It appears stationary, but that might be the whole point as
electro-magnetohydrodynamically powered flight systems
(from what is supposedly described in some literature)
would provide a performance envelope that would ALLOW
stationary hovering for long periods of time.
The shape is right and there ARE KNOWN triangular black
budget craft (i.e. The R&D and Ops Black Budget will be
almost 62 billion this year) from LMCO (Lockheed Martin)
and Northrup that fit that shape profile. The one issue
I have is them flying it over Brazil...I can understand
Britain, Australia and of course Canada, but Brazil?
Highly unlikely for a craft like the TR-3B Locust/Astra.
So I am going to posit a more conventional turbine-powered
carbon-composite drone or semi-rigid lighter than air
triangular blimp being flight tested by someone like Embraer
or maybe even a JOINT USA/Brazil recon craft effort used
for more general surveillance.
If you want more realistic TR-3B flight paths...I could suggest
something like the Utah/Nevada to Alaska off the coast of
British Columbia run. Or the Puerto Rico to Mid-atlantic or
Afghanistan overflight recon run ... Another recon run would be
the Broken Hills, Australia over to North Korea/Lower China
run or the less often used Westchester/Hudson Valley New York or
Smoky Mountains Virgina/Georgia/Tennessee/North Carolina
low-level test flight runs used for pilot induction and
familiarization training.
So again, my guess is a semi-rigid "Stealth-like Blimp"
or a more conventionally powered but still triangular
autonomous or remotely controlled surveillance craft.
I suggest someone do a satellite video scan of
the 13 to 21 GHZ range and even in the short range
2 to 5 GHZ range for unencrypted video communications.
www.globalsecurity.org...
www.afspc.af.mil...
Hope this helps!
----
I do have one HUGE ISSUE with the video....TURN OFF
YOUR AUTOFOCUS and AUTO-IRIS!!!...The camera focus
and aperture (iris) mechanism samples the brightest or nearest
object and sets the focus and iris to the lens configuration that
best matches the computed video image frame-samples.
Ergo, we get the diamond-like lens difraction effect we see
on zoom-ins --- Turn OFF THE AUTO-FOCUS AND AUTO-IRIS
and MANUALLY focus the lens and stop-down the iris until
you no longer see the bright white blooming (fuzzy) edges.
I can raise the light levels in Photoshop/After Effects to bring out
more detail but at the very least I need decently shot video.
See these Tips:
www.mediacollege.com...
and
www.mediacollege.com...
and
www.mediacollege.com...
in order to make better video!
Hope it helps.
U2U me if you have good footage and I'll see what I can do to
bring out the detail in photoshop/after effects (that would be
gratis as in FREE - won't cost you a cent for my services!)