It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Looking closely at the different statements from multiple witnesses is important when trying to figure out what really happened, so I'm glad to see you did that instead of buying the hype promoted by some that all the witnesses were completely consistent, when that's not true and in fact it's almost never true in reports of unusual events. There are always some differences described by the witnesses as far as I can tell, which seems to be how human observation works, because it's not completely reliable.
originally posted by: Nickless
a reply to: BiffWellington
I don't want to repeat all those details here, but as a general note, it's worth to remember there were multiple witness viewpoints on those events, and not all of them agree on some of the details you also mentioned, which is already a good hint that not all of them are exactly reliable. The ground witnesses for example didn't describe the object having approached as fast as most of the crew seemed to think and one of the crew members didn't see the object at all, even though he was sitting on the front seat. It's also pretty obvious that the accounts of hovering in place do not accurately reflect reality, as one can't hover in place on top of a helicopter that is moving at 100 knots. That's a pretty good hint that the object didn't actually stop at any point, but the witnesses just viewed the events in terms of how it moved relative to the helicopter.
originally posted by: 1947boomer
You wrote: "…they only noticed the climb after having watched the object go to the horizon."
Could you please provide a reference for that conclusion?
Are you drawing that conclusion from the official report that Coyne and his crew wrote right after the encounter?
a reply to: Nickless
I saw the altitude. I recall it was over 3,000, it could have been 3,500 feet, and we were still talking, still trying to get Mansfield on the radio. I'm pretty sure it [the object] had disappeared by then because it faded out, and I immediately looked back over [at the instruments] and that's when I caught the altitude. The object must have been gone by then because while I could still see it, I was looking at it.
Was the climb the result of the vacuum the other aircraft left? I don't know.
while we could still see it, I says, "My God, we're at 3,500 feet," and I says, "What's happening?" The collective was bottomed. It wouldn't go down any farther, and while I was looking at the instruments, the altimeter was going up to 3,800. I pulled the collective up and then pushed it down and the helicopter seemed to settle."
Not exactly. The vortices are circular, not simply "up" or "down", and the effect of flying through the vortices could similarly be circular, that is if you're inside the leading plane wingspan initially the net effect could be downward as you say, but as the paths of the aircraft diverge, that changes, and as you're under the wingtip path, the force would be neither up nor down, but sideways in a manner that's pushing you into the lifting area of the vortex which would then provide lift. You can see the pattern of the vortices in this test which is entirely below the plane, and it shows the vortex motion is circular, not all down as you suggest.
originally posted by: 1947boomer
When you're flying below the trailing vortices, the net airflow is downward.
originally posted by: Arbitrageur
If a refueling attempt was being made, then of course the tracks of the two aircraft would tend to line up so I don't see why you apparently find it implausible their tracks could line up, but yes they need to be fairly close in the paths they follow for the vortex to affect the trailing aircraft. However, they don't need to be that close in current distance as the video shows the vortex persists well after the plane has passed the tower, so the trailing aircraft only needs to fly in the wake of the leading aircraft within some reasonable distance.
After it got out John Healey's side ... I think we had litters and equipment and stuff, and I couldn't really see it over the copilot's head until it got out Healey's window. At that time it was almost as small as when it started. Very small. And white. It was way over near Mansfield. The time it took to get over there was between thirty seconds and a minute.
slowly continued on a westerly course accelerating at a high rate of speed
The faster it accelerated the brighter the white light got
originally posted by: Arbitrageur
If a refueling attempt was being made, then of course the tracks of the two aircraft would tend to line up so I don't see why you apparently find it implausible their tracks could line up, but yes they need to be fairly close in the paths they follow for the vortex to affect the trailing aircraft. However, they don't need to be that close in current distance as the video shows the vortex persists well after the plane has passed the tower, so the trailing aircraft only needs to fly in the wake of the leading aircraft within some reasonable distance.