There is only one at the moment afaik. That would be the Detailed Surface Scanner for 250k. Just make sure that you have that one AND a Discovery Scanner (Basic, Intermediate or Advanced, doesn't matter) as it's quite useless without one of those. Effect is that it doubles (?) the value of each object you scan.
So I found an ammonia world last night. Just curious if anyone else has come across one of these before.
Not sure how much these are worth. But it's the first one I've seen.
Cross-posting this here as it is also relevant to this thread, simple price list.
The value of celestial bodies depends on two things:
1) The type of body.
2) Its mass.
Without going into too much detail, here's what you're looking at for detailed scans:
Gas Giants
...with Ammonia Based Life: ~500 to 1000
...Helium Rich: ~500 to 1000
...Class I: ~1000 to 2000
...Class II: ~5000 to 6000
...Class III: ~700 to 1200
...Class IV: ~700 to 1200
...with Water Based Life: ~500 to 1000
Water Giants
...I don't yet know, but I suspect about the same as a gas giant.
Small Planets
...High Metal Content: ~2000 to 4000
...Icy: ~300 to 800
...Metal Rich: ~4100 to 6000
...Rocky Ice: ~400 to 500
...Rocky: ~300 to 400
...Ammonia: unknown
Protostars:
...T Tauris: ~1200
...Herbig Ae/Be: ~unknown, probably ~1300 (as they're more massive than most stars)
Stars:
...OBAFGKM of any size: ~1200, up to about 3400 for the very largest stars, but almost all are about 1200
...Carbon Stars (C,S): ~1200 as above
...Wolf Rayet: ~unknown, probably ~1200
Stellar Remnants:
...Black Hole: ~~20000, I don't have enough data to be more precise on the range
...Neutron Stars: ~18000 to 20000
...White Dwarfs: ~9000 to 13000
Valuable Planets:
...Earth Like Worlds: ~28000 to 31000
...Water Worlds (candidate for terraforming): ~22000 to 30000
...Water Worlds: ~10000 to 14000
...High Metal Content (candidate for terraforming): unknown
I'm working on it.
(edited)
Nutter, the Neutron Stars I've got values for are:
Stellar Remnant Neutron Star 1.7773 18395
Stellar Remnant Neutron Star 1.8906 18426
Stellar Remnant Neutron Star 8.8672 20312
I don't think a 9 solar mass Neutron Star is possible, though perhaps if it was spinning stupendously fast... I dunno. Most massive known is about 2 solar mass per wiki.
Thank you Nutter. As an explorer I really appreciate your advice. Can't wait for your "How to find bodies out of range like a boss" video. I found a few myself by seeing some AI take off into the middle of no where, wondering where they were going and followed them to some far out systems.
Hi Jackie,
Fantastic progress you are making with this data, do I have your permission to put this data into the first post, of course mentioning your awesomeness in the collating of this data!![]()
2) Black Hole Value is 17914+270.48*(Black Hole Mass)
:O
Is that a massive star (or maybe some star about to die, like Eta Carinae looks like?) close to another system with a giant massive black hole? That's a fascinating sector you've found there! BTW, based on this calculation if we could (I believe it's already scanned) scan the central massive black hole in our galaxy's core, that would be some really good cash, huh..
Ouch! Yea, I'd really go for the VY Canis Majoris and such massive stuff... makes sense.There was a sneaky mention in the patch notes a while back that "supermassive objects no longer return supermassive payouts" - while I'm not sure, I suspect someone got back from Sag A* and became obscenely rich. Which to me sounds fair enough, but perhaps they didn't want every wannabe "first-to-Elite" explorer trekking off to the Galactic Centre.![]()