Meade DSX 90 Mak-Cas. The first thing i viewed when I upgraded to this was the Orion Nebula. Now I have the Barlow, and am thinking about a StarShooter for deep space imaging, if I get it, My skyboxes will be 100% home made. If not, well, I can't really compete with Nasa anyway can I?
You would be
surprised what kind of material you can produce with that kind of equipment...
By the way for deep sky photographing I would recommend investing in high-sensitivity, high resolution low noise camera rather than using a barlow lens.
Reasons for this is as follows:
-Many of the deep sky objects are not actually very small (because they are very, VERY large) but they have a very low magnitude and capturing them effectively requires a small F number of the photographing equipment.
-Barlow lens increases the magnification by elongating the focal length of your telescope, which of course increases the F number of the objective - and the light sensitivity of an objective is inverse of F number. In effect, if you have a 90 mm diameter objective, if you increase the focal length you will have to use longer exposure times to get the same amount of light captured on the camera itself. This sets high requirements for the pedestal stability and tracking equipment, and I'm sure you know what that means for general image quality. On the other hand, with lower magnification you can use lower exposure times, or lower ISO sensitivity to reduce noise in the photographing equipment. Both are important for quality... although the noise generated by the camera can be filtered away using whiteshots and blackshots which basically expose the camera's individual "noise tendencies" and with layer modes you can use them to remove that interference from the image...
So, what you should do to increase image quality is increase the resolution of the camera equipment instead of increasing magnification of the telescope. Then you can crop the important bits out of the image, edit them as you desire and still retain high resolution in the final works.
With a maksutov-cassegrain telescope and a decent resolution digital camera you should be able to do some pretty fancy stuff. Especially if you invest in narrow band filters that allow you to fully utilize the wavelengths that are unaffected by light pollution.
I've never really gotten into star photography for budget reasons, but I did live most of my adolescence in an area relatively unaffected by light pollution. And I did learn to identify almost all constellations typically visible at my region of sky. My personal favourites to observe were planets (phases of Venus, moons of Jupiter and also Titan, the singular moon of Saturn that is visible to Earth), Andromeda galaxy, M13, Pleiades, Hyades, Orion in general and the great nebula specifically. My main observation equipment were Mark I eyeball and 15x70 binoculars (yes, 70 mm objective diameter... they require a tripod to use effectively).
Orion is such a nice constellation. I used to just keep an eye on Betelgeuse just in case it decided to go supernova as I was watching it.

So far no luck.
I am also a member of Finnish astronomical society Ursa, mainly because of their excellent publication "Tähdet ja avaruus" which is pretty much the best science magazine in Finland.