A cynical person might think that the "why nothing being done about it" bit might have $omething to do with appropriation$ for new $y$tems and upgrade$ and $uch $tuff...And for me the wider meta conversation is who is leaking all these videos to Knapp/Corbell and why does it seem nothing is being done about it?
Agreed, but that's the internet/ social media for you.It is extremely irritating that these reports are "allowed" to snowball online and in mainstream media with no response from those who know better.
I wish it was as simple as the internet/social media! Unfortunately, my biggest frustration is that the government (elected officials and others) is feeding fuel to this ridiculousness. And in my mind a bigger conspiracy becomes why is this allowed to occur? There has to be someone who knows what this footage is of, yet the pentagon and others just let it exist as something anomalous by having the stance of "We have no comment".Agreed, but that's the internet/ social media for you.
A cynical person might think that the "why nothing being done about it" bit might have $omething to do with appropriation$ for new $y$tems and upgrade$ and $uch $tuff...
Well, "supposedly" isn't really trustworthy in general when it comes to ufo stories.It's supposedly not the same drone that is firing the missile as the one filming it so not sure why there would need to be a flash.
It did bug me that so many mainstream outlets ran the story fairly uncritically...Agreed, but that's the internet/ social media for you.
At least we have this tiny island of relative sanity, with room for others who might want to find more likely explanations than the purveyors of woo provide.
It's certainly the simplest explanation.... I think it is a perspective illusion. The 'orbs' aren't separating from the main object and maintaining their distance - they are maintaining altitude as the main section falls after being damaged.
I'm still tending towards quadcopters on a balloon carrier - but admittedly I have zero evidence for this.
yes, I tend to agree with this now. The debris would essentially be pieces of fabric or latex floating in the wake of the Hellfire. They don't fall with the rest of the balloon because they are so light and in air (kinda like falling feathers) and the air resistance holds them aloft. That would account for the seemingly non-balliistic trajectory.It's certainly the simplest explanation.
Now let's assume the balloon had a payload—why else would they shoot it?
Then assume that it's likely that the payload is attached to the biggest piece left after the breakup, because a) it's the biggest, so the chance is the biggest, b) the balloon was attacked from the top and the payload would be tethered to the bottom end.
Loose bits of balloon would keep floating on the wind, but after lift was lost, the payload would quickly accelerate towards the ground.
No need to add quadcopters to the explanation—keep it simple.
Also, "quickly" is relative. The separation between the large object and the primary 3 smaller bits of debris in the 2D video projection does increase over the 5.2 seconds before the field of view switches. And after the initial violent movement from the impact, further separation is primarily vertical (in the 2D plane) separation, suggesting the larger object could be accelerating downwards faster than the smaller objects. Maybe not by a huge factor, but enough to be visually noticeable in the narrow FoV over the span of like 3-4 seconds. Another factor though is that the cameras line of sight angle below horizontal changes over the course of the video.Loose bits of balloon would keep floating on the wind, but after lift was lost, the payload would quickly accelerate towards the ground.
Is anything? Well, perhaps "I saw something I can't explain" is fairly trustworthy if you think the observer himself is trustworthy, but that information gets you no closer to a UFO identification.Well, "supposedly" isn't really trustworthy in general when it comes to ufo stories.
I agree with previous posts that the smaller bits are artificially enhanced by their video software, but wouldn't "loose bits of balloon" behave (on a smaller scale) just like a large section? I'd expect them to show some visible fluttering or collapsing, especially after a violent hit on the main part.Loose bits of balloon would keep floating on the wind, but after lift was lost, the payload would quickly accelerate towards the ground.
I agree. I think it's parallax creating the illusion of something extraordinary, which in turn makes people feel the need to invoke drones or other remarkable explanations. But if you freeze the background, it doesn't look all that strange anymore. We're viewing the scene from above at a fairly steep angle, and the missile likely would have ripped the balloon apart even without exploding. Pieces of fabric drifting in the wake of the speeding missile seem like a perfectly reasonable explanation for what we see in the video.yes, I tend to agree with this now. The debris would essentially be pieces of fabric or latex floating in the wake of the Hellfire.
I'm not so sure. We're looking at a heavily zoomed-in video of an object about 5,700 meters away. And the debris—or pieces of fabric—are drifting in the wake of a Hellfire missile swishing by at Mach 1.3. This just being some pieces ripped off the damaged ballon seems like a reasonable explanation.I agree with previous posts that the smaller bits are artificially enhanced by their video software, but wouldn't "loose bits of balloon" behave (on a smaller scale) just like a large section? I'd expect them to show some visible fluttering or collapsing, especially after a violent hit on the main part.
It's quite interesting to read about all the tests and experiments recently being conducted with counter-UAS systems. It makes sense, since shooting down drones has become an essential military task. This article discusses Gray Eagle drones engaging small aerial targets with Longbow Hellfire missiles.And that makes the object small. If the oval is the actual shape, it's just 70cm (28") long and about 25cm (10") wide.
Assuming that by "missile" you mean "the hellfire", then we assume it is steeply descending. According to the presentation, this was fired from a drone flying at around 24,000 ft at a target at around 12,000. So you are seeing it pretty much right on the back end, flying "into" the view. I think that explains your confusion with the speed - the only motion you're seeing is side-to-side while it tracks.Does it seem likely that the missile, if that's what it is, is flying more or less level as it crosses the frame? Or would it more likely have been ascending steeply? I'm thinking that if we're seeing level flight then there are good reasons to think it's not a missile.
We know almost nothing for sure about this video. The source is unknown, and we have no idea why it was leaked in the first place. That's why it's crucial to focus on what can actually be observed in the footage itself.Assuming that by "missile" you mean "the hellfire", then we assume it is steeply descending.
Right... what I said.But what we're actually looking at is most likely a Hellfire coming from the same direction as the camera, descending steeply onto the target
I don't see why a second drone would be needed at all.
But we also don't really have any reason to believe the anonymous source is necessarily right. From experience, it's usually wise to be cautious about taking claims from anonymous sources at face value. Sure, drones sometimes do work together, as the source suggested in this case—but the same source also claimed that we're seeing a Hellfire bouncing off a UAP, and that simply doesn't hold up.It's not. But they said it was, and I see no reason to think they are lying about it.
...the same source also claimed that we're seeing a Hellfire bouncing off a UAP, and that simply doesn't hold up.
I am having a hard time understanding the trajectory of the missile on the single drone hypothesis.But what we're actually looking at is most likely a Hellfire coming from the same direction as the camera, descending steeply onto the target.
Consider that when we see it, it's flying mostly into the scene, not across it.I am having a hard time understanding the trajectory of the missile on the single drone hypothesis.
My attempt to visualize that says it is like looking down the length of a pool cue, where any slight curve is very visible,as opposed to looking at it from off to the side where it looks more straight...Consider that when we see it, it's flying mostly into the scene, not across it.
My attempt to visualize that says it is like looking down the length of a pool cue, where any slight curve is very visible,as opposed to looking at it from off to the side where it looks more straight...
Surprisingly, I can't find a good picture illustrating this... I can take some of kite sticks when I get home, if that would be helpful...
Ok, and how does that change the outcome? You raised this issue as a reply to my statement about the missile descending, if I'm reading it correctly. If this was fired from a single drone or different drones, would it look different? Perhaps I'm missing your point.But we also don't really have any reason to believe the anonymous source is necessarily right. From experience,
Well, it wouldn't really make a different per say. But it's a matter of we should trust the claims made by the "ufo community" or not.Ok, and how does that change the outcome? You raised this issue as a reply to my statement about the missile descending, if I'm reading it correctly. If this was fired from a single drone or different drones, would it look different? Perhaps I'm missing your point.
Yes.Well, it wouldn't really make a different per say. But it's a matter of we should trust the claims made by the "ufo community" or not.
I'm still not sure I'm understanding the path of the missile on the single drone hypothesis. We see the missile appear on the left side of the object and the drone seems to be on the right. Is the idea something like this?We don't know whether the "2 drones" claim was informed by knowledge, given that there's little other information that was given, or whether it's the result of someone seeing the video and assuming the missile came in from the side (instead of from above).
I'd guess that field of view is much too wide. You have the camera and the targeting laser in the nose and the missile coming off one wing.I'm still not sure I'm understanding the path of the missile on the single drone hypothesis. We see the missile appear on the left side of the object and the drone seems to be on the right. Is the idea something like this?
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Compare:I'm still not sure I'm understanding the path of the missile on the single drone hypothesis. We see the missile appear on the left side of the object and the drone seems to be on the right. Is the idea something like this?
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When the trajectory is 1.5 degrees off the camera's line of sight, the speed will appear approximately 40 times slower.
I'm still not sure I'm understanding the path of the missile on the single drone hypothesis. We see the missile appear on the left side of the object and the drone seems to be on the right. Is the idea something like this?
View attachment 84613
Thank you!The rotation of the camera distorts the appearance of the missile trajectory making look curved when it is traveling in a straight line.
I agree—the single-drone hypothesis is really tempting for many reasons. Your breakdown of the trajectory is very useful. What do you think about the path it takes after impact? (If we should even call it "impact," since a near miss could likely rip a balloon apart.) The missile appears to make an S-curve, which is why some people have interpreted it as being "bounced off" the object. But isn't it also possible that this apparent curvature in the trajectory after "impact" is simply caused by the rotation of the camera, and that the missile actually continues on a relatively straight path?I can't get an exact match because blender is having floating point precision issue when using a too small field of view, but I think it is close enough to show that the observed trajectory can be explained with mostly straight lines in the single drone hypothesis.
If you keeps the same straight line trajectories after the impact the apparent missile trajectory curves back up like an U, not like an S :I agree—the single-drone hypothesis is really tempting for many reasons. Your breakdown of the trajectory is very useful. What do you think about the path it takes after impact? (If we should even call it "impact," since a near miss could likely rip a balloon apart.) The missile appears to make an S-curve, which is why some people have interpreted it as being "bounced off" the object. But isn't it also possible that this apparent curvature in the trajectory after "impact" is simply caused by the rotation of the camera, and that the missile actually continues on a relatively straight path?
The missle's on screen size is slightly smaller just before it leaves the frame than it was the moment after impact so I believe the missle is moving away from the drone the entire time.If you keeps the same straight line trajectories after the impact the apparent missile trajectory curves back up like an U, not like an S :
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You do get an S-curve if the missile "bounces" on the UAP, i.e. it is reflected in a straight line toward the camera :
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I'll try to set up a "missile still aiming for the laser pointer that is now pointing at the sea" scenario during the weekend.