Ellaidst JW-D c28-8 [#2275360414450]

Ellaidst JW-D c28-8 A / K (Yellow-Orange) Star (Scoopable)
Distance to arrival:
0 ls
Estimated value:
1,213 cr

Solar masses:
0.6953
Solar radius:
0.8324
Age:
12,818 million years


Surface temperature:
4,845 K
Ellaidst JW-D c28-8 A A Belt
Class:
Metal Rich

Mass:
119,600,000,000,000 Mt

Inner radius:
871,440 km
Outer radius:
2,137,800 km
Ellaidst JW-D c28-8 A 1 / High metal content world (Landable)
Distance to arrival:
29 ls
Estimated value:
13,126 cr

Earth masses:
0.1037
Radius:
3,016 km

Gravity:
0.46 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere

Surface temperature:
808 K

Materials:
Fe (22.5%) Ni (17.0%) S (16.2%) C (13.6%) Cr (10.1%) P (8.7%) V (5.5%) Se (2.5%) Nb (1.5%) Sn (1.5%) Tc (0.8%)
Ellaidst JW-D c28-8 A 2 / High metal content world (Landable)
Distance to arrival:
53 ls
Estimated value:
13,170 cr

Earth masses:
0.1104
Radius:
3,077 km

Gravity:
0.47 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere

Surface temperature:
599 K

Materials:
Fe (22.6%) Ni (17.1%) S (16.2%) C (13.6%) Mn (9.3%) P (8.7%) Zn (6.2%) Zr (2.6%) Y (1.4%) W (1.2%) Hg (1.0%)
Ellaidst JW-D c28-8 A 3 / High metal content world (Landable)
Distance to arrival:
90 ls
Estimated value:
13,668 cr

Earth masses:
0.2141
Radius:
3,795 km

Gravity:
0.60 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere

Surface temperature:
462 K

Materials:
Fe (21.8%) Ni (16.5%) S (15.6%) C (13.1%) Cr (9.8%) P (8.4%) Zn (5.9%) Ge (4.6%) Cd (1.7%) Sn (1.4%) Y (1.3%)
Ellaidst JW-D c28-8 A 4 / High metal content world
Distance to arrival:
156 ls
Estimated value:
13,597 cr

Earth masses:
0.1957
Radius:
3,689 km

Surface pressure:
0.02 Atmospheres

Gravity:
0.58 G

Volcanism:
No volcanism
Atmosphere:
Thin Carbon dioxide

Surface temperature:
407 K
Ellaidst JW-D c28-8 A 5 / High metal content world
Distance to arrival:
277 ls
Estimated value:
160,608 cr

Earth masses:
0.3385
Radius:
4,374 km

Surface pressure:
0.71 Atmospheres

Gravity:
0.72 G

Volcanism:
No volcanism
Atmosphere:
Carbon dioxide
Terraforming state:
Candidate for terraforming

Surface temperature:
435 K