Ryan Graves

I don't know if anyone has estimated a size, to be honest. From the pilot's perspective, they're not going to be able to make a real-time assessment of the size.

I don't know if anyone has estimated a size, to be honest. From the pilot's perspective, they're not going to be able to make a real-time assessment of the size.

Well, they're about five miles away or so.

Well, they're about five miles away or so.

Well, they're about five miles away or so.

Yeah, so you see the range 3.4 right there? That range is coming strictly from the AT FLIR sensor itself. It's not a very reliable indicator of the range. That's what the radar is for. So although it says about 3.5, 4.4 and then ticks down, it's probably a little bit further away than that.

Yeah, so you see the range 3.4 right there? That range is coming strictly from the AT FLIR sensor itself. It's not a very reliable indicator of the range. That's what the radar is for. So although it says about 3.5, 4.4 and then ticks down, it's probably a little bit further away than that.

Yeah, so you see the range 3.4 right there? That range is coming strictly from the AT FLIR sensor itself. It's not a very reliable indicator of the range. That's what the radar is for. So although it says about 3.5, 4.4 and then ticks down, it's probably a little bit further away than that.

Range.

Range.

Range.

is is that on there anywhere of how fast this thing is going so you have uh 170 v sub c right below the range uh and that's indicating uh our relative velocity and that's miles per hour or kilometers uh it should be knots so it's probably like 180 190 miles per hour no heat signature Well, there is a heat differential anyway. So right now we're in White Hut.

is is that on there anywhere of how fast this thing is going so you have uh 170 v sub c right below the range uh and that's indicating uh our relative velocity and that's miles per hour or kilometers uh it should be knots so it's probably like 180 190 miles per hour no heat signature Well, there is a heat differential anyway. So right now we're in White Hut.

is is that on there anywhere of how fast this thing is going so you have uh 170 v sub c right below the range uh and that's indicating uh our relative velocity and that's miles per hour or kilometers uh it should be knots so it's probably like 180 190 miles per hour no heat signature Well, there is a heat differential anyway. So right now we're in White Hut.

So objects that are white are Hutter objects in the background.

So objects that are white are Hutter objects in the background.

So objects that are white are Hutter objects in the background.

So that's showing us that it's cooler than the surrounding environment for whatever reason.

So that's showing us that it's cooler than the surrounding environment for whatever reason.

So that's showing us that it's cooler than the surrounding environment for whatever reason.