Planets

New Zargland

Capital of Octant 7, New Zargland is a standard Ocean world, with gravity and atmospheric pressure slightly above standard, but close enough to be within human adaptable range.  Most buildings are not fitted with grav plates.  There is no oxygen in the atmosphere making life support outside the buildings a requirement.  New Zargland is notable for its highly eccentric orbit, causing temperatures to fluctuate widely between human extremes, however the massive amount of water on the planet acts as a significant heatsink and while the ocean is hot enough to boil at some parts of the planet’s orbit and cold enough for large parts to freeze at other times some of it always remains liquid.  The gravitational pressures on the planet’s crust as it approaches the star have resulted in many valuable minerals being brought to the surface and New Zargland has a strong mining industry.  The main Downport is unusual for not being located equatorially but is at 42° inclination on a large island.  Most of New Zargland’s 115 million inhabitants are concentrated in one of the half dozen cities sited at temperate latitudes across the planet.  New Zargland has no moon and a single, large artificial Highport. 

 

System Data

System Name: New Zargland
Use Classification: Dominion Octant Capital
Distance from Zargonia: 29.80 ly
System Age: 1.25 TCy
Settlement Age: 293.07 kCy
Stars in system: 1
Co-ordinates: -6.12, +15.66, +24.61

Primary Star

Name: Vayfe
Spectral Class: G0V
Mass: 0.99 std
Radius: 1.2 std
Safe Jump: 1.12 AU
Effective Temperature: 6026 °K
Luminosity: 1.72 std
Circumbinary Planets: NA
System Evolution Type: No Gas Giant
No. of Orbits: 10

Orbital Data

ID Distance Derived Name World type Settlement Atmosphere Hydrographics Climate Diameter Gravity Orbital Period Eccentricity Axial Tilt Tidal Locking Siderial Rotation RVM Habitability Score Affinity Score
1 0.33AU Vayfe 1 Small (Rock) Trace 0% Infernal (229 to 285°C, M=256°C) 1.00std 0.40G 13.3Cy 0.10 38.0° to Star 13.3Cy Poor -2 -3
                                   
2 0.57AU Vayfe 2 Asteroid Belt Outpost Abundant 0 1
                                   
3 0.97AU Vayfe 3 Standard (Dry Greenhouse) Trace 0% Infernal (213 to 385°C) 0.52std 0.62G 336.7Cy 0.30 50.0° No 336.7Cy Very Poor -2 -4
                                   
4 1.64AU New Zargland Standard (Ocean) Main World Standard – 1.13atm (Suffocating) 82% (H²O) Cold (-76 to 197°C) 0.94std 1.04G 1,627.4Cy 0.70 30.0° No 0.8Cy Very Abundant 2 4
                                   
5 2.79AU Vayfe 5 Small (Rock) Trace 0% Frozen (-95 to -85°C) 0.35std 0.35G 8,012.5Cy 0.05 26.0° No 1.0Cy Very Poor -2 -4
                                   
6 4.74AU Vayfe 6 Asteroid Belt Poor 0 -1
                                   
7 8.06AU Vayfe 7 Asteroid Belt Average 0 0
                                   
8 13.70AU Vayfe 8 Tiny (Ice) None 0% Frozen (-204 to -193°C) 0.14std 0.01G 948,673.4Cy 0.15 12.0° No 1.0Cy Average -2 -2
                                   
9 23.29AU Vayfe 9 Standard (Hadean) None 0% Frozen (-238 to -203°C) 0.30std 0.21G 4,660,832.5Cy 0.60 22.0° No -0.9Cy Average -2 -2
                                   
10 39.60AU Vayfe 10 Asteroid Belt Very Abundant 0 2

 

Inhabited World Data

ID Derived Name World type Settlement MMWR RVM Habitability Score Affinity Score Carry Cap TL6 Carry Cap TL7 Carry Cap TL9 Population Per Capita Income Typical Wealth Level Economic Volume
2 Vayfe 2 Asteroid Belt Outpost Abundant 0 1 0 750,000,000 1,500,000,000 5,100 16,080 Struggling 82,008,000
4 New Zargland Standard (Ocean) Main World 4 Very Abundant 2 4 0 99,828,450 199,656,900 114,802,718 18,643 Average 2,140,322,176,979

NB1: Planetary radii in AU, Moon radii in multiples of planetary diameter.
NB2: Marginal atmosphere in [square brackets].
NB3: Temperatures for worlds are blackbody corrected at aphelion and perihelion; local climate effects may vary these in practice. Temperatures for worlds tidally locked to the star are shown at antistellar point at aphelion, the stellar point at perihelion and, the mean.
(R) = Visible ring system.
(R!) = Spectacular visible ring system.
(H²O) = Liquid water hydrographics.

Jump 6 Map

 

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