JarJar
Member
I just did.Did anyone link them here?
Saw Mick's name referenced a few times, as well as Thunderf00t and Lehto.
I just did.Did anyone link them here?
Yeah I added a comment as well, I'm always a bit suspicious of some YouTubers though as they will tend to value views over all.I just did.
Saw Mick's name referenced a few times, as well as Thunderf00t and Lehto.
Fair enough. Sorry for the possible confusion.That's why I said "seemingly".
At the end, they ask for input about the HUD from pilots or anyone who can explain the details.
Still, I don't find the fit to be very strong. The object rotates in small intermittent `bursts' and its rotation rate decreases while the gimbal keeps rotating fast. It's rotation rate is also slower than that of the gimbal:
Look at it from a different angle: Suppose the object is a UAP that wants to evade the F18. In that case its evasive maneuvers would become more violent when the F18 points its nose at it.
But I'm basically done now discussing this topic. My mind is made up, given the evidence presented so far: Not a glare.
Others are of course entitled to their own opinion. It does not matter much for the `unidentified' status of the object.
No worriesFair enough. Sorry for the possible confusion.
A bit more context: if you hold an American aspirin tablet at arm's length, it is about the same angular size as the moon. Save Markus's clever image above, and shrink it down to the size of an aspirin and set your screen out at arm's length. When I do that, I can barely see the Gimbal target as a dot, there is no way I could see if it rotated by naked eye. (Of course, Navy pilots probably have sharper eyes than I have -- on the other hand, the target object, if it is indeed hidden in IR glare, may be much smaller than it is in the image, so maybe that evens out, more or less.) I'd be very unlikely to spot it just somewhere in the sky, unless it was emitting a lot of light. If I was trying to make out what it was, I would not be looking at it naked-eye, since it is too far away to see what it is other than a featureless speck. I'd be looking at the screen, with magnification and data on display. I'd learn more that way. And that's where I'd be able to see this rotation, whatever caused it.The problem is that, at this point, the theory that the black shape is a rotating object has been pretty much experimentally refuted. I don't think anybody ever said the pilots saw the thing with their naked eye, but if they did, that statement must be viewed in the context of us having the video available which provides convincing evidence that the rotating black shape is not a physical object, since it matches the expected gimbal rotation rotation very closely. The 'glare' hypothesis explains this naturally, while the 'object' hypothesis demands it to be a coincidence (and you can estimate how likely that coincidence is). Maybe the object that causes the glare is also rotating, but we're not seeing any clear evidence of that on the video. If the witnesses saw it rotate, that could be it, or they might have imagined it. For context, the field of view NAR 2x mode is a little smaller than the full moon:
View attachment 46488
The Grimaldi crater on the left-hand side is about the same size as the black shape. It's pretty much a speck; you might be able to tell that it's rotating if you have really good vision, but you also might easily convince yourself it's rotating even if it's not. Chances are though, Lehto just got confused with the various things that have been said.
The problem is that, at this point, the theory that the black shape is a rotating object has been pretty much experimentally refuted. I don't think anybody ever said the pilots saw the thing with their naked eye, but if they did, that statement must be viewed in the context of us having the video available which provides convincing evidence that the rotating black shape is not a physical object, since it matches the expected gimbal rotation rotation very closely. The 'glare' hypothesis explains this naturally, while the 'object' hypothesis demands it to be a coincidence (and you can estimate how likely that coincidence is).
Yeah, that's frustrating. I think, Pilot Ryan Graves did say that he saw another version of the Gimbal-Video. A longer one. Showing more weird stuff.They'd be able to see it better and better, as they got closer. But the video does not show that part, the video we have just shows the potentially mysterious bit, but cuts before the bit where the mystery might be resolved by getting a closer look at the target. But what's life without preserving a bit of mystery, eh?
Your quote does not support the claims being questioned by "The same plane and the same flight? So also the same Pilot & WSO in gimbal and gofast?". It would support a claim that they're the same object, and that they were witnessed by the same unit, but neither of those are the specific claims being questioned."......Two of these videos, colloquially dubbed "Go Fast" and "Gimbal," displayed one of the objects that had perplexed Graves and his fellow Red Rippers back in 2015. The DoD would later authenticate the clips and confirm the objects in the videos were indeed "unidentified aerial phenomena....."
This interesting segment from an interview to thedebrief.org
https://thedebrief.org/devices-of-unknown-origin-part-ii-interlopers-over-the-atlantic-ryan-graves/
If there's 30 or so missions/vids for them to chose from, 2 are likely to have the same code.I mean I guess they could have co-incidentally used the same code for these 2 missions by chance, possibly unlikely?
If there's 30 or so missions/vids for them to chose from, 2 are likely to have the same code
It really depends on how the codes are cycled. The original claim was early in the analysis from a reddit post claiming that it was highly unlikely and the PRF codes were mission specific. I reanalysed that post from Reddit
Source: https://www.reddit.com/r/ConspiracyII/comments/840ecy/buckle_up_boys_youre_about_to_get_learnt_a_little/
"Gimbal and Go Fast are both pieces of the same video it appears .... if you look to the right side of the sensor overlays you'll see a 4 digit code, in THIS VIDEO [GIMBAL] it is 1688 and supposedly shot in 2004 on a routine training mission. That is the laser PRF code set for laser guided munitions. The Go Fast video with the waves in the backdrop was east coast- that jets PRF code was also 1688 and shot in 2015. This DOES NOT HAPPEN. PRF codes are assigned to a specific aircraft for specific sorties and the odds of this PRF being recycled through service to a new aircraft when there are millions of combinations are just that- 1 in millions."
On further reflection doesn't seem quite right it claims "1 in millions" but surely at most it's 1 in 9999 with a 4 digit code. Does the birthday odds paradox apply here?
I mean it seems an unlikely co-incidence that 2 of 3 best ever UAP videos just used the exact same code either way but is it?
Man how did I not makes that connection that there was an 8 in the PRF in the videos, that is another sim not being accurate issue then.My 30 or so was based on "each digit is between 0 and 7" and the birthday paradox, which needn't apply, it's dependent on who does the selecting of the vids. Who knows - it might be quite possible that Lou or whoever noticed the coincidence and was drawn to it. Without the paradox, it would be 3/4096 (as there are 3 pairs of vids when you have 3 vids). However, "1688" contradicts the prior 0-7 claim, so maybe it's 3/10000 instead.
My 30 or so was based on "each digit is between 0 and 7" and the birthday paradox, which needn't apply, it's dependent on who does the selecting of the vids. Who knows - it might be quite possible that Lou or whoever noticed the coincidence and was drawn to it. Without the paradox, it would be 3/4096 (as there are 3 pairs of vids when you have 3 vids). However, "1688" contradicts the prior 0-7 claim, so maybe it's 3/10000 instead.
My 30 was also dead *wrong* even using the same assumptions - 2^6=64, not 32. Apologies.If there's 30 or so missions/vids for them to chose from, 2 are likely to have the same code.
That's 678 different codes.1111 - 1788 Tri -Service . . . . . . PRF
On pure maths yeah but there's enough references to numbers ending 88 and 1688 itself that the number 1688 might be special in some way and less likely to be purely random.That's 688 different codes.
Let's do "birthday maths":
Draw the first code at random.
Chance for the second code to match is 1/688.
Chance for the second code to not match the first, but for the third code to match either one is 687/688*2/688.
1/688+687/688*2/688=0.44%
Less than 1%, it's practically impossible to happen at random if all codes are equally likely to get chosen.
You're assuming a 9 can appear, which is as yet not proven, and from what I've seen above, I'm not even so sure about 0.That's 678 different codes.
Let's do "birthday maths":
Draw the first code at random.
Chance for the second code to match is 1/678.
Chance for the second code to not match the first, but for the third code to match either one is 677/678*2/678.
1/678+677/678*2/678=0.44%
Less than 1%, it's practically impossible to happen at random if all codes are equally likely to get chosen.