George Knapp

I think this one that we're going to talk about today was very impressive to me because, first of all, we know for sure that it's authenticity.

It is military film footage, which you and I know is our favorite because, you know, there's a way to document, record that.

you know, where we know the source of it.

There's so much that is AI generated these days, and there are great civilian videos, but it's really hard to trust them if they're not multi-source.

These sensor systems the military have accumulate more data.

So even though it's not like an iPhone image, you're seeing black and white, some people made a joke, it looks like Pong, right?

Some of these look like Pong.

And I get that.

But what you're seeing is more visual data than you would through normal camera systems.

And they didn't just call them UAP.

They designated them UAP and they put them in a separate archive for UAP.

You know, it's funny because you look at Arrow and they're trying to, you know, kind of solve these cases and everything they put online is

It's not that spectacular.

So when we get something that shows one of the five observables, you know, I don't get... If Arrow really wants to, you know, kind of inform the public, why don't... If we're showing better videos than them, why don't they go get the goodies, the good ones that are labeled UAP and bring them out and analyze them?

So with that said...

This one really struck me.

When I first saw it, it appeared to me like it was triangular in shape.

But then after watching through it, there was unique movement that broke that form.

And I think that that's what's interesting to me about the video.

And that's at first glance.