UAs, Barnacles & More Thread 6 - The Canonn

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Personally I would be unlikely to spot barnacles at more than 800 metres altitude (based on testing), no way can you do it from orbital flight. IMHO finding one on the night side would be much harder, and they can occur in craters IIRC. But usually in the brighter coloured bits (mineralised areas?).
Most of the time there on part of the planet that will never see the light of day. They are also usually in canyons.
 
Very interesting with the new barnacle. All Pleiades Barnacles have 12 or 17 spikes. This one has 19 per barnacle which makes it very different. I wonder what else is different about it..

https://docs.google.com/spreadsheets/d/1bWITzZmYMYqwXqX5NHw02tyCGd7IFcfHpjYGeZL9GHQ/htmlview

Good point.

In 2.0 all Pleaides barnacles har 12 spikes. This could indicate that they grow more spikes over time. That would make the CN barnacles older than the Pleiades barnacles.

It's at least a small indication that they came from CN to Pleiades, not the other way around.
 
hey guys, I'm a bit far from both Merope and California, checking IC 4604. I'm wondering, could you please provide a kind of a profile on what can be done to identify other barnacles from Orbital flight? I'm including some examples, considering the information "we know"
- check for long canyons (is it safe for now to ignore craters?)
- Max orbital flight altitude.
- can they be spotted in the dark side? is it any easier?

I'm going to ignore the following for now, still from the current sample:
- planets with small mass compared to earth (below 0.0200 times)
- high metal content or rocky world.

I want to do a quick sweep on this nebulae. I don't mind circling all possible planets/moons, but at least a ref I could use would be great (e.g. No point in sweeping from 70km if they are not visible from there).

Thanks

I think the most that can be said is that to date they appear to prefer locations near the base of a cliff, but that can be in either a valley or crater. The ground they are on seems usually to be a light sandy colour (Edit-& perhaps the colour & type of the planet in the system map is a clue) I posted somewhere on the forum an analysis (I merely expanded the detail of a previous post's analysis & am not claiming any credit!) of the lat/long areas based on those found in the Pleiades- they seem to have some lat/long preferences , but who knows if that will be replicated in other nebulae? Everyone appears to agree that they are difficult to spot, but I remember someone posted that their lights were observable from up to about 8 Km on the dark side of a planet depending on your graphics settings; I don't think that was confirmed by anyone else & personally I have difficulty finding them from 500 feet when I know their coordinates!


Edit-Iridium Nova on 21Jan #8526 (UA threadnought 5?) posted that its possible to aurally detect from the SRV barnacles at long distance- perhaps they can be triangulates for likely search areas?

2nd Edit-found my previous post -07/04/2016 #4297
following an Original Post by PaulR
"I'm not good at Barney hunting, but after seeing a post the other day I looked at the reported Barney positions (first page of this thread) versus planet size & arrived at this, it may help:
From the data there seems to be a pattern relating the size of the planet and possible location of barnacles:
437 km radius- location approx (-1.8, +45) or (13, 18) or (49, 102) or (-17…-18, -17…-18) or (-28, 29) or (60…61, -51…-56) or (46, -63)
476 km radius- location approx (19…25, 86…107 ) or (-58, 107) or (-1, 26) or (9, 22) or (-21, -85)
720 km radius- location approx (59, -51…-60)
1423 km radius- location approx (-0.7…-3.0, -163…-165)
1478 km radius- location approx (-26, -156)"
 
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I bet if you find a shell there the UA's from it will continue to point towards a star in the California. Then trouble...

Apologies if this has been covered...I come back and read a bit every few weeks, but can in no way keep up with the whole thing.

Can't you take a UA that points to Merope to the California Nebula, drop it in space and see if it continues to point to Merope?
 
Apologies if this has been covered...I come back and read a bit every few weeks, but can in no way keep up with the whole thing.

Can't you take a UA that points to Merope to the California Nebula, drop it in space and see if it continues to point to Merope?

I did exactly that. However, that's not to say a UA found around CN wouldn't possibly point to somewhere in there. Again,, 99.9% speculation, 0.1% basis, so don't bet on it.

I also got a mission like this one once too, but it never actually spawned for me at all. Interestingly, it was a surface mission, but wanted me to go to a Gas Giant :/
 
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I think the most that can be said is that to date they appear to prefer locations near the base of a cliff, but that can be in either a valley or crater. The ground they are on seems usually to be a light sandy colour (Edit-& perhaps the colour & type of the planet in the system map is a clue) I posted somewhere on the forum an analysis (I merely expanded the detail of a previous post's analysis & am not claiming any credit!) of the lat/long areas based on those found in the Pleiades- they seem to have some lat/long preferences , but who knows if that will be replicated in other nebulae? Everyone appears to agree that they are difficult to spot, but I remember someone posted that their lights were observable from up to about 8 Km on the dark side of a planet depending on your graphics settings; I don't think that was confirmed by anyone else & personally I have difficulty finding them from 500 feet when I know their coordinates!


Edit-Iridium Nova on 21Jan #8526 (UA threadnought 5?) posted that its possible to aurally detect from the SRV barnacles at long distance- perhaps they can be triangulates for likely search areas?

2nd Edit-found my previous post -07/04/2016 #4297
following an Original Post by PaulR [url]https://forums-cdn.frontier.co.uk/images/frontier/buttons/viewpost-right.png[/URL]
"I'm not good at Barney hunting, but after seeing a post the other day I looked at the reported Barney positions (first page of this thread) versus planet size & arrived at this, it may help:
From the data there seems to be a pattern relating the size of the planet and possible location of barnacles:
437 km radius- location approx (-1.8, +45) or (13, 18) or (49, 102) or (-17…-18, -17…-18) or (-28, 29) or (60…61, -51…-56) or (46, -63)
476 km radius- location approx (19…25, 86…107 ) or (-58, 107) or (-1, 26) or (9, 22) or (-21, -85)
720 km radius- location approx (59, -51…-60)
1423 km radius- location approx (-0.7…-3.0, -163…-165)
1478 km radius- location approx (-26, -156)"

thank you!

about being visibles during night andmax altitude I should have checked before departing :(
 
I did a trip to California Nebula 2 months ago, had a look for barnacles (didn't find), and scanned systems in the nebula. I will have to go back there to escape the AI :)
 
thank you!

about being visibles during night andmax altitude I should have checked before departing :(

You are most welcome
and good luck!!

I tried looking from height on the dark side. I found I could just about detect them at 4Km height but only if I knew where they were! Perhaps the improved graphics with 2.1 will help.
 
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You are most welcome
and good luck!!

I tried looking from height on the dark side. I found I could just about detect them at 4Km height but only if I knew where they were! Perhaps the improved graphics with 2.1 will help.

I'm going to use the coords reference for now. will try to get someone checking the orbital flight spotting in the meantime.. very persuasive, so appealing, true science!!
 
Here's a quick video on the different sounds the SRV Wave scanner makes from different distances from the barnacle.
(As requested by a previous post)

https://www.youtube.com/watch?v=-DZKhzc_DDM

That is great, thanks a lot.

Given that the Barnacles are in canyons more often than not, which are more or less linear, it seems to me that it might actually be more reliable to find the barnacles with a couple of SRVs, rather than low altitude flights. I admit that. whenever I fly to a barnacle, I only spot them in the very last minute. Maybe I'm blind like that, but I feel that they must be very easy to miss when flying above them. Given how an SRV can apparently spot them reliably from about a kilometer away, one should maybe pull off an organised search with one CMDR flying overhead, keeping track of all the SRVs, which individually scour the canyons.

One might test this with Pleiades Sector JC-U b3-2 1, 20,87 / 91.70, where there is a permanently crashed Anaconda POI.

Cheers, CMDR Heisenberg6626
 
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