. I’m anxious to take a look at the data and look for meaningful >> and we’re ready to start making a descent into the mesa.
>> Copy it.
>> Hey Jim, you copy?
>> Yeah. Go ahead, Travis.
>> Yeah, the uh spectrum analyzer was picking up a 1.6 GHz signal and the signal went away.
>> I wondered if I might see something during this scan because when we drilled both bore holes, we detected numerous 1.6 GHz signals that appeared to be coming from inside the mesa. And when I picked this, yeah, I put the spectrum analyzer literally on the dirt on the ground right uh where the anomalous area is. And I started getting a 1.6 GHz signal when this sensor passed by.
>> That’s strange.
>> And there’s nothing in our devices that should cause that. There’s GANs. I say we pack it up and get back to the command center.
>> All right, guys. We’ll see you at the command center.
>> Hey, Yan. Hey, Yan.
>> Hey, guys. Good to see you. I’m excited to show you what I’ve >> Frank A and Sam Dizzo already had their data from Bhole 1 processed, so we couldn’t wait to see what they might reveal about the buried objects in the mason.
>> So, before we jump into your data, uh Sam’s got >> Bring your screen up here.
So we took the magnetometer, we started from the top of the mesa and we sent it down bore hole one. So as you’re going through the data, the leftmost side is the actual top. Then these two large magnetic data spikes as we’re looking at this blue trace across the the screen that represent magnetic field. So if there’s anything along the bore hole that we anything with magnetism, if there’s iron, it could explain that disturbance.
>> So that points to the possibility of some actual feature >> in the mason that is causing this temporary elevation of the magnitude of the magnetic field >> possible for that. Yeah, >> we have every reason to think that there are in fact regions of some very hard stuff, possibly metal, that we’re encountering in the mesa.
>> Right. [music] >> According to the magnetometry scans that Sam ran in borehole 1 between 240 and 280 ft, he detected numerous potentially magnetic objects buried in the mason.
penetrating radar began three years ago.
>> Very interesting.
>> Yeah. And >> I’m just seeing that that is right where we do have an artifact assemblage from the spoils.
>> Yeah.
>> Including metal in that area. So, >> well, after seeing this, I’m really correlate with what Yan found.
>> Well, let’s get Yan to show us.
>> Hey guys.
All right. Does everybody see this?
>> Yes.
>> Okay, great. So, this is the GPR scan that I took in Bor. We see the number of meters down the hole. I’ll move through the scan going kind of deeper into the bore hole as I advance. So, let’s go down, you know, 30, 40. We’re down 50 m into the hole, which is 270 ft to this.
>> Wow. Look. I mean, look at that. Wow.
What is that?
>> That is something that is so distinct.
And it it sits out away from the hole.
This thing is 6 ft thick.
>> That is just unbelievable. Oh wow.
>> And then we see other little.
>> So this is about 26 the same place that your data Sam was picking up the anomalous data.
>> Right.
>> This bears evidence of a similar structure >> potentially to the large object we believe is in there.
>> Yeah. which means >> what’s happening near bore hole one >> that there appears to be a central massive object that could be made of metal between bore hole one and bore hole 2 and now he’s given us data that suggests it’s at least 6 ft ramic material that we found or what may have been emitting gamma rays when we put a camera in bore hole 2 earlier this week if so what the heck is it >> so yan would it be fair not natural >> yeah possible >> fair to Hey.
>> Yes, absolutely.
>> That is amazing.
>> Wow. Well, guys, uh this is this is great. Yan, thank you for jumping on with us.
>> Always a pleasure. Take care, guys.
>> Okay, welcome to the lab.
>> Thomas and I went back to Utah Valley University.
>> All right. Well, let me get the samples out.
>> Okay.
>> There we met with chemist Dr. Tammy Clark to run materials that we believe are related to the massive object buried in the mesa.
>> For the first part of what we want to do, we need a sample that’s about what?
200 milligrams.
>> Yeah, that would be great.
>> Our hope was to learn not only more about the composition one selected.
>> Great. The first thing we’re going to do is clean up the sample. We’ll use the gas chromatography mass spectrometer [music] and that’s going to let us know if there’s organics in there and maybe identify what they are if they’re known substances.
>> Okay. And then with what we digest that with really strong acids >> and we’ll be able to use the atomic emission spectrometer to be able to see what metals are. So this test should tell us all of the elements that are making up the material.
>> Right.
>> A couple weeks ago.
>> All right. Close this up.
>> We examined the ceramics in a scanning electron microscope.
>> There we go. And as the beam of electrons hit the sample, it surface suddenly began to open a beam up.
>> Not look as porous as it was.
>> This stuff is fixing itself.
>> Yes, it’s healing.
>> Now, we don’t know if there was some kind of organic material on the surface of the ceramic that might explain why it behaved that way so we can better analyze it with additional tests.
So, we’re just going to take this sample and we’re going to put it in a sonicating bath to start cleaning up the ceramic piece. And this isn’t waves through there. Here we go. Run are going to be the gas chromatogram and mass spec. We first need to separate the organic components and pull them out of the ceramic material. Essentially cleaning it up. Take a peek. We’re going to do that isopropanol and dchlorommethane. And we’ll sonic. But when you say you’re adding sound to it, we can’t hear it. So it’s at such a high frequency. It’s in the ultrasonic range above what we can hear.
>> I mean, you can hear it buzz a little bit. Essentially, loosen up any organic molecules that might be embedded in the ceramic and help dissolve it into the solvent.
>> So, this is step one of stripping it down.
>> Yes. Yes.
>> Okay. So, we’re going to transfer it to another flask.
It’s floating.
>> Oh, wow. A normal ceramic would not be floating in a liquid. Wow.
A >> It is sort of unusual to have something that looks like a rock float or nothing.
>> Wow. Wow. Ceramic floating in this liquid cleaning solution was spot on.
There are rare pore ceramics that do float. What destroyed multiple drill bits in the mesa. So, how could it be light enough to float like that? More and more this stuff is proving to be something very strange.
>> We’re going to dry that out. So, we’re going to drive off the solvent in. So, it’s just forming bubbles underneath it.
>> After the cleaning process was done, next it was time to dry out the sample and then pulverize it into tiny particles for compositional analysis.
But the question was, would it break them?
>> The moment we’ve been waiting for. Yes.
>> So, now you finally get to crush it up.
We have a whole series of moments of truth here.
>> So, it is correct.
>> Except there’s one large piece in here, right?
>> There was one piece in the middle that took a little bit more.
>> You clearly didn’t put 15,000 PSI pounds of pressure per square inch on.
>> Yeah.
>> We were all stunned very easily when Dr.
Clark started grinding it up in the lab.
When we found that stuff, it was right after an industrial drill struggled for hours to break through it.
>> Way that that is what’s stopping the drill.
>> I would say no. Looking at this unless it was behaving somehow differently while in the mesa, >> right? Yeah. We didn’t know what to think. I mean, during our go surface to opening up with all kinds of holes and then literally going back to its original form. So, does it really have the ability to change physical characteristics? What is this stuff?
>> Well, we’re going to analysis.
>> All right.
>> Okay.
>> After those strange results, Dr. Clark prepped the ceramic or AES. It emits a plasma beam that excites the electrons in the material to identify the L analysis back on the ranch. But this equipment is much more sophisticated.
So, we absolutely wanted to confirm just what’s in this stuff to figure out what it actually could be.
>> So, we have the results of the AES here.
And so, >> right. Y >> and it’s so high here that it’s actually going off of our calibration curve.
>> That’s interesting.
>> And next is iron. When we look at our sample, we see that it has the iron.
>> Okay.
>> Got it.
>> And here, like you would expect to see.
>> Yep.
>> So, there’s aluminum in the ceramic.
>> Yep.
>> Yeah. Now when we go down. So this is venadium.
>> Oh, wait a minute. Wait a minute. Okay.
Remember?
>> Yeah, those metal flakes.
>> Yes, did have. So the other pieces of metal that we pulled out 3 years ago now, uh, they had venadium on the surface.
So that must mean it’s embedded in the material somewhere, >> which is even more interesting when you think about it.
>> Venadium is very durable and used spacecraft.
>> Why in the world would that be in the mesa?
What are the properties of >> is very durable and used in the construction of military vehicles and spacecraft.
>> This is pretty interesting.
>> Every test that we performed on the ceramic materials that came out of the mesa was buried on skinwalker.
Last week, Eric got the idea to place a piece of the ceramic on a magnet to see if it would stick to it. At first, it did, but then the ceramic actually pushed itself away from the magnet field is what is known as the Meisner effect.
And it suggested that these want to try just for me effect first.
>> Yeah.
>> So, you’re going to freeze the sample.
>> Yes.
>> Yes. in liquid nitrogen.
>> In order for the materials that we know of today that are superconducting, they don’t become superconducting until they get to the temperature of liquid nitrogen.
>> Okay?
>> And so if we cool this down to that know this material is a superconductor.
>> Okay?
>> Superconductors are cutting edge materials that scientists are researching and developing today because they can transfer and store energy without losing any of it. and vehicles and spacecraft that actually defy gravity.
>> What the hell is that in the sky?
>> Who knows? Maybe will get us closer to some answers about all the UAPs we keep seeing on Skinwalker Ranch. And then on top of that, we’ll put this chamber.
We’ll put the liquid nitrogen there and the sample. Now, if the sample becomes superconducting when it gets cool and it’s over this magnet, this thing is going to push the ceramic upward.
>> Okay? And so that’s what we’re >> material are quite out of step with anything I’ve ever seen before. We’re dealing with something uh certainly unusual. Um it is something that appears to be an engineered material. It begs for an explanation. Ranch overall at this point I think it’s too early to say anything about the origins and the true design intent of this material.
>> We have to cool it.
>> Well, it’ll evaporate. So, we just want to make sure there’s enough in there to stabilize.
Notice how it’s still boiling off.
>> Uh-huh.
>> That means that the ceramic itself hasn’t reached the temperature of liquid nitrogen in its way.
>> So, when it quits bubbling, then it’s the same tape. Man, look at that.
We expected the liquid nitrogen to boil for a little while as it cooled the ceramic down, but it was crazy how it just kept boiling or even shattered from exposure to such a negative temperature.
I am reminded of the thermal mystery with the drilling.
>> Yes. Yes.
>> Mhm.
>> Fact that that bit appears to have gotten so hot even to the point temperatures.
>> Yeah.
Eric and Tom were right. The drill bit was nearly welded to the drill rod as it was grinding up against something right at the spot where we found the ceramics in the mesa. Just absorbed the intense heat from all that friction.
>> It is taking longer than I would have expected.
>> Yeah, it’s by itself.
>> That is absolutely data.
>> That just makes no sense to me at all.
Watching this makes me want to follow up.
>> We’re going to have to think we got our answer. We’ve got a mind break.
>> Oh my god. Look. Is it bumping into the bubble?
>> Wow.
>> Hey, Eric, take a look at this. I saw something going from right to left.
>> This is really weird.
get will be there landing shortly four. See you soon.
With every new year of investigation to Skinwalker Ranch, what is going to reveal itself from one >> you good to be back especially in light of what we had witnessed in the previous year. As we started this new year of experiments and activity, we were all very nervous and also excited what experiment or research time will tell.
And I’m really excited to launch this next chapter of our investigation.
to come off of this last year and all of the incredible events that occurred and below the property and to be able to come back and revisit and expand on those efforts is something that I’m really excited about and appreciate you setting >> I’ve never felt better about our readiness. We’ve never been this prepared. I don’t think anyone’s ever been this prepared to do this kind of investigation.
>> Fantastic. Jim, would you mind telling us about the Ark Research Center that you have been working with the team to establish advanced direction as far as technology and resource?
>> Yeah, absolutely. What we would consider military grade forward operating base. I mean, we think of every experiment we do, how much data, how many millions of data points store and process all this data from magnetometers to GPS.
For the last couple of years, we’ve been working with Jim Royston and Sam Daraso from Omnitech to help us investigate the strange energy signals and radiation. So this year, Jim and Sam have installed sensor boxes across the property that are designed to pinpoint where these spikes occur and then feed that data back to a new facility known as the Ark.
will pinpoint where these energy spikes and signals occur so that we can focus on those hot spots and determine just what is causing them.
>> Equipment out here on this property and it’s only growing.
>> Y I’m really uh excited to see what you have in STE lay the groundwork for the next series of experiments and research and uh really eager to see this proceed.
>> Yeah, just as every other year when we jump into this work and we’ve been planning for months. So, as we >> har so been uh coordinating with Mark Construction, they’re going to come back out. Um we’re going to pick up where we left off in order to help us identify what the we’ve drilled the first of two bore holes on either side of the anomaly. So, once we get two bore holes drilled all the way up through the mea, we’ll insert scanning devices within there.
>> Doesn’t seem to belong. So, you know, I I’m just chomping at the bit here. I want to see what else we bring out. It’s not too late to place your bets.
>> Yeah.
>> Yeah. Right. I’m I’m looking forward to exploring more of the area above the ranch like last year. I know we’ve got to probe that space.
Glad to hear you say that because we’re planning on put >> also one of the big ones that uh that is pertinent to today uh was last year multiple times with the terrestrial LAR barrier uh over the triangle and what was that? What is that? But we detected it many times and so we need to follow up on that. Next to the mesa one of the most mysterious location six >> I’m not broadcasting. It’s a place where we’ve detected more energy spikes and strange frequency signals and UAPs than anywhere else.
>> Hey, look. UAP right there.
>> Yep, I see it. Yep, there it is. You got one.
>> A bloblike anomaly just 31 ft in the air 2 years ago that may have destroyed a rocket.
And a couple of months later, it’s where Jim Royston’s infrared LAR drone detected a circular ring with a black B.
Scientists have described theoretical wormholes or interdimensional portals.
>> We are hitting something with the laser.
>> But then last year after a laser beam that we had stationed at the triangle was cut off by something >> of the terrestrial laser scans we did >> using another LAR device. Technologist Pete Kelsey detected a massive cone-shaped anomaly. Can you look up? It was centered at the trianglestead 2 all the way over to the south and east fields. It literally encompassed the triangle and several other hotspots where we’ve seen all kind I’ve got something that I want to show you that is based.
>> Wow.
>> Okay. What you see here is is a construct that I built that is based on P. Kelsey’s terrestrial laser scanner data of the cone. when we first but that looks like a dome or what is its radius >> there’s about 610 uh meters >> how can we zero in on this is yeah I think this is kind of leading us to what today’s experiment should be following up on specific things that we really don’t understand is there an interaction we can does it have a an optical distortion as you pass through it. Maybe you lose instrumentation for a brief moment.
>> Exactly.
>> I think we should, you know, take the helicopter through that zone, go into the interior, come out the other side.
We’ve got several for this.
>> I’m excited. This is great. Let’s go to work. I’m anxious to see what we find out. Let’s do it.
>> My friends and colleague Irene Radcliffe.
>> Hi. with Pharaoh.
>> Hi, Nick.
>> Welcome to Skinwalker Ranch.
>> After we finished our meeting, Pete Kelsey and his colleague Irene Radcliffe, an expert from a 3D visualization company noting that a massive invisible dome really does encompass the triangle and other parts of the ranch. [music] So, Irene, I want to know more about your first reaction when you saw the data that Pete collected out here.
>> Well, I’d never stapen the structure of the dome itself. That was pretty unique.
Let’s just start with the hypothesis that there is some sort of physical detected this dome. So, we’re going to do an experiment to attempt to measure theated and ambitious effort. So, let’s get to it. We got a lot to do.
>> I can’t wait.
>> Irene, you’ll come with me. We’ll head out to the triangle.
>> All right. Let’s go >> to investigate the dome today.
Cameron Fugle will fly Peak Kelsey in 120 and 3,000 ft east and then back east to west multiple times through the area that the dome is believed to cover. All the while, Pete will use a handheld LAR slam scanner with size and boundaries of this massive dome.
The helicopter will also be transmitting a constant radio frequency signal at 1.2 GHz.
Eric chose that frequency because any other frequency that our equipment might and it will make it easier to track during the experiment as the helicopter flies through the believed barriers of the dome. If any breaks in the signal occur, the helicopter’s GPS device will pinpoint where that happens and hopefully >> I’ll let you put it where you think is best.
>> Aar scanners at the triangle, which is at the very center of the dome’s interior. All right, this one’s set up.
Good to go. Both are ready.
>> Awesome. All right, Caleb and I will have a third one running in the Eastville Canyon outside the believed boundary of the dome. These instruments will hopefully help us to verify the dome’s dimensions.
>> Okay. 1 2 3. Check. Check. Cops. Cops.
>> To see if the dome might slow him down or speed him up since we’ve seen that sort of thing happen with rockets and drones in previous experiments.
Finally, Jim Royce will be flying his drone based LAR device inside possible portal phenomena that he’s detected there in the past.
>> Best thing about this experiment is it’s going to be revosed from east to west and west to east.
>> We’ll be observing the aviation exercises conducted to call the Ark, which will allow us to monitor our measurements in real time in front of our eyes.
>> Hey, Eric, this is Caleb.
>> So, we’re set up over here in the east field. We are ready to go whenever you guys are.
>> Copy you, Caleb. We’re ready to start the exper.
>> All systems check. And all systems look good.
>> Hey, can you turn on the 1.2 GHz signal?
>> Yes, sir.
>> Hey, I can see her.
>> We’re going to launch it this time.
>> Copy that. Be safe.
There he goes. He’s headed over to our knots. Show his location.
>> All right, we’re just about over the triangle here at 100 ft. I’m going to slow it up a little bit.
>> Copy that, Cameron.
>> Hey, Eric. I’m starting to see some weird anomaly behind spots lighting up with the red points.
>> Everything’s clean. Data corruption errors. I don’t know.
>> So, we’re seeing this right before this experiment.
>> Yeah.
Even in the very earliest stages of this experiment, we’re seeing this is a region of the ranch where we’ve seen all sorts of anomalous events play out, it could well be that the early indications coming out of that GPS tracker will provide evidence of something special taking place here.
>> I just had the GPS failure, which is interesting.
I can’t even fly.
We’re just about to commence the beginning out here on the west side of the dome just out. We’re at 120 ft and traveling back to the east.
[music] All good, Cameron. Okay, Pete’s got his machine working. We’re on at this time.
>> Good looking data going through there with the exception of the few errors in the triangle.
>> All right, so we’re passing through the dome.
So far so good.
>> Got you at 35 milesPH.
>> Copy that.
>> Okay. Did you see what happened there?
>> Look. Look. It’s happening again. That’s registering a positional error and data corruption.
>> Well, you look it.
>> What we’re seeing is interruptions occurring in a specific location >> and it’s right above the triangle. Not a coincidence.
>> Wow.
after another.
>> Yeah.
>> And it’s right above the triangle.
>> The helicopter is in the interior of this inferred dome. And just above the triangle, we’re seeing these red points that represent some kind of data corruption.
>> We’re just on the east side of the dome.
We’ll turn.
>> He’s coming back.
>> All through the dome, his GPS data was consistently corrupted right above the triangle. So the question is, was the dome causing that to happen?
>> All right. So we’re passing through the dome boundary here.
>> Okay. Over the triangle 120 ft and 15 knots.
Triangle.
Got another error point.
We’re getting legitimate positional errors here. What the hell?
>> So, something is strange out.
>> I’m picking up a different 1.2 GHz signal from the one Eric on the helicopter. What is this?
A mysterious signal at 1.2 GHz to the one Eric has been broadcasting from the helicopter. It was coming in stronger, but at almost the exact same frequency.
Did the dome or something inside it mimic our signal and send it back to us?
It’s like something in the dome is playing tag with us. What in the hell could do that?
>> All right, if you can copy me, we are commencing back to the east.
>> Copy that.
>> This is out at Homestead 2.
>> All right, here they come.
>> We are scanning.
boundary.
>> I’m flying through the triangle.
>> Look what’s happening.
>> Multiple error points right above the triangle. It’s It’s going crazy.
>> Are you hearing this?
>> Something is blocking the radio signal.
Okay guys, be advised.
>> We have good strong comms with him until he gets mission becomes so garbled we can’t understand him.
>> Well, that’s really interesting.
>> Yeah, very interesting.
>> With every pass that Cameron made through this believed dome when he went over the triangle, it really was like something didn’t want us to collect data right at that spot. So, we also need to see if it happens over the triangle at higher elevations.
>> Eric, I’m going altitude of 400 ft.
>> Yeah, that works for me.
>> Roger. I’m going up to 400 ft.
>> All right, I’m going to go as slow as I can here, Pete. Yep.
>> On a climb. Oh, yeah. He’s He’s going to a much higher altitude here.
All right, we are at 400 ft commencing west.
>> Let’s nearly triple the altitude of the helicopter and see if that would get the same or even stranger results.
>> Okay, so we’re coming back over the triangle at a higher altitude here.
>> 400 ft and 9 knots.
Look, look. And especially where we’re retracing this path, we can see if it’s reproducible. And you know, I got to tell you already, I’m getting the sense of it’s painting a picture. Yet again, it’s like the data is disappearing into a void.
>> Look right here. This other 1.2 GHz signal was listening.
Sounds familiar, huh?
>> Yeah. Very similar to what we heard last year.
>> When I turn the audio up on that strange 1.2 GHz spotlight, a mysterious signal that we had detected last year in the East Field.
>> I think it’s two things talking to each other.
>> You hear it? You hear it?
>> One that I believe really made me wonder who or what was expected to see that at all. That’s That is That’s interesting.
Be advised, we’re proceeding east. We’re at the west side of the dome about 33 knots.
>> Copy that.
>> Hey, I just saw something zip by me.
Small, white, fast. Whoa.
Pete says he just had something zip by the helicopter.
>> Very small, very fast.
Cameron saying he might have had something fly by the helicopter.
>> Oh, really?
>> Pieces of the puzzle were coming together.
>> I saw something.
>> During previous aerial experiments above the train.
>> Oh, there’s another one.
>> We’ve seen white orbs appear out of nowhere near the malfunctions and detected possible communication signals.
So, was the UAP that Pete saw my spectrum analyzer? And if so, is the dome the key to figuring out where these UAPs come from? On the outside of the dome, we’re going to commence climbing up to 1,000 ft. We’ll go west to 1,000.
According to our previous LAR scans, the dome extends about 2,000 ft in every direction it between 120 and 400 ft high. Eric and I wanted to see if the same thing would happen as he went higher. And we really wanted to know if something even more revealing might happen to a much higher altitude.
>> Let’s see if something shows up.
>> Yeah. Yeah.
>> We show directly over the triangle exactly,000 ft above ground.
>> Look. Look what just happened there.
>> Look where he again.
>> Again.
[music] Look at how they line up.
>> Yeah, >> it’s almost like the errors project almost exactly straight up from the triangle.
>> Yeah, it’s like a a realtime GPS tracking system of erratic behavior at certain points along the flight. They are lining up exactly with the center of the triangle, which is also at the center of the dome. Maybe look at this.
See those GPS errors?
>> Yeah.
>> So, what I’m seeing is he’ll get certain distance west. This will go away. See, there he goes. GPS point.
>> We’re right over Homestead 2,000 ft and 10 knots.
>> Copy that.
>> Watch this next pass.
>> The second that the helicopter gets inside the dome controller screen. But when the helicopter goes outside the boundary, the messages disappear.
>> Would you like to try a different altitude?
>> If you can do to uh pass that 3,000 ft.
All right, I pass it.
>> The final test of this experiment was to see what happens when the helicopter flies above the belief dome. If nothing strange were to occur, that would offer even more evidence that this thing is real.
>> Our camera’s at 3,000 ft.
We have no errors.
>> So, it’s not doing it now.
>> The LAR’s working again.
>> Yeah, he’s well above the top of this.
>> Let’s see.
Hey, Caleb, that second 1.2 GHz signal is gone. So, finally, see that there’s nothing there.
>> Well, good.
Looking. Are we ready to call it? I’ve got what I need. Pete says he’s got everything he needs.
>> Yeah, for Cameron, if you want to head back.
>> Sounds good.
>> I think it’s significant that we’re predictive a GPS tracker when the Whereas as soon as the helicopter is outside of this dome, everything went perfectly back to normal. This is potentially supportive of the idea that there really is a correspondence between dome.
Very good.
>> Hey, Eric.
>> Hey, team.
>> Great.
>> I’m anxious to see what you found.
>> Yes.
>> After two days of processing all the data from our experiment, Eric and Pete Kelsey called us into the command center for review while Brandon and Cameron joined us on Been So an Anxious for a debrief. Before we even got into the experiment, I was >> like uh lots of GPS data corruption errors.
>> Yeah.
Yeah. And remember something went zipping.
Wow. Small white fast.
>> Yeah, I remember that.
>> Yeah.
>> Well, I have scrubbed through the high-speed footage. We did manage to catch a perspective on that. The helicopter.
>> There it is. Wow.
I post-processed the data for a terrestrial laser scanner from the triangle. And I can’t believe it.
>> What in the hell?
>> And there it is.
>> Wow.
>> All right, let’s dive. Okay, here we go.
Pete Keler reported that he saw an orblike UAP fly by the helicopter two days ago during our experiment above the triangle. And sure enough, captured image was it? Where did it come from?
And could the domelike anomaly be the key to finding out?
>> Do you see any features on this target that resemble a bird?
Spherical to me.
It looks like a relatively bright or white spherical object.
>> I’ve seen this flying around the helicopter.
>> That’s right.
>> Was absolutely right. The orb looked just like others we’ve seen high above the triangle on a number of occasions.
So, is something at the triangle or inside this dome causing them to appear?
>> I mean, so what’s next?
>> I want to bring up the GPS record that I got for the experiment.
So I’m going to give you essentially the summary view.
>> Yeah.
>> Of the entire experiment.
Do you these are the errors?
>> Yes. Great.
>> Look where the error points occur. Now look what happens here.
>> I’m seeing the column.
>> So that’s right over the triangle.
>> Correct.
>> So that’s even more interesting >> as it stacks up. We’ve seen for 5 years now. Yep.
The triangle is at the dead center of this believed dome.
And in addition to all these GPS errors, this is right where we previously saw a mysterious blob destroy. It’s also where Jim Royston obtained LAR data of something resembling a possible wormhole off 2,000 ft high right at the top of this dome. It looks like the thing could actually be re >> I think we want to jump into Pete’s material.
>> All right. What else you got, Pete?
>> Yeah, so I post-processed the data for a terrestrial laser scanner from the triangle. Last year there this is a dome that’s underground 300 m underground.
>> What the dome?
>> Wow.
>> I can’t believe geometry essentially as last time.
It’s amazing data.
So I call Irene. Do you have any unusual data in your scans? And I said, “Yeah, I scans.” And she said, “So do I.” >> Wow. Well, it’s really interesting that you have an intact domelike structure below ground just as we’ve been talking about above ground.
>> LAR did not pick up the above ground dome. Our other instruments are showing us there’s something there, but we didn’t find it this time in the LAR.
>> Right.
>> Let’s spend some time looking at last year’s work again.
>> This is the model based on P. Kelsey’s original scan of this anomaly.
>> So, we have LAR data here above and below the surface. And maybe they’re both showing the same.
>> I mean, I feel like we’re in a bubble here.
You’re right, Thomas. There could be a huge bubble that goes above and below the ground. Now, >> this is a total >> It sounds crazy as hell is how it sounds.
>> Yeah.
In a bubble here, you know.
>> Yeah, it sounds crazy as hell is how it sounds.
>> For sure.
>> Yep.
>> Yes. Yeah.
>> Seems like there’s some kind of a boundary there.
>> Yeah.
We might have made a huge breakthrough discovery on Skinwalker Ranch. According to multiple sets of new data, what that reaches above and below the ground.
What else you got?
>> Um, have a look at this terrestrial laser scanner.
>> Okay. So, this is the laser scanner at the triangle, right? So, then what are the little uh blue things floating in the sky over here? Is that where the scanner is? positions of each scanner at the time >> scanners that Irene was operating on the ground.
>> Correct.
>> What?
>> Yes.
>> So, I can I can attest to you the scanners never moved.
They stayed in the same spot for the entire time.
>> And so, that’s a hell of an interesting number, too.
>> 30 ft is >> Yeah. Wow.
What do we think is the appropriate followup to these frankly very confusing data?
>> We need to look through that barrier wall of this bubble. What’s triggering it?
>> Well, that sounds like marching orders.
Thank you, Brandon. Thanks, Cameron.
>> Very good.
>> Dang right. So, let’s get on with it.
>> All right.
the investigation of the B throughout this summer. Clearly, there is something real producing this effect. You know, whether it is actually something physically out there or whether it’s something causing the instrument to behave in ways that it’s not intended to behave.
>> For 5 years, we’ve been documenting bizarre and disturbing things at different spots that we’ve made a discovery that might explain some, if not all of them. I think it’s going to get pretty wild out here as we work even harder to find out the answers and >> Hey Jeremiah.
>> Hey guys.
>> Thanks for jumping on with us.
>> Yeah, it’s great to be talking to you all. It’s hard to pick the strength over the past six years, but a gigantic invisible sphere or bubble which was detected multiple times with infrared lighter devices might has a 2,000 ft radius and covers a lot of areas where we’ve encounter spikes.
>> You’ve taken a second look at the the data that we got a few years ago and you may have some new things to share with us.
>> Uh, absolutely. this meeting to follow up on some shock in 2022.
>> Go for launch.
>> Off it goes.
>> Working with his team from Luna, Jeremiah flew a balloonbased radar system high above the triangle and other parts of magnetic energy several thousand feet in the air.
>> We found some really interesting data points.
>> You’ve got my interest. Jeremiah has used some new cutting edge tools to further process the hear what he may have found out is. 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.
>> Normally, there would be a base level of electromagnetic usual things. The purple towards the edges here that indicates colors correspond to stronger electromagnetic energy. So, to give you a sense of strength, the purple is about 10 times counter in the environment.
Electromagnetic fields are present everywhere in our environment and are produced by 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 >> 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.
>> Never seen a signature like this before.
Uh, absolutely not. Typically, we see these sorts of signals, um, very brief signals, >> but it’s continuous. A bolt of lightning only lasts like that, but it’s that >> we’re clueless as to what caused these.
There’s no technology that we know of today that could create something like this. It’s would be on the order of gigawatt of power to have this sort of output. So, it’s truly a mystery. Where?
>> So, we can estimate that it’s between 3,000 and 5,000 ft.
>> That’s right where we had all the data corruption, right above the bubble.
>> So, that would be somewhere.
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 sea height.
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 duly processed data have confirmed that there is something in that 3200 ft space that’s giving off?
Is it connected to the bubble and all the other phenomena like UAV?
>> So, we’re looking at a continuous energy production somewhere in this space >> in a point.
>> In a point.
>> I mean, could this gigawatt energy anomaly be what?
>> Exactly. Maybe the interference is coming from whatever is energizing this.
>> Yeah. So, I’d love to get additional surveys with your radar tech, Jeremiah.
>> Absolutely.
>> This was two years ago. So, in the meantime, 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. It’s great talking with you. Thanks for jumping on with us.
What’s going on? What’s going on?
>> After our meeting with Jeremiah P, we headed out to drilling is struggling to finish the second of two approximately 600 ft long bore holes on either bunch of smaller anomalies that we’ve detected with ground penetrating radar.
>> What’s up, Alex?
>> Oh, you got through the hard spot.
>> Oh, you did?
>> Yeah.
>> How thick was it?
>> 45 in.
>> What? Look how worn down that is. How how long were you drilling with that?
>> Took me about 2 and 1/2 hours to get through that 45 in that hard.
>> So So it was about 4t thick of something so hard that it destroyed this bit.
>> Yeah.
>> Whatever these kinds of damage to the drilling equipment over the past 3 years. And we’ve even found bits of metal in the spoils that are similar to what space agencies use to protect spacecraft.
>> Yeah, that’s what it looked like when it went on yesterday.
>> Okay.
so 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 ft.
>> Okay, it was hard, man. Right now, we’re 315 ft. God, >> I was completely are almost completely gone. And I could tell from the driller’s reactions that this is not normal. What is in the mesa that’s so hard that it could destroy a drill? heat up at all.
>> How does that happen and it doesn’t heat up?
>> Yeah, >> that’s just fascinating.
>> That’s crazy.
>> For a metal drill bit to grind against something that hard for that long, it should be heating. So, what did it really makes you wonder given the strange metal that we found in the spoil? 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 some.
>> Alex, this is fantastic, dude.
Fantastic.
>> On Eric’s lead, we made a beline over to the 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 >> cleaned up. We could take a look at it.
This is 260 to 290 ft in.
>> That’s the range. I I only see rock. I don’t see anything. It looks like metal.
>> Yeah, I could have the magnet. We could run it over it.
>> Well, give it a shot, man. Yeah, give it a shot.
Whoa. What is that?
>> Is that metal?
>> Is that metal?
>> It’s a It’s a very dark gray, almost black.
>> What in the heck is buried inside the through the drilling spoils that came from about 260 ft inside bore hole 2? We found fragments of another kind of strange metallic material.
>> It’s layered. Eric, did you look at it on the edge?
>> Yes.
>> It’s layered, dude.
>> We got metal.
>> Yeah.
>> Oh, hey, look. There’s another one.
Yeah.
>> That we found before.
>> Same stuff.
>> Based on the nearly four decades that I’ve worked on projects with NASA and other space agencies.
>> Look at that. the metal materials that we keep finding in both bore holes as protective coatings on spacecraft. So, how in the heck could it have gotten 260 ft inside the mason? It just hit me why the pit might not be heating up.
Whatever they have such a heat capacity like the spaceship if it’s a material like that. But what in the hell would a material like that be doing inside that messa? It don’t make any sense to me.
Chris, I think this is great. Keep looking, man. We’ll do. I am absolutely convinced there’s more back. You’re clear. Sounds good. Thank you.
>> Dr. Taylor, how you doing, man? The next day, as the drilling operation continued at the Mesa, >> welcome. Ranch owner Brandon Fugal and his brother Cameron flew in along with pilot Brock Wilson to join us, Jeremiah Pate, and his team from Luna. It was all hands on deck to conduct a new aerial radar about the bubble and other phenomena that might be related to it.
Jeremiah, as CEO of Luna, would you mind giving us a putting on the helicopter in service to helping us get some answers?
Uh, >> absolutely. This is our most advancedly.
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 Luna’s most advanced radar system that we have. Aerial research 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 surface in extremely high resolution.
>> I hope that uh the signal that that you’re transmitting will interact with this bubble and maybe we can map more of what this bubble >> one is going to be to make sure it doesn’t come off.
>> I got it in place. The others are going to be to keep it oriented.
>> For the experiment today, Brock Wilson will be flying helicopter 1 in a push broom pattern at 12,000 ft above the ramp to it on a 100 ft cable. The dart will emit radible objects and hopefully give us more detailed images of the bubble and the huge energy source that we’ve detected at about 3,200 ft high.
However, much as 500 m, which with some luck will give us more data on whatever is buried in the mesa, too.
Looks amazing. Jeremiah, >> thank you. Yeah, it’s really coming together. We just have a couple more screws to >> fugle in helicopter 2. We’ll be flying into and out of the bubble at around 1,000 ft high and using a spectrum analyzer to monitor the 18 mehertz signal coming from the dart. We’ll be looking for any strange strange radio frequency signals that we often detect when things like UAVs appear >> on the helicopter so we know it position. From the ark, Sam along with Brandon will simultaneously monitor the Omnitech multi-ensor boxes which are positioned all over Skinwalker Ranch.
>> I got the drone ready. We’re getting the signal from the antenna. Good.
>> Yep. Ready to go.
>> At the triangle right in the center of the bubble, Jim Royston will occur while the two helicopters traverse the airspace above.
>> Eric, how do you hear?
And Eric will be overseeing everything from the command center with his spectrum analyzer, surveillance cameras, and GPS.
>> I think we’re good. You good?
>> Good to go.
>> I’m excited to get this uh this experiment off the ground.
Sounds good.
>> At its core, this Luna survey is a radar exercise. The deliverable from all of this is mapping of one kind or another things that could be energetic events that we’re seeing in the I’m anxious to get some clues today.
>> We got Brock just above us and climbing.
Copy that, Cameron. I show your positions clear.
>> Hey Cameron, we’re getting a 1.6 GHz signal. It just started.
>> Hey Eric, we got a 1.6 GHz signal.
>> We advanced gigahertz signal up here in the sky.
>> I’m going to use my antenna to find the source of the 1.6 GHz signal.
Thomas, we are at the 9:00 position uh on the perimeter of the >> confirm that the 1.6 GHz signal is coming from the center of the triangle.
I can confirm that the 1.6 GHz signal signal optimizes as I keep the antenna pointed back toward the center of this triangle. Okay, it it’s it’s not outside. is coming from the center of the bubble.
>> Copy that, Travis. Thanks.
>> Caleb and I were with Cameron in helicopter 2 getting ready to fly back and forth through the bubble to track the dart’s 18 megahertz signal. But suddenly, I started detecting a strange 1.6 GHz 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 brought?
>> Almost to 11,000.
>> Copy that.
>> I couldn’t wait to see if the dart signal would be affected or if Jeremiah Pay would be able to collect good data from high above the ranch as planned.
>> The dart device is working now.
>> Yeah, I negative. We are not >> Has that kicked on yet?
>> Let me double check and see.
Yeah, I’m getting data. Have you guys picking anything up on your end from the 18 MHz?
>> No, we are not >> the 18 MHz signal as of yet.
>> Sam, what do you are you seeing anything?
>> Negative.
>> So, not only from helicopter 2, but also from the pick up Jeremiah’s 18 mega about 12,000 ft in the air. And where were all those spectrum analyzers located? Inside the 2,000 ft radius of the bubble.
During a bunch of recent experiments, we’ve actually seen this LAR drone appear to get deflected by the barriers of the bubble. Her signals from passing through it like some kind of force field. What could this thing be?
That’s strange. The dart says that it’s overheating.
>> Yep.
>> 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°.
It says that our temperature is even hotter than that.
>> 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. Uh error, some sort of interference.
>> If the ground or you guys aren’t shown anything on that 18 MHz, well, let’s do it. Let’s uh abort the experiment. Let’s go down and troubleshoot it. I copy.
I’ll start my >> While Jeremiah and his team inspected the dart device, Cameron Thomas and I decided to conduct a secondary experiment on the bubble.
>> All right, we’re going to be flying in and out of the grid. Starting >> is at what frequency? Kahertz.
>> 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 on 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 his barriers >> northbound flying over the triangle. And I’m going to >> All right, guys. I’m moving north into the bubble.
>> Cameron to Thomas. How do you copy?
>> Gam, were you transmitting as you flew over?
>> We were. Uh, did you lose me?
>> Look at that.
>> You’re 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. What in the heck to block Cameron’s communication signal from reaching not only Thomas own was it caused simply by crossing over the bubble’s barrier or was there something inside of it that was the culprit?
>> Hey Jim, you got a copy?
>> Yeah, Jim, go ahead.
>> As Cameron came into the bubble, I was getting all kinds of error green.
>> Yeah, copy that. So Jim, can you take the drone to the launch pad and LAR scan from the hear that?
Eric wanted to look for any invisible anomalies in the bubble that might be blocking our communication the center of the bubble with his LAR drone from ground level as Cameron flew back through the bubble’s barrier.
All right, we’re commencing just going inside of the bubble at this time.
Showing roughly 200 ft right now. Continually moving.
>> Just cut out again. Just blacked out.
>> Eric, you got a copy?
>> Yeah, go ahead. So, I’m sitting on the ground painting the whole messa with light art. As the helicopter comes right over that, >> Jim, that is amazing.
>> As the helicopter comes right over the triangle, we just get this complete black.
>> Jim, that is amazing.
>> And it’s like it selectively erases stuff.
>> Yeah. Triangle. At the center of the bubble, Jim Royston. 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. I mean, today we’re losing just more data to suggest that something’s definitely going on in the space above the triangle.
>> Thomas was right. Ever since we identified the bubble earlier this year, we’ve been unable to collect accurate data at the foot barrier 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?
>> All right, ready? 1 2 3.
>> Jeremiah got the dart working again and was ready to finish collecting data from helicopter 1 by flying the ranch.
>> He’s going to start moving to the west like he did. So, we wanted to see if any of our receivers around them were being emitted by the dark device when the barrier of the bubble was between us.
>> It’s on right side for sure. Perfect.
>> Yeah, guys, please be advised. I’m not seeing any.
>> Let me double check and see.
>> Yeah, I’m getting data.
>> Good data up here. I don’t get it. How in the heck can the bubble block that signal?
It was maddening that none of our SP dart signal. Yeah, this is great.
>> Jeremiah says we’ve got good data. We’re heading back now.
>> But since Jeremiah was Cameron landed helicopter 2 while Brock and Jeremiah made a few more complete their end of the experiment.
>> Yeah, Brock said, “We’ve completed scan inbound for landing about two minutes.” I’m looking forward to diving into that data from the Luna survey with in the bubble and the triumph. What is beneath the surface of the ranch as well?
>> What a day. What a day.
>> So, Jeremiah, on this last run, did it collect data and did were you able to map the ranch?
>> So, we had a text plate.
>> Awesome.
>> Great. Well, I think when we postprocess all this data, it’ll be interesting to see how it lines up with the comm’s issue that we saw out there. You guys were literally flying directly over us and it was as if the radio.
>> Also strange is we can see that a >> So Jeremiah, when do you think you’ll have uh the first bit of data postprocess that we could look at?
>> So within the next couple days, we’ll have that initial data post process.
>> All right, that sounds good. So uh I say we get to uh crunching some data.
>> Sounds Thank you.
>> Thank you.
>> Yes.
>> Okay, Travis, are you tuned in on the frequency?
>> I’m ready to go, man. If something changes, I should see it.
>> The next morning, while waiting to operation at the mesa, and it was pretty tense because the drillers had made it past the 350 ft mark in bore hole 2 and had just gotten through another strangely hard obstruction, and we’re experiencing more weird.
>> I’ve got some magnetic material over here. It just came out of the latest batch of spoils.
>> We’ll be right over. 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.
>> The magnet over this and ended up having actually three hits on similar material.
>> This looks like that metal, you know.
>> This is actually at 350 in. So, we’re like 85 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 uh be able to get instruments down in that hole and see if we can maybe see them with a cam, measure the electric field through them and finish. Any idea of how much longer you think it’ll take them? Assuming no more crazy setbacks.
>> They’re pushing 380 ft right now. So, you know, if we’re going based off of the first hole, bore hole one left.
>> That’s great.
We were just 200 f feet away from being able to scan from inside of both bore holes with all kinds of specialized instruments. Who knows what the hell be closer than ever to finding out? Find more. We’ll do.
>> All right, man. Keep it up.
>> Yep.
>> See you guys.
>> Hello guys. really excited to share this data that we got.
>> Awesome.
>> 3 days after our dual helicopter experiment, we met with Jeremiah Payton and we’re hoping like hell that he would have some answer. Mesa on Skinwalker Ranch.
>> The data was perfectly clean.
>> Let’s look at some of it.
>> Yeah, I I’m on the edge of my seat here.
>> Yeah, >> absolutely.
Right. So, this is just a normal satellite image of the ranch. And so yellow area is 800 times stronger here than out here in the purple.
>> And so with this, what we saw was very strange. We saw a a massive jump in energy >> right above the bubble.
>> Oh wow. So this is something that you would see over an area that has a lot of like a city and yet here we are in the Utah countryside seeing that same seems very strange. 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 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 >> 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 follows the >> Yeah, that is really interesting that bright the creek uh I mean that’s that’s literally where we’ve had trouble with instruments actually picking up anything. Well, that’s right on the edge of the on the inside edge, I’d say, of the bubble, too.
>> Another energy spike that Jeremiah detected above the southern edge,000 ft underground.
>> Whoa. Is right where we’ve recorded numerous GPS data errors on multiple devices.
>> Whoa. What was that purple light over?
>> Like a silver orb or something.
>> 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?
>> So, >> oh, now it’s going to get strange.
>> Uh, yes. So, um, this is actually the subsurface data set. These bright spots that correspond to subsurface water that has a lighter color than the surrounding area that represents a tunnel that goes all Wow.
Wow. After seeing the aerial radar data that might be related 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. Whatever has created the bubble and the crazy electromagnetic energy we’ve identified or even what’s buried in the mea.
>> Wow, that’s that’s interesting. So, the materials that you’re seeing, these these are air pockets underground of some sort. Huh.
>> And so, there’s this larger void over to the west. But this one, which is really uh intriguing, >> really >> the data 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 on how deep underground those pockets are?
>> Yes. So these 20 m beneath the surface level at the same time extremely large.
>> So are these voids connected to possible tunnels and if so are they somehow related to these buried objects?
>> I find it really unexpected features certainly certainly unexpected for me.
>> Yeah, absolutely. We’re really tremendously excited what we’ve been able to see so far and we think we’re just going to keep having more surprises from this data set. additional data to review. Things I found particularly interesting here.
>> There it is.
>> Oh, what is this?
>> So, here we have an object that certainly is moving fast.
>> Oh, yeah. That speed is >> moving fast. Whatever it is, it certainly is of the aircraft that we see flying through our airspace.
First, we see new radar data from our recent phenomena thousands of feet above Skinwalker Ranch and more specifically above the bubble, but then Eric captured high-speed video of a UAP that looks like a possible craft. So, what was it?
>> 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. This object or another one just like it is also in other clips like the one I’m up clip with the emboss filter to help identify the feature of interest. We see some things in the airspace uh with the helicopter.
>> Wow. Holy crap. Eric was right. One or more UAP was in collecting his radar data. Was it following them? And could it be what was broadcasting the 1.6 gahertz signal we detected during the experiment? So now let’s dive in on this and examine a little more.
>> Yeah, the speed of this thing seems to change uh when it gets into this region of the screen.
>> Oh yeah, >> it’s worth mentioning that, you know, we’re looking at video footage that was collected at 240 frames per second.
>> Oh yeah, that’s a good point.
>> So here is another clip here I want to bring up.
There we go. There.
moves up the helicopter to the tail.
>> Okay. So, there’s >> seven frames.
>> So, at 240 frames a second, 7 240ths, >> it’s like uh 1,200 ft per second.
>> That is crazy. That is super.
>> And the bubble.
>> Yes.
>> Well, guys, thank you. God. All right, guys. Till next time.
>> Have a good one, guys.
>> Thank you.
>> All right, y’all. Let’s get back to the Mesa drill site. Yeah, we got to get out there. Let’s do >> We’ve now seen so many UAPs above the triangle that could be some kind of crap. I don’t know if that’s what they are or where they’re coming from, but I’ll tell you one thing sure motivates us to figure out what the heck is inside the mason.
Our anomalous results are beginning to sort of coalesce into a picture, especially when it comes to the bubble.