[IC] Zenith XPLR2 - pt 1

When I finished XLPR1 to the Cygnus area of the galaxy in February, it didn't take long for the wanderlust to come back again.
I spent a few days trading to raise the funds to purchase a long-range exploration Lakon Asp. Once I'd done that, I used my father's old Founder's World permit to visit the shipyard Jameson Memorial, Shinrarta Dezhra and bought the place I would call home for the next few months.

"Blue Dragon" isn't a spectacular ship, but she has it where it counts. A rated Power Plant, FSD and Power Distributor meant that she can run far, fast and cool The basic shield and weapon systems are for defence while getting out of human occupied space, and on the way back in at the end of my expedition. With a 32.34ly range, she should make good headway.
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I said my goodbyes and noted the start time. 20:27 on 16th February 3301
Start the clock.
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One last look before facing the black
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My 8th jump out of Shinrarta Dezhra was into a near-contact multiple star system!
The ship took minor damage, so instead of heading onward I decided to turn back a few jumps to Xi-2 Lupi and the outpost there for quick repairs.
Praea Euq BK-A c20
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I made good progress until I parked up for my first night at Gamma Lupi.
Gamma Lupi in the galaxy.
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Approaching Gamma Lupi A2 along it's shadow cone. The hard blue sunlight sunlight refracting through the upper cloud layers gives it a green colour.
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Sunrise over the rings.
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Entering the rings.
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I picked up something in the asteroid belts and decided to investigate
What do we have here? A lonewolf Asp miner!
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I came across my first Carbon star the following day at HD 148173. This system was originally discovered by CMDR Mosselkots but it is one of the most red stars that I have ever come across.
More than 290ls away and it still fills the view.
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The star is so red, even the planets have a red hue.
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Looking at the star through the planet's rings.
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A dwarf star with an extensive ring system
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This was just the beginning of what would come to be more than 100,000 ly round trip...
 
[IC] Zenith XPLR2 - pt 2

The next day dawned and I took stock of the various ideas I had for survey missions.
Do I head towards the Eagle and Omega nebulae? Or turn right and head toward Eta Carinae?
In the end I saw a cluster of blue stars in the distance and decided to head towards them. Calling up my UC astrogation database showed me that I was looking at NGC 6231 and that there were a string of O/B stars in a row. I was looking down the length of it so it looked like a concentrated cluster from my point of view. Given the 1000's of light years between us, I knew it would take a few days of travel so I set course with an open mind and positive attitude.

I picked up a subspace squawk that an old buddy, CMDR Paws, was within 300ly of me and heading in the opposite direction. We made minor course corrections and met up at Blue Thua QX-L d7-87, 2280ly from Sol.
After chewing the fat and exchanging supplies and data, we went our separate ways, Paws towards human space and myself outward in the direction of Scorpio.
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If you find yourself in the vicinity of HD 152424, do take time to fully DSS scan the whole system! It's chock full of stars and objects and contains the first black hole of this expedition!
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I changed course to include Grafias on the route. Grafias is one of the stars of the old Earth constellation Scorpio, at the root of the scorpion's tail. It is a hot blue A class star and has a couple of semi-molten planets in orbit. I used one as my "anchor" for the night.
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The following day I came across a water world. That isn't too unusual as many stars have water worlds. This one was visually unique in that it had hardly any clouds or even land!
You have to look very closely to see the very small archipelago of islands.
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I also came across my first Wolf-Rayet star 3100ly from Sol.
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At this point, I noticed the Bug Nebula (NGC 6302) was only a few hundred ly away spinward. It wasn't going to put me back too far diverting to visit it so I programmed the new course and gave full throttle to engage the FSD.
The Bug Nebula is a planetary nebula of gas puffed off the central star as it comes to towards the end of it's life. Historical data had it down as a white dwarf, but my ship's scanner's identified the central star as another blue Wolf-Rayet type.
The blue colour of the star illuminates the nebula from within with a glorious purple hue.
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I nicknamed HR 6397 "The Christmas Lights System", because of the variety of colours of the stars.
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I parked myself up at NGC 6231 Sector DL-Y e12 which was a couple of jumps away from V963 Scorpii, the beginning of the NGC 6231 trail of stars.
I'd travelled 5800ly in 205 jumps in my first week.
 
Im assuming this is an ongoing trip in which case: Good luck :D

Looks good so far. Nothing like a nose to nose chat with a fellow CMDR far from inhabited space :D
 
I'm not going to write chapter and verse of every single thing for the last 4 months, but I'm going to highlight the good stuff. ;)

Cool, I just wasn't sure if this was a completed 100,000LY trip or an In progress, updates to follow kinda thing :)
I mean for someone thats been out in the black since February I can well believe that you are still somewhere 50KLY from Sol wondering if you'll ever return...
 
[IC] Zenith XPLR2 - pt 3

Now the first surveying part of my expedition was about to begin.

Universal Cartographics pay good money for planetary data because it might lead to the discovery of a new source of rare materials, or a xeno-organism that yields a new pharmaceutical. One thing UC go crazy for are black holes. Another is neutron stars. There's been plenty of speculation by explorer pilots down the decades as to why UC pay so much for gravity well scan data. Some think that the UC data analysts are looking to pin down the exact value of the Gravitational Constant (G) in an effort to improve their simulation models of all the stellar motion within the galaxy. Others think that UC scientists are secretly working with FSD engineers from Lakon, Faulcon DeLacy and Core Dynamics to develop ultra long-range jump drives using artificial singularities to create stable wormholes in spacetime. Some REALLY creative folks think that UC are retro-engineering the fabled Thargoid jump drives. That would be an interesting one if it wasn't for the fact that no-one has heard or seen of anything alien since before I was born!

Like I said... speculation. And yes, I consider myself in the conspiracy theory camp. ;)

Coming back to the here and now, I had 32 systems within the NGC 6231 cluster to survey. It took 2 days solid scanning to get DSS data for each and every star, planet and moon in all the systems.
The string of stars at the beginning.
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Index #SystemJump distanceNotesUC Credits
1V963 Scorpii22#1 of NGC 6231. Full survey. 1 terraform candidate61770
2NGC 6231 MG 2204.85#2 of NGC 6231. Full survey. Neutron star55346
3V945 Scorpii5.37#3 of NGC 6231. Full survey.42691
4HD 1522335.95#4 of NGC 6231. Full survey. Black hole128651
5V964 Scorpii6.52#5 of NGC 6231. Full survey.66044
6HD 3263396.98#6 of NGC 6231. Full survey.24364
7HD 32632812.58#7 of NGC 6231. Full survey.9688
8NGC 6231 BVF 4510.85#8 of NGC 6231. Full survey.112266
9V1212 Scorpii14.25#9 of NGC 6231. Full survey.43157
10HD 15220010.59#10 of NGC 6231. Full survey.8462
11CD-41 1103717.65#11 of NGC 6231. Full survey.116088
12HIP 826917.12#12 of NGC 6231. Full survey. Black hole106421
13CPD-41 77128.25#13 of NGC 6231. Full survey.85120
14NGC 6231 BVF 578.74#14 of NGC 6231. Full survey.44466
15NGC 6231 BVF 569.5#15 of NGC 6231. Full survey. Neutron star166995
16CPD-41 775519.6#16 of NGC 6231. Full survey.151024
17V1292 Scorpii14.76#17 of NGC 6231. Full survey. TRIPLE black hole!135485
18CD-41 110325.24#18 of NGC 6231. Full survey.41459
19NGC 6231 BVF 506.52#19 of NGC 6231. Full survey. Double black hole!91854
20NGC 6231 BVF 777.48#20 of NGC 6231. Full survey. Black hole40287
21CD-41 1103110.91#21 of NGC 6231. Full survey. Neutron star39622
22CD-41 110307.67#22 of NGC 6231. Full survey.2949
23V947 Scorpii27.23#23 of NGC 6231. Full survey. Black hole168824
24NGC 6231 SBL 32115.19#24 of NGC 6231. Full survey.86280
25V1034 Scorpii16.12#25 of NGC 6231. Full survey.38718
26CPD-41 77275#26 of NGC 6231. Full survey. Black hole206762
27V946 Scorpii8.71#27 of NGC 6231. Full survey.9968
28HD 32634010.33#28 of NGC 6231. Full survey.15676
29CD-41 1103414.92#29 of NGC 6231. Full survey.5364
302MASS J16543745-41470716.63#30 of NGC 6231. Full survey.2720
31HD 1523143.55#31 of NGC 6231. Full survey.154244
32V1208 Scorpii8.48#32 of NGC 6231. Full survey.2495
First and last systems of the NGC 6231 survey
V963 Scorpii
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V1208 Scorpii
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Total income was 2.26MCr, tons of system data and a number of postcards for the folks back home...
Faint rings
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Gas giant with it's sulphuous moon. A lot like Io around Jupiter.
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This ringed gas giant had a number of moons, and they all had rings too!
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Cutting it a bit fine on entry to this system.
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Another fine ring system illuminated from behind.
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Pretty coloured stars
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Looking back at the star cluster...
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... and a few more ly further away.
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I noticed a nebula cloud galactic east and below me designated NGC 6188 that looked like it had some more O/B stars to investigate in NGC 6193. I set a slow spiral course toward it, with a view to sampling a number of systems along the way. There were 4 neutron stars, a handful of terraform candidate worlds in addition to the regular star systems.

NGC 6188 Sector FG-Y d35 seemed like another ordinary system when I blew the spacehorn, until I checked the System Map for the system.
Third planet out looked nice. Very nice. In fact... could it be an ELW?!? There was water, clouds and what could have been greenery. It would take a close up DSS scan to confirm, so let's do it by the book. Full system DSS scan starting with planet 1.
Planet 2 turned out to be a terraform candidate high metal content world (TCHMC). It was a tiny rock with a minimal atmosphere, but if the DSS said it was terraform candidate then that was fine with me!
As I approached planet 3, I held my breath as DSS span to itself from 60ls out. Scan complete...

JACKPOT! EARTH-LIKE WORLD!!!
It wasn't my first ever, but it was the first of this expedition!
Terraform candidate
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A beautiful blue jewel thousands of ly from Earth!
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Sunrise on a new world
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Sunset of a good day
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Looking towards the nearby NGC 6188 nebula.
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A final look from the cockpit.
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The survey of NGC 6193 could wait. I was having a cold one while watching the sunset.
 
[IC] Zenith XPLR2 - pt 4

Once the fuzzy head had gone away, it was time to get moving again. I decided to avoid going into the NGC 6188 nebula and just head straight for the NGC 6193 cluster.
Astrogation showed that there were 20 systems within the designation NGC 6193 and the navcomp plotted an optimal course to include all of them. It also included an extra system which wasn't part of NGC 6193 but bridged the gap between 2 systems that were.

That system was NGC 6188 Sector CA-A d62 and it had a lot going for it. A full survey showed it had 3 water-based life-bearing gas giants but it gave me a real surprise.
A terrestrial ammonia world?!? What was one of those?
It turns out carbon-ammonia based life can flourish on TAW's which are much colder than the worlds that humans can survive upon. They have a brown, tan and black appearance that I don't find appealing. It reminds me of a molten chocolate bar smeared over the surface of the planet. I had no idea if the scan data was valuable to UC or not, but I gave it the full attention that I would give any other planet. Once I'd scanned the system completely, I continued with the NGC 6193 survey.
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The outcome of the survey was...
Index #SystemJump DistanceNotesUC credits
1GSC 08330-0524316.27#1 of NGC 6193. Full survey. Neutron star66339
2CD-48 1107511.19#2 of NGC 6193. Full survey.28009
3CD-48 1103919.75#3 of NGC 6193. Full survey.65552
4CD-48 1106930.77#4 of NGC 6193. Full survey.7498
5CD-48 1105123.72#5 of NGC 6193. Full survey.11995
6CD-48 1108019.36#6 of NGC 6193. Full survey.24180
7GSC 08334-0127416.19#7 of NGC 6193. Full survey.2546
8CPD-48 872724.48#8 of NGC 6193. Full survey.10501
9GSC 08333-0121515.8#9 of NGC 6193. Full survey.112319
10CD-48 110605.84#10 of NGC 6193. Full survey.59201
11HD 14983418.78#11 of NGC 6193. Full survey. Black hole153500
12CD-48 1104611.82#12 of NGC 6193. Full survey.57278
13CD-48 110629.27#13 of NGC 6193. Full survey.5303
14CD-48 1106312.08#14 of NGC 6193. Full survey.129783
15CD-48 1108818.41#15 of NGC 6193. Full survey. Dangerous entry into system! Binary pair71113
16GSC 08334-0094315.82#16 of NGC 6193. Full survey.21412
17CD-48 1106512.57#17 of NGC 6193. Full survey.34090
18CD-48 1109021.15#18 of NGC 6193. Full survey.32079
19CD-48 1108614#19 of NGC 6193. Full survey. Neutron star42082
20CD-48 1106113.79#20 of NGC 6193. Full survey. Neutron star50670
UC paid 985KCr for the 20 systems of complete data.
First and last systems of the NGC 6231 survey
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Without another predefined destination apart from "generally coreward", I headed off along the positive Y axis of the galactic coordinates.
 
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Some seriously incredible finds. Great thread - really demonstrates why we have the best profession in the game
 
[IC] Zenith XPLR2 - pt 5

After surveying NGC 6193, I just continued forward in a sort of straight line and fell into a comfortable routine of jump, honk, scoop, scan, jump.
I still paused at any system that had anything more interesting than just gas giants, and discovered quite a number of terraform candidates and ammonia worlds. After 3 days and 82 jumps, I started to notice something different appearing ahead of me on the galaxy map. There seemed to be a larger number of non main-sequence stars 1000ly "below" me, bunched together almost as tightly as regular stars. I began to wonder what phenomenon could cause such a distribution of black holes and neutron stars and determined to find out for myself. I started to "dive below" the central galactic plane until I reached Z-1000ly and it was like descending into a sparkling sea with dangerous eddies everywhere.

I've come across neutron stars before and learnt my lesson quickly about treating them with respect. Zero throttle on entry to the system, don't get closer than 0.15ls and if you find yourself crashed out of supercruise, do whatever you can to cool yourself down before starting back into FSD.
Now imagine 4 out of every 5 systems you jump into being a neutron star! By this point I was 10,000ly from Sol.

I jumped, honked, scooped, scanned, jumped on and on through this dense area of neutron stars for a full month!
It was tiring and soul-destroying work, but I leant to it and performed DSS scans with each star I came across.
There were some diamonds in the rough that made it all worthwhile though.
I just love blue stars of every shade.
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I also like icy rings.
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Once I found my first ammonia world, they started appearing... all the ... blinking ... time!
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This was a perilous system entry. Blue Dragon dropped out between an M class star and a neutron star.
I had to watch the ship's heat level carefully while increasing the distance away from them.
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I miss blue skies, so this water world will do in the meantime.
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Flyua Phio WT-R d4-11 contained *2* Earth-like worlds
One that looks green, lush and ... well... Earth-like!
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One that seems to be missing greenery. And land. Is this a water world? System Map says "No".
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It was around this point that I had "an outburst" and lost my temper at the inane repetition of jump, scan, jump, scan.
I attacked panels, doors, the console and bulkheads with a rather large spanner. I just felt an overwhelming urge to smash something up. It carried on for a couple of hours, but at least I retained enough sense to avoid messing up anything crucial or critical. At the end of it, I found one of the panels wouldn't go back in place (I dented it too much) so I just wrenched it off.
Behind the panel was a sub-system I had never seen before. I inspected the telltales and the idiot card behind the (removed) panel. It seems that the Lakon Asp has an external diagnostic camera function!!!
With this, I was able to inspect the outside of the ship for any damage, cracks or other signs of mechanical wear and tear! A sly smile crossed my face as I realised I could use it to take spectacular images of my surroundings without the canopy getting in the way.
A pink gas giant?
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There's something to be said about starlight shining on planetary rings.
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And here's where I discovered the diagnostic camera function.
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Oh yeah, and this was another Earth-like world!
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Some more external shots...
Dark rings around a dim star. Why am I here again?
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The variation in this HMC's rings show an interesting pattern.
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I said I like blue stars, right?
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This multiple star system gave my loads of fun, speeding between the close binary pair
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Pulling a curve by a Herbig Ae/Be star. It looks like the Earth's Moon!
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Like I said... this grinding part took almost a month before I "rose up" out of the field of neutron stars right by Eeshorks sector.
In the first of week of April, I had travelled 35,000ly and was 19,500ly from Sol. It has only taken about 2000 jumps to get to this point!
 
[IC] Zenith XPLR2 - pt 6

I almost forgot about one of the most stunning sights I came across out in the Milky Way!

GREAE PHIO DL-Y E9
I got here on 29 March and was astonished by the size of the ring around the L class dwarf star.

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Have a closer look at #12
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Notice the exaggerated size of that ring?
That ring is one of the largest structures I've seen in the Milky Way!
This planet is near...
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That star is far away...
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Inner radius: 65.6 ls
Outer radius: 104 ls
Width of ring: 38.4 ls
Diameter: 208 ls
Circumference: 653.5 ls

I put together a video of the time I spent in and around the ring system and companion gas giant.
I spent quite a lot of time in that system taking measurements.
[video=youtube_share;AB1uwPm77Kw]http://youtu.be/AB1uwPm77Kw[/video]

After I finished in this system, I carried on for another week or so until I rose up out of the sea of neutron stars. I was looking at the Eeshorks AA-A h15 nebula and decided that I wanted to take a closer look...
 
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