Wolf-Rayet stars

I think wolf rayyets are very unlikely to find by accident but finding them in the map and then arriving isn’t a big deal, hence why they aren’t POIs on themselves.
 
One weird trick which allowed me to find a couple Wolf-Rayets was looking up where they are in RL, then putting their names into the galaxy map until I got some hits.
 
I've never stumbled across one, in terms of it just showing up in my course plot. They're rare enough that it's very unlikely. In some sector blocks, I've done a search and found them only occasionally, but I've only looked in the spiral arms, not in the core.

A trick you can use is to take the name of the sector you're in, and search for it with "AA-A H" appended. They tend to be generated as high-mass objects associated with a large 1280x1280 ly sector block. For instance, if you're in the sector called "Dryuae Bre", then you would search for "Dryuae Bre AA-A h", and keep hitting the "next" arrow to find all stars in the "AA-A" block sequence, at mass index "H". The H-mass objects appear at the top level of a sector block and have the "AA-A" address.

In the example above, I found one wolf-rayet inside that sector, when I was on that side of the galaxy.
 
I've never stumbled across one, in terms of it just showing up in my course plot. They're rare enough that it's very unlikely. In some sector blocks, I've done a search and found them only occasionally, but I've only looked in the spiral arms, not in the core.

A trick you can use is to take the name of the sector you're in, and search for it with "AA-A H" appended. They tend to be generated as high-mass objects associated with a large 1280x1280 ly sector block. For instance, if you're in the sector called "Dryuae Bre", then you would search for "Dryuae Bre AA-A h", and keep hitting the "next" arrow to find all stars in the "AA-A" block sequence, at mass index "H". The H-mass objects appear at the top level of a sector block and have the "AA-A" address.

In the example above, I found one wolf-rayet inside that sector, when I was on that side of the galaxy.

So do we have to be careful approaching them? are they worse than neutron stars?

Shapley 1 is the nearest to the bubble. Worth a visit.

I found one 22k light years away was wondering if it is worht going to it.
 
Besides the AA-A approach via the Search they can also be spotted via the Galaxy Map. This often works for me: fully zoom into a system in the area you're interested in, then zoom out (about until you the 100ly grid is visible) and then pan left/right (for me via A and D). As WRs are visible from far away they thend to stand out as white dots moving slowly in the background (parallax). When you find one (procedurally generated) WR, there are usually more within that sector or neighbouring sectors. Good hunting!

PS: Here's a map from a few a while back, showing where WRs have been found so far:
6pKflXV.jpg


From https://forums.frontier.co.uk/showthread.php/334967-Distribution-of-Star-Types-across-the-Galaxy
 
Besides the AA-A approach via the Search they can also be spotted via the Galaxy Map. This often works for me: fully zoom into a system in the area you're interested in, then zoom out (about until you the 100ly grid is visible) and then pan left/right (for me via A and D). As WRs are visible from far away they thend to stand out as white dots moving slowly in the background (parallax). When you find one (procedurally generated) WR, there are usually more within that sector or neighbouring sectors. Good hunting!

PS: Here's a map from a few a while back, showing where WRs have been found so far:

Great map thanks. The one I was going to appears to be on your map. It has only two others nearby.
 
As others said, they're not that hard to find. The prime region for them seems to be a ring around 8000-13000 ly away from SagA*. They will pretty much exclusively be in AA-A H systems.
 
They are rare for sure but they are wonderful.
Check out NSV 1056.
close to the bubble and a very nice planetary nebula.
I've found several in my journeys.
 
Ghost of Jupiter is nice, reasonably close and, with a wolf-rayet inside an indigo-coloured nebula, has a seriously heavy dose of purpleness.
 
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