Bart Sibrel

There's just a couple of more evidences as to why they did indeed fake the moon landing. We have an engineer from NASA saying what most people don't know. If you want to show this still picture, Steve, it's called Radiation Belts down there.

There's just a couple of more evidences as to why they did indeed fake the moon landing. We have an engineer from NASA saying what most people don't know. If you want to show this still picture, Steve, it's called Radiation Belts down there.

No, that's another matter which we can get into as to why. It's the Radiation Belts picture. It's on the most recent email. The Van Allen. Yeah, it's the most recent email.

No, that's another matter which we can get into as to why. It's the Radiation Belts picture. It's on the most recent email. The Van Allen. Yeah, it's the most recent email.

No, that's another matter which we can get into as to why. It's the Radiation Belts picture. It's on the most recent email. The Van Allen. Yeah, it's the most recent email.

Yeah, he was. It was named after him? Well, the Van Allen radiation belts were named after him. So go to moon technology not invented yet, okay? So basically, people don't know, but surrounding the Earth, if you want to pause it there, we'll go. And you can show that picture if you can find it there in the six attachments radiation belt.

Yeah, he was. It was named after him? Well, the Van Allen radiation belts were named after him. So go to moon technology not invented yet, okay? So basically, people don't know, but surrounding the Earth, if you want to pause it there, we'll go. And you can show that picture if you can find it there in the six attachments radiation belt.

Yeah, he was. It was named after him? Well, the Van Allen radiation belts were named after him. So go to moon technology not invented yet, okay? So basically, people don't know, but surrounding the Earth, if you want to pause it there, we'll go. And you can show that picture if you can find it there in the six attachments radiation belt.

Most people don't know this, but high above the Earth, starting at about 1,000 miles up, is a radiation field that's 30,000 miles thick called the Van Allen Radiation Belt. You'd have to go through it to reach the moon, and you have to go through it on the way back as well.

Most people don't know this, but high above the Earth, starting at about 1,000 miles up, is a radiation field that's 30,000 miles thick called the Van Allen Radiation Belt. You'd have to go through it to reach the moon, and you have to go through it on the way back as well.

Most people don't know this, but high above the Earth, starting at about 1,000 miles up, is a radiation field that's 30,000 miles thick called the Van Allen Radiation Belt. You'd have to go through it to reach the moon, and you have to go through it on the way back as well.

Every space mission has been well below the radiation, generally about 750 miles below the radiation, except going to the moon. You'd have to go through it. You see, here's a NASA engineer saying that the radiation is dangerous, meaning lethal to people. And then he says,

Every space mission has been well below the radiation, generally about 750 miles below the radiation, except going to the moon. You'd have to go through it. You see, here's a NASA engineer saying that the radiation is dangerous, meaning lethal to people. And then he says,

Every space mission has been well below the radiation, generally about 750 miles below the radiation, except going to the moon. You'd have to go through it. You see, here's a NASA engineer saying that the radiation is dangerous, meaning lethal to people. And then he says,

We must solve these challenges before we send people through this region of space, meaning that technology necessary to go through the radiation and survive has not been invented yet. Go ahead and play the clip. Oh, there's an image, if you want to show it, of the radiation belt. You see, every manned mission has been below it except going to the moon. You'd have to go through it.

We must solve these challenges before we send people through this region of space, meaning that technology necessary to go through the radiation and survive has not been invented yet. Go ahead and play the clip. Oh, there's an image, if you want to show it, of the radiation belt. You see, every manned mission has been below it except going to the moon. You'd have to go through it.

We must solve these challenges before we send people through this region of space, meaning that technology necessary to go through the radiation and survive has not been invented yet. Go ahead and play the clip. Oh, there's an image, if you want to show it, of the radiation belt. You see, every manned mission has been below it except going to the moon. You'd have to go through it.

No, except going to the moon. You'd have to go through it to the moon and through it on the way back. And the clip we're about to see is NASA's own engineer saying the technology necessary to go to the moon and back through the radiation has not been invented yet.

No, except going to the moon. You'd have to go through it to the moon and through it on the way back. And the clip we're about to see is NASA's own engineer saying the technology necessary to go to the moon and back through the radiation has not been invented yet.

No, except going to the moon. You'd have to go through it to the moon and through it on the way back. And the clip we're about to see is NASA's own engineer saying the technology necessary to go to the moon and back through the radiation has not been invented yet.