Greetings!
I arrived at the Synaisa sector, 31000 LY from the bubble. I am now beginning the work of exploring previously undiscovered systems. I am focusing on the ones that are at least 2700 LY above the galactic plane. I plan to stay there for a while and then head to Mare Orientalis.
The last 47 jumps before arriving were basically chain neutron jumping, and virtually all of the neutrons were first discovered by me. I note that neutrons and black holes seem to be abundant in the galactic ceiling or cellar.
The views from the systems near the galactic top, in my opinion, are impressive-particularly from the ground. Here are some shots from a system 2790 LY above the galactic plane. The main star and two planets were already discovered by another commander, but the rest were not, so I scanned them and claimed first footfall on the one shown below. In the Synaisa system, stars are easily reachable up to around 2850 LY above the plane with a 75.2 LY Anaconda . Higher than that and it's jumponium and neutron star assist time.
The white stuff is the Milky Way.
Exobiology work
The view from above the valley where the trees were found.
Navigating through the top of the galactic plane is virtually the same as navigating through the extreme galactic rim. It requires jumponium to reach the farthest places, and is just as sparse regarding star density. Even more care is required in the galactic ceiling than in the rim.
In the galactic rim, there are plenty of scoopable stars so, as long as you have jumponium your risk of getting stuck is minimal. In the galactic ceiling, there are lots of unscoopable stars (especially neutrons) and the distances between systems can be large if you are attempting to reach the highest stars (the non FC exclusive ones). Keeping the fuel tank as full as possible in the galactic ceiling is very important, and so is having plenty of jumponium. In contrast, keeping the fuel tank half empty in the galactic rim is very useful to maximize range (again, there are plenty of scoopables).
I will continue with the exobiology work later today. There are several planets with biological signals.
CMDR Janet