Swoilz WH-S c5-3 [#910297633586]
Swoilz WH-S c5-3 A
/ K (Yellow-Orange) Star
(Scoopable)
Distance to arrival:
0 ls
Estimated value:
1,212 cr
Solar masses:
0.6758
Solar radius:
0.7894
Age:
5,236 million years
Luminosity:
Va
Surface temperature:
4,356 K
Swoilz WH-S c5-3 A A Belt
Class:
Metallic
Mass:
118,800,000,000,000 Mt
Inner radius:
826,900 km
Outer radius:
2,117,600 km
Swoilz WH-S c5-3 A 3
/ Icy body
Distance to arrival:
2,562 ls
Estimated value:
500 cr
Earth masses:
0.8322
Radius:
7,337 km
Surface pressure:
1.85 Atmospheres
Gravity:
0.63 G
Volcanism:
Minor Carbon Dioxide Geysers
Atmosphere:
Argon-rich
Terraforming state:
Not terraformable
Surface temperature:
93 K
Swoilz WH-S c5-3 A 3 a
/ Icy body
(Landable)
Distance to arrival:
2,557 ls
Estimated value:
500 cr
Earth masses:
0.0621
Radius:
3,461 km
Surface pressure:
0.02 Atmospheres
Gravity:
0.21 G
Volcanism:
No volcanism
Atmosphere:
Thin Argon
Terraforming state:
Not terraformable
Surface temperature:
90 K
Materials:
S
(27.0%)
C
(22.7%)
P
(14.6%)
Fe
(11.6%)
Ni
(8.8%)
Cr
(5.2%)
Mn
(4.8%)
Zn
(3.2%)
Cd
(0.9%)
Nb
(0.8%)
Tc
(0.4%)
Swoilz WH-S c5-3 B
/ K (Yellow-Orange) Star
(Scoopable)
Distance to arrival:
16,355 ls
Estimated value:
1,211 cr
Solar masses:
0.6094
Solar radius:
0.7622
Age:
5,236 million years
Luminosity:
Va
Surface temperature:
4,313 K
Swoilz WH-S c5-3 B 2
/ High metal content world
(Landable)
Distance to arrival:
16,212 ls
Estimated value:
152,342 cr
Earth masses:
0.1379
Radius:
3,303 km
Surface pressure:
0.01 Atmospheres
Gravity:
0.51 G
Volcanism:
No volcanism
Atmosphere:
Thin Carbon dioxide
Terraforming state:
Candidate for terraforming
Surface temperature:
225 K
Materials:
Fe
(22.7%)
Ni
(17.2%)
S
(16.4%)
C
(13.8%)
P
(8.8%)
Zn
(6.2%)
V
(5.6%)
Ge
(4.8%)
Cd
(1.8%)
Sn
(1.5%)
Ru
(1.4%)
Swoilz WH-S c5-3 B 3
/ High metal content world
Distance to arrival:
16,211 ls
Estimated value:
151,663 cr
Earth masses:
0.1271
Radius:
3,219 km
Surface pressure:
0.10 Atmospheres
Gravity:
0.50 G
Volcanism:
No volcanism
Atmosphere:
Carbon dioxide-rich
Terraforming state:
Candidate for terraforming
Surface temperature:
229 K