Listen up folks! Frank_G (
https://forums.frontier.co.uk/member.php/59394-Frank_G ) and I have a new theory! We would appreciate it if you take the time and read all this stuff.
The UAs are scanning ships. We think this is because they are searching for something specific. And this could be a ship suitable to transport the UPs. Therefore the UPs were found when such a possibility where given, although we dont know where they are exactly from. Maybe the UA are also a hint where a suitable ship should fly, that is why they are pointing to Merope system.
After the UAs found such ships and tell them they have to go to Merope the UPs were send out. But they still need transport to the actual position they need to be. As we understand they dont have propulsion and maybe they are dropped like a FSD just near a sun. Consequently the UPs tell us where they have to to go. And this information is coded into the image.
Please have a look at the attached image.
http://i.imgur.com/wfeSdDT.jpg
We believe the image has to be divided into more parts and has to be simplified. Let me walk you through.
The bottom left shows an UA that searchs for ships which has to transport the UP to a specific location. This location is defined by the two lines sticking from the planet.
The two markings below the planet (left and right) are not a morse code and definitely different to the similar markins on the top. We are sure about this because the spacing is different and effectively a different 'font' which wouldnt make any sense if it should be understood as one. Instead they look like a dimensioning line in a technical drawing. Which is a weird thing because they dont fit to anything in the image. This is because we believe it is dimensioning an orbit! In the image we counted the pixel for the planet and calculated the kilometer per px. For Merope with about 1480km this means 1px is 3.58km. The dimensioning line represents therefore a distance of 2112km. With this the distance from the surface can be calculated, giving a distance of about 317 km from surface to orbit. A geostationary orbit on earth has a distance of 35,786km. The kicker is, that Merope 5C has 1/100 of the earth mass. Meaning a geostationary orbit is only 1/100 of the distance. 357.86km in this case. That fits suspiciously well...
For the other marking in the image: The top left represents a top-down image of the planet an the orbit as an abstract drawing. Meaning the image shows the planet from the north- or southpole.
The bottom left defines the area in which the UP wants to be placed.
Top right shows that it wants to scan or be scanned.
The line in the bottom right helps defining the orientation of the planet and should, as a wild guess, point to the sun, Merope 5.
With this all information should be together to determine the position:
The distance from the surface, 317km.
Planet Merope 5C with the orientation line to the sun.
A geostationay orbit is above the equator, so with the planet in a top-down view the position of the two lines can be relatively easy calculated.
And with all that the position where to honk a UP (or just put it there) is perfectly defined and is not overdimensioned. And it althoug fits with the lore, as the Feds wants the UPs for orbital testing. :-O
Maybe someone with good mathematical skillz can give us the area in question and someone with an UP try this?
Fly safe and let us know what you think. o7