Name: Solitude Worlds
Game map search ref: Frecku IG-Y d1
Description: One Earth Like World and three waterworlds in this system located on the eastern edge of the Solitude void. One of the waterworlds (C 5) is a candidate for terraforming.
This system also have all the necessary jumponium materials needed for Premium FSD boosting (Arsenic, Niobium, Yttrium and Polonium), which can be very useful on the edge of the galactic rim.
Distance from Sol: 63,151.88 ly
Distance from Colonia: 45,322.73 ly
In the main post it states that - "Planetary Nebula - any planetary nebula qualifies.". However, I thought I saw that you mentioned that you no longer took those that were close to Sag A*, because there were too many as there are. Is this correct? If so are you still taking planetary ones out side the core that are at least interesting enough?
If you are, would I be safe to assume not to submit any planetary nebula's within the Far 3kpc Arm, Galactic Bar (core) and Near 3kpc Arm?
I know having the planetary neubla's on EDSM can really bog things down...
Was there going to be info added for Kyli Flyuae WO-A f39? Corbin and I settled on 'Dance of the Compact Quartet' for a name. I have (belatedly) added my trilateration distances, but it hasn't found it yet so I will throw in some more.
Any idea what the record for number of moons around a HMC planet? I found one with seven.
Also, I have a stellar remnant nebula that while it is only about 5kly north of Sag A*, it is well below the galactic plane at -1457.22. Rotheou SZ-O E6-874
That was a great achievement, CMDR EdgardBmx!
I never seen a Red Wolf-Rayet before that, I think they're pretty rare.
I hope see that as a POI some day in EDSM.
Fly safe!
In the main post it states that - "Planetary Nebula - any planetary nebula qualifies.". However, I thought I saw that you mentioned that you no longer took those that were close to Sag A*, because there were too many as there are. Is this correct? If so are you still taking planetary ones out side the core that are at least interesting enough?
.
The main post hasn't been updated in a while. We also have a loose rule at the moment to not take uninteresting submissions of planetary nebula in or near the galactic core, because of the huge number.
If the planetary nebula is very interesting for some reason, please feel free to submit it!
That was a great achievement, CMDR EdgardBmx!
I never seen a Red Wolf-Rayet before that, I think they're pretty rare.
I hope see that as a POI some day in EDSM.
Fly safe!
POI Name: Sky Motion
POI Type: Planetary
Galmap ref: Xeehaei BE-E d13-7
Desc: "This system features a small rocky planet that closely orbits a white-dwarf. Only at certain times can one land on the planet, and pilots are warned that overheating will be a significant issue. Visitors can see the white dwarf rise and set over the course of a few hours.
A tourist beacon has been set up in orbit of the white dwarf, but it has a unique feature - the beacon is moving, and quite rapidly! Pilots will need to assure they are less than 1 Mm from the beacon before dropping out of frameshift drive. Beyond this distance the beacon can not be targeted or scanned."
Description: A small moon orbiting extremely close to its parent planet's rings that is covered nearly entirely in dense haze making landing dangerous and large parts of the planet are impossible to safely land on because you will be pushed away from the surface anywhere from 30-70km altitude
The main post hasn't been updated in a while. We also have a loose rule at the moment to not take uninteresting submissions of planetary nebula in or near the galactic core, because of the huge number.
If the planetary nebula is very interesting for some reason, please feel free to submit it!
Ok thanks for the clarification, I've been passing up on quite a few because I didn't feel them that thrilling, but didn't know if it applied to some of the really interesting ones. I'll keep that in mind then if I see anymore of those...
Description: A small moon orbiting extremely close to its parent planet's rings that is covered nearly entirely in dense haze making landing dangerous and large parts of the planet are impossible to safely land on because you will be pushed away from the surface anywhere from 30-70km altitude
1) Are you playing on Xbox?
2) No frame-of-reference effect should result in anything "pushing" you away. If the orbit of the moon is tiny, it may literally be running away from you faster than your landing speed.
1) Are you playing on Xbox?
2) No frame-of-reference effect should result in anything "pushing" you away. If the orbit of the moon is tiny, it may literally be running away from you faster than your landing speed.
1) I'm playing on PC
2) It was running away from me, but what was strange was when I came at it from multiple directions and got similar results. I came in prograde and retrograde to the orbit, and then I came in perpendicular to the rings with the parent planet behind me all with similar results but at different altitudes.
Description: This terraformable high metal content world, in a green system located within the NGC 2232 sector (one of the unlocked regions located within the permit locked Col 70 Sector), is notable for being orbited by a binary pair of a rocky ice world and a terrestrial waterworld with large ice caps at each pole, guaranteeing any future occupants not just an interesting view, but also very bight moonlight due to the high albedo of both bodies.
The proximity of these bodies would also make this a great residence for enthusiasts of both winter and water sports.
Screenshot (taken over an ice cap on the water world, showing the rocky ice world to the right, and the terraformable hmc more distant towards the left):
1) I'm playing on PC
2) It was running away from me, but what was strange was when I came at it from multiple directions and got similar results. I came in prograde and retrograde to the orbit, and then I came in perpendicular to the rings with the parent planet behind me all with similar results but at different altitudes.
I'm not sure if this could be a POI, as I'm fairly new to this thread. I've been mapping neutron stars in the Perseus Arm and have seen a few fast rotating neutron stars with a close coupled star, but this one stood out:
Name: Pharos X10
Type: Stellar features and surface features
Location: Phrua Phoe QK-F d11-5
The neutron star in Phrua Phoe QK-F d11-5 has a distance of only 10.8ls from an M class red dwarf. The intertwined embrace of this pair of stars can be observed from a landable planet and moon only 45ls away. Landing on the moon 'AB 1 a' you can be greeted by a dark and atmospheric location when the neutron star is being eclipsed by the red dwarf, this is soon replaced by a mauve light as the neutron star returns to dominating the skyline. At coordinates -4.347, -93.587 a silicate vapour geyser volcanic field can be located.
Also I have found a fast rotating neutron star with a pair of closely coupled White dwarf and K class stars, only 35ls away, is this valid for a POI?
After a difficult traversal of the Vacuus (made worse by low jump range and over-imbibing of the Centauri Mega Gin stored in the hold), CMDR Tazbert was a little concerned about stocking up on Jumponium prior to engaging in the journey to the outer limits of the outer arm on the DECE expedition.
Luckily, a stop to explore and rest turned up rather a lot of the necessary materials - more gin may have been imbibed to celebrate!
The stop seems to be quite well situated for any exploration into the outer arm, hence the name!
I'm not sure if this could be a POI, as I'm fairly new to this thread. I've been mapping neutron stars in the Perseus Arm and have seen a few fast rotating neutron stars with a close coupled star, but this one stood out:
usually neutron stars in close orbit around a primary are not that uncommon when measured against the stellar population of the galaxy. However, having a landable planet close by is another thing. Congratulations on your find!
