Here is a list of all of the equipment I use in various combinations for acquisition of my images. Currently I am running my setup in “The King” configuration with the 70mm APO mounted on top of the 200mm Newton. If you are interested in the history of this setup check out my timeline.
First, for a few images.

“The king” from the computerized side. A view on the technical side of the mount containing the computer and all major components.

A closer, if a bit darker, look on the CCD with filter wheel. It looks slightly messy but the whole setup is powered by one single power line coming from the battery and being split up into 3 parts: the CCD, Filterwheel and a cable for the dimmable flat panel I have. Everything. including the D5100, is connected to the USB hub mounted on the backside of the CCD.
The current full and extensive list of equipment as of 2018-12-20 (will be continuously updated)
Imaging Cameras

- Atik 383L+
- ZWO ASI183MM Pro
- Nikon D5100
Filters/Filterwheel
- Atik EFW2 filter wheel
- motorized and computer controlled
- 7 slot 36mm filter insert
- 9 slot 1.25″ filter insert
- Baader LRGB 36mm filters
- Astronomik H-alpha 6nm 36mm filter
- Astronomik OIII 6nm 36mm filter
- ZWO EFW8 filter wheel
- Baader LRGBSHO 1.25″ filters
- H-alpha 7nm
- OIII 8.5nm
- SII 8nm
- Baader LRGBSHO 1.25″ filters
Mount

- SkyWatcher EQ6-R
- 20kg maximum payload
- <1″ guiding accuracy with 16kg payload (tested)
- DIY EQDIRECT cable for PC control
- EQMOD driver
- 10kg of counterweights (+8kg dumbbell counterweights)
- SkyWatcher Star Adventurer
- 5kg maximum payload
- <3″ guiding accuracy with 4kg payload (tested)
- Mounted on a Manfrotto tripod
Guiding
- ALccd QHY5-L-II(C)
- Aptima MT9M034, GRGB bayered
- 1280×960px resolution
- 30fps @ 1280×960
- >58% QE
- TS Optics Guidescope
- 50mm aperture
- 180mm focal length
- Helical focuser
Telescopes and Correctors

- TS Optics Photoline APO
- Refractor telescope, 3-element FPL53
- 70mm aperture
- 420mm focal length
- 2″ Rack and Pinion focuser with 1:10 translation
- TS Optics Field Flattener FLAT2
- 128mm backfocus for 420mm focal length
- DIY ASCOM MyFocuserPro2
- TS Optics Photoline APO
- Refractor telescope, 3-elemtn FPL53
- 130mm aperture
- 910mm focal length
- 2.5″ Rack and Pinion focuser with 1:10 translation
- 2.5″ TS Optics Reducer 0.79
- 55mm backfocus for 910mm focal length
- SkyWatcher PDS
- Newtonian reflector telescope
- 200mm aperture
- 1000mm focal length
- 2″ Crayford focuser with 1:10 translation
- TS Optics GPU Superflat
- 55mm backfocus for 1000mm focal length
- 4-element corrector
- Samyang 135mm f/2
- Fixed Prime Lens
- ~70mm aperture
- 135mm focal length
- Nikon-F mount
Power Supply
- DIY Battery Box
- Outputs: 1× Cigarette Plug, 1× DC Plug, 2× USB
- Power Supplies (interchangeable, accepts anything DC with XT60 connector)
- DIY 18650 Li-Ion 16p4s 40Ah battery
- Rotek 35Ah AGM Deep Cycle battery
- 12V 9A DC Adapter
- Information and Safety
- LTC3780 power regulator for constant 12.6V power output
- BMS for Li-Ion battery
- Heavy duty power switch
- LED display for voltage
- LCD display for power usage
- Box base is a large lunch box
Accessoires
- Orbsmart AW-08
- GL.iNet Mini Router
- WiFi network for mobile usage (to connect to mount-PC)
- Runs off USB power
- Acer TravelMate B117
- Remote control for Orbsmart AW-08
- Intel Celeron N3250 Quad-Core
- 4GB RAM
- 128GB SSD
- 2× USB3.0, 1×SD
- Windows 10
- 70mm Bahtinov Mask
- DIY 200mm Bahtinov Mask
- Lacerta 8″ Flat-Field box
- dimmable
- LED
Software
- Imaging
- EQMOD v2 as mount control driver
- PHD2 for guiding
- NINA for image acquisition and planning
- Stellarium + StellariumScope for targeting and framing
- Postprocessing
- PixInsight for stacking, full editing workflow
- Photoshop for minor adjustments
- Lightroom for storage and export