Oh. Here we are.
All right.
You guys got a lot of it already set up.
Yeah. We’re halfway there.
[Travis] For tonight’s experiment, Burdette Anderson will be recording with his high-speed cameras which take 5,000 frames per second. And technologist David Mason will also be filming the experiment with his high-resolution thermal FLIR cameras that can visualize anything with an anomalous heat signature that the naked eye can’t see.
If anything affects the shape of the flames or if the blob itself appears again from the electricity stimulation, hopefully tonight we’ll finally be able to figure out what in the world it really is.
I think we got this station set up.
Yep, looks good.
[dramatic music plays] [Erik] You ready over there, Travis?
Yeah, man. I am.
Even though we were eager to see what would happen when the flamethrower were used at the triangle, in all of our previous experiments there, we’ve had great success stimulating phenomena to occur by launching rockets.
So to be consistent, Erik and I decided that’s the best way to start tonight.
Three, two, one.
[rumbling, echoing explosion] Did you get that, Burdette?
Oh, yeah.
Hey guys, you should take a look at this.
-You’re gonna wanna see this. -Yeah?
Look at that.
[Burdette] There is our 31-foot mark.
Takes a distinct turn right into it and like around it.
That’s right where it exploded last time.
Right… Exactly right there.
How ’bout that? At exact same height.
[Burdette] Then as soon as we get up at about 75, 80 feet, it starts going straight again.
[Travis] It’s crazy.
-Did you see that? -Yeah.
We do not have a good explanation for that.
That defies rocket science.
That is not what that was supposed to do.
Let’s reset for the flamethrower.
I’m ready to go. Everything’s downloaded.
All right.
[engine starts] That’s 31 feet.
I’m ready. I’m rolling, ready to trigger.
All right, Bryant, I’m gonna give you a countdown from five.
-Five… -Five…
-…four, three… -…four, three…
-…two, one. -…two, one.
Wow.
-Oh my goodness. -Can feel it from…
[Travis] Oh my goodness. Look at that.
[Erik] I can feel that right here.
-Whoa. -[Erik] Wow.
Nice.
[flames rumbling] [dramatic music plays] [Erik] Perfect, Nathan.
I have something that might look a little strange.
What?
Let me call the guys over and we’ll take a look.
What are you guys seein’?
I see. Look at this.
[Travis] Oh!
Burdette, frame…
Back on this one a little bit and frame through it.
[Burdette] Okay.
[Travis] Yeah, there’s-there’s clearly some empty spots.
[Nathan] I’ll tell you guys, we’ve…
we’ve seen a lot of footage of our flames shooting out and it’s not typical that we have this separation.
-[Travis] Really? -[Nathan] That’s correct.
That’s not typical at all.
Why is it horseshoeing?
[Travis] It’s hittin’ something or something’s– there’s a air current there or something.
-[Nathan] Yeah, I’m not sure. -[Burdette] Something that’s…
It seems to be going around it.
[Travis] It was great that we had Burdette’s camera system because even though we didn’t see in the moment, when we played the high-speed camera shots back, something at the 31-foot level literally split the flame from Nathan’s device in two.
This experiment gave us incredible correlating data that something strange that diverts physical objects does exist at the 31-foot level.
Was it the blob? Was it evidence of a portal?
Well, I’m not certain about any of that, but we do have a lot of recorded data to review and maybe it’ll help us figure it out.
It’s becoming repeatable that when we launch rockets from this spot, that we are getting, uh, a strange… maneuver with the rocket when it gets about 30-40 feet up there.
And it’s happening almost, uh, I would say more times than not, which is a statistical weird thing.
And then, uh, seeing the flames do the weird things.
Both of ’em in two different times, we saw these strange vortices occur.
Like there are voids in them or they break apart.
Separate themselves. So, you know, I…
I don’t know what to make of that.
Well, and I’ll tell ya, I’m looking forward to being able to sit in the command center here in a day or two and review the footage and look at it closer.
I think we’ve accomplished everything we can do tonight.
So I’m all for calling it a day.
Yeah, we got a lot of equipment to pack up.
I say we load up everything and call it a night.
What do you think?
-Yep. Get outta here. -I second that.
-Thanks, everyone. -All right. Let’s do it.
[dramatic music plays] I’ve got some high-speed camera footage.
Oh, yeah.
I wanna bring this to the screen for us to look at how that rocket actually moved.
This is coming up outta the center of the triangle.
And suddenly…
[Travis] Suddenly, something turns it.
-[Erik] Uh-huh. Right there. -[Thomas] Right there.
And we’re still scratching our heads as to, in response to what is this thing changing directionally?
That was the rocket launch and I have some high-speed footage of the…
flamethrower exercise.
And if you see a feature you wanna point out, stop me.
-Okay, so here we see… -[Travis] Oh, wow.
Look at that thing.
Looks exactly like you’d expect.
The liquid is being tossed out on a ballistic trajectory.
It’s gonna go out on a curve like you threw a baseball, but it’s a liquid.
Now that’s interesting how…
you’re gettin’ this separation.
[ominous music plays] And look at the curve that’s forming there.
Why did it do that all of a sudden?
What’s pushing the flame downwards?
Now, this same event is captured in the, uh, near infrared.
-Oh, really? -Yeah.
And so I have that record.
-All right, here we go. -Okay.
That’s fantastic right there.
Back up, back up, back up. What is that?
[Erik] Okay.
So I’ll play it through at the native rate -and you can stop– -Wait, wait. Stop.
Wait. Right here, look.
[Thomas] Yeah, I was seeing those same things.
Right there, I think you see– It kind of…
-[Erik] Okay. -…appears.
And it’s not connected to the flame. Look. It’s below.
-You see it moving? -[Erik] I’m gonna go backwards.
-And I saw it right there. -Yeah, it is moving up.
Okay, I’m going backwards.
[dramatic music plays] -You know what? There it is. -There it is! There it is.
It is in this. Look, right here.
[Erik] Yes, yes, yes, yes.
[Travis] What…
[indistinct comment] -[Thomas] Now it’s gone. -[Travis] It’s gone.
You see it go through right here.
There is something here.
-[Thomas] Yes. -[Erik] Oh, wow.
[Thomas] It’s like flashing or strobing too.
I can see it.
Now it’s in the plume.
[shrill, jarring note plays] [Travis] I don’t see it now.
Well, look, there was clearly a thing, probably, you know, 50, 60 feet up.
Comes down and we see it kind of vanish somewhere around 30 feet.
So it moves 30 feet in less than a second.
Uh, so it’s moving fairly fast.
It reminds me of when you were out there with the rocket that blew up.
Something very similar showed up.
Yep.
This could be a very similar phenomena.
Dragon was right. When we first captured images of the blob that made our rocket explode earlier this year, we also saw a UAP in our high-speed camera data that looks just like this one that we documented last night. We’re talking about something showing up right there at that 30 to 35-foot level where we’ve had so many other things show up or, frankly, things interacting with our rockets.
There’s something physical going on there.
Absolutely.
