Finally found a New Solar System

[MatthewCKC]

Finally, working for days, I have "discovered" one new Solar System! This System is quite strange that all planets orbits their star vertically like Uranus. It contains a large asteroid belt, 7 planets, 14 moons, 2 dwarf planets and 1 not confirmed comet. Hope you like it.

[wulfman]

Wow 0.0

Where did you find it?

[FiahOwl]

In his HardDrive.

[MatthewCKC]

I have collected the data's about the system:

First, the photos:

[MatthewCKC]

Here are more photos

(Im my point of view : CKC-0926-F.png is a nice proof of my system is vertical)

[MatthewCKC]

The Dwarf Planet A (B is singular that not very necessary to post it here)

[MatthewCKC]

Second, here's the important data of the System:
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Solar System CKC-0926
Sun :
   CKC-0926
      Diameter : 97400000 km
      Surface Temperature : About 10000 degrees C
Planets :
   CKC-0926-A
      Type : Hot Jupiter (With rings)
      Diameter : 140000 km
      Orbit Radius : 1.03 AU (Vertical)
      Time needed to orbit once : 92 days
      Moons : 1
      ==>CKC-0926-A1
         Diameter : 3130 km
         Orbit Radius : 196004 km

   CKC-0926-B
      Type : Hot Jupiter
      Diameter : 50724 km
      Orbit Radius : 6.42 AU (Vertical)
      Time needed to orbit once : 3.95 years
      Moons : 2
      ==>CKC-0926-B1
         Diameter : 4880 km
         Orbit Radius : 122450 km
      ==>CKC-0926-B2
         Diameter : 3201 km
         Orbit Radius : 238356 km

   CKC-0926-C
      Type : Hot Jupiter (With rings)
      Diameter : 246766 km
      Orbit Radius : 70.7 AU (Vertical)
      Time needed to orbit once : 144 years
      Moons : 5
      ==>CKC-0926-C1
         Diameter : 4892 km
         Orbit Radius : 501737 km
      ==>CKC-0926-C2
         Diameter : 14862 km
         Orbit Radius : 326541 km
      ==>CKC-0926-C3
         Diameter : 4064 km
         Orbit Radius : 558222 km
      ==>CKC-0926-C4
         Diameter : 270 m
         Orbit Radius : 5610000 km
      ==>CKC-0926-C5
         Diameter : 2.3 km
         Orbit Radius : 2370000 km

   CKC-0926-D
      Type : Hot Rocks (With rings)
      Diameter : 6788 km
      Orbit Radius : 124 AU (Vertical)
      Time needed to orbit once : 333 years
      Moons : 1
      ==>CKC-0926-D1
         Diameter : 603 km
         Orbit Radius : 306918 km

   CKC-0926-E
      Type : Superearth (Lies in Habitable Zone)
      Diameter : 19009 km
      Orbit Radius : 211 AU (Vertical)
      Time needed to orbit once : 744 years
      Moons : 3
      ==>CKC-0926-E1
         Diameter : 4235 km
         Orbit Radius : 159223 km
      ==>CKC-0926-E2
         Diameter : 5331 km
         Orbit Radius : 488688 km
      ==>CKC-0926-E3
         Diameter : 92.1 km
         Orbit Radius : 54212 km

   CKC-0926-F
      Type : Ice Giant
      Diameter : 49248 km
      Orbit Radius : 630 AU (Vertical)
      Time needed to orbit once : 3839 years
      Moons : 0

   CKC-0926-G (Not confirmed)
      Type : Ice/Gas Giant?
      Diameter : 539822 km
      Orbit Radius : 15000 AU? (Vertical)
      Time needed to orbit once : 440000 years?
      Moons : ?
Dwarf Planets :
   CKC-0926-Dwarf-A
      Diameter : 2144 km
      Orbit Radius : 37.9 AU (Vertical)
      Time needed to orbit once : 56.5 years
      Moons : 2
      ==>CKC-0926-Dwarf-A1
         Diameter : 550 km
         Orbit Radius : 7756 km
      ==>CKC-0926-Dwarf-A2
         Diameter : 270 m
         Orbit Radius : 6654 km
   
   CKC-0926-Dwarf-B
      Diameter : 2769 km
      Orbit Radius : 159 AU (Nearly Vertical)
      Time needed to orbit once : 486 years
      Moons : 0
Comets :
   CKC-0926-Comet-A (Not confirmed)
      Diameter : 650 km?
      Orbit Radius : ?
      Time needed to orbit once : ?
      Moons : ?
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You can help rename the planets and moons etc. if you like it, I have no idea to rename them (so sad).

[Darvince]

How many hours did it take to make the simulation?

[MatthewCKC]

If I counted from thinking to product, maybe take me about 5 to 6 hours to make this simulation.
I haven't explored the entire system so far, yet more planets and moon are being found.