Giddierone
Senior Member.
Oooh I wonder what else it captured!Pleiades Neo 4.
Source: https://space-solutions.airbus.com/imagery/how-to-order-imagery-and-data/archive-preview-tool/
Oooh I wonder what else it captured!Pleiades Neo 4.
Oooh I wonder what else it captured!
Source: https://space-solutions.airbus.com/imagery/how-to-order-imagery-and-data/archive-preview-tool/ View attachment 85067
some guy on fb had posted it a while back with the landmarks includedPS @deirdre I also dislike the term "beauty spot" but I didn't want to give too much away.
my google earth pro says june 13th and google search says the dates are likely copyright dates not the dates photos taken, so i think someone would have to find the photo archived in the actual satellite to be sure. if colors are washed out it could be lots of different planes including british airways.The engine colour is a mystery though as @deirdre says.
ah a different colored contails photo! you should post it in one of the contrail or plane threadsFor example I took this photo of EI-TYC recently from below just before sunset, when the aircraft was at about 41k ft:
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It was taken minutes before sunset, so the sun is pretty horizontal and one contrail is shadowing the otherah a different colored contails photo! you should post it in one of the contrail or plane threads
I think it means the capture date/time. That image from Airbus is listed as.It would be informative to know what the dates in Google Earth actually mean
Is that using the TLE data for the satellite? The image capture says 27 degrees angle of incidence, is that what the sitrec shows?Sitrec - https://www.metabunk.org/sitrec/?cu....amazonaws.com/15703/Local/20251016_103835.js
View attachment 85086
I used a Boeing 737 since I couldn't find an A319 in the model library.
It's PNeo4, yes. If by that angle they mean the angle between zenith (=0) and the horizon (90°) and converting the satellite's altitude from the screenshot above to nautical miles I get arccos(341/377)=25.2°. Seems close enough given I ignore the curvature of the Earth?Is that using the TLE data for the satellite? The image capture says 27 degrees angle of incidence, is that what the sitrec shows?
BTW, that's the TLE as of today, as can be seen by the date field 25292.224.... which flags this set epoch as the 292.224...th day of the year 2025 (i.e., Oct 16). You'll want data that's as close to the time of the image as possible to minimise drift errors. A TLE set from months later is probably not going to be of much use.Pleiades Neo 4
1 49070U 21073E 25289.22456660 -.00000342 00000-0 -36789-4 0 9998
2 49070 97.8952 2.4865 0001160 100.1976 259.9368 14.81672036225244
Confusingly if you put that TLE data into Stellarium for the date/time/location the satellite is visible fairly low on the horizon, which as you point out is probably wrong (coincidence?) because it's old data. Not sure where to get the data for that day from.It's PNeo4, yes. If by that angle they mean the angle between zenith (=0) and the horizon (90°) and converting the satellite's altitude from the screenshot above to nautical miles I get arccos(341/377)=25.2°. Seems close enough given I ignore the curvature of the Earth?
EDIT: Maybe I should stop trying to do things in a hurry... what I mean is I assume that the angle of incidence is the angle between the normal vector from a point on Earth's surface and the line-of-sight between the satellite and that point, meaing it's 0° when the sat is directly overhead and 90° when it's just coming up ocer the horizon.
BTW, that's the TLE as of today, as can be seen by the date field 25292.224.... which flags this set epoch as the 292.224...th day of the year 2025 (i.e., Oct 16). You'll want data that's as close to the time of the image as possible to minimise drift errors. A TLE set from months later is probably not going to be of much use.
Rather surprisingly there's only two places I know of that take this into account, in-the-sky.org (which is free to use, but offers no API) and celestrak.org (which has an API but needs registering). When I need to track a sat myself I use the former, Sitrec AFAIK pulls data from the latter.
Sent as a direct message (ST doesn't like it's TLEs shared publicly)Not sure where to get the data for that day from.
I did a quick search for a few days before and after, looking for any times when one of the Pleiades Neo satellites was well above the horizon
what times were the satellites in the proper position the days before and after?
no offense but people on MB tend to just say stuff vs providing actual data. i was able to verify the sun angles for myself, but i wouldnt know how to find the satellite positions... so would appreciate it if you share the work youve already done.
Returned with a better camera. Yes, you can clearly see the top of that building from there. Bizarrely my iphone camera couldn't make out the blue crane, which I think must have been lifting a piece of glass that was glinting in the sun.
i just asked for the times and dates the satellite was overhead in the right position.not posting all of the code and underlying data
Closely related math also leads one straight to another aircraft, right where it should have been imaged at the same time on June 14:
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External Quote:
Date: October 26th 2025
I was in the city San Luis Obispo CA looking out into Avila Beach. I honestly couldn't tell if these lights were above the ocean or essentially above Avila itself. I saw at least 20+ lights appearing, moving, rising, and disappearing basically at the same time for each group. I know how satellites move and where I can see them at specific times due to the sun setting. Ive seen actually UFOs as well and understand the difference between many things. I've used the flight tracker and also the starlink tracker. I even looked on the star app in incase I was trippin haha. So there's only a few things I could think of. Drones or simply UFO/UAPs). Can anyone help out?
Can you geolcate this sculpture? I
So it's from inside the carpark looking out, great work!
A plane flies past and is on ADSB but it does a loop and comes back into the FOV (towards the Starlink flares) and I can't make sitrec fit for the plane direction and lights...
https://www.metabunk.org/sitrec/?custom=https://sitrec.s3.us-west-2.amazonaws.com/11433/Reddit starlink plane_/20251027_131645.js
Why is the red position light seemingly on the starboard side? Weird in some frames it looks green but mostly it looks red..
Given the low altitude I am guessing it was somewhere in the gaps in coverage.Pretty sure the aircraft is ZM413 with callsign PALMTREE44 and the area is the Scottish Borders.
The Flight Radar 24 ADSB track is better.Given the low altitude I am guessing it was somewhere in the gaps in coverage.
That's amazing! There must have been people driving on the A7 who saw this fly right over them at 1350ft. I've never seen an aircraft of that size fly that low here.The Flight Radar 24 ADSB track is better.
Havent worked out the exact location you were filming from yet. The time of the video would helpThat's amazing! There must have been people driving on the A7 who saw this fly right over them at 1350ft. I've never seen an aircraft of that size fly that low here.
10:56Havent worked out the exact location you were filming from yet. The time of the video would help![]()
Why is the red position light seemingly on the starboard side? Weird in some frames it looks green but mostly it looks red..
The nest norwich.I just recorded this video that shows the green starboard light become white as it transitions from flying towards me to flying away from me. Bonus points if anyone can geolocate me or ID the aircraft.
View attachment 85496
Yes, just a you said, about 5.40pm.What was the time then @flarkey ?