Kyloarph LS-J d9-5806 [#199501692129747]

100.00%
Kyloarph LS-J d9-5806 / Neutron Star
Distance to arrival:
0 ls
Estimated value:
22,809 cr

Solar masses:
0.5313
Solar radius:
0.0000
Age:
3,204 million years
Luminosity:
VII

Surface temperature:
4,248,557 K
Kyloarph LS-J d9-5806 1 / High metal content world
Distance to arrival:
1,781 ls
Estimated value:
15,987 cr

Earth masses:
2.0930
Radius:
7,551 km

Surface pressure:
314.51 Atmospheres

Gravity:
1.49 G

Volcanism:
Minor Metallic Magma
Atmosphere:
Hot thick Carbon dioxide

Surface temperature:
1,363 K
Kyloarph LS-J d9-5806 2 / High metal content world
Distance to arrival:
2,689 ls
Estimated value:
15,873 cr

Earth masses:
1.9110
Radius:
7,356 km

Surface pressure:
290.10 Atmospheres

Gravity:
1.44 G

Volcanism:
Minor Metallic Magma
Atmosphere:
Hot thick Carbon dioxide
Terraforming state:
Not terraformable

Surface temperature:
1,098 K
Kyloarph LS-J d9-5806 3 / High metal content world
Distance to arrival:
4,724 ls
Estimated value:
185,831 cr

Earth masses:
2.5851
Radius:
7,990 km

Surface pressure:
377.65 Atmospheres

Gravity:
1.65 G

Volcanism:
Metallic Magma
Atmosphere:
Hot thick Carbon dioxide
Terraforming state:
Candidate for terraforming

Surface temperature:
868 K
Kyloarph LS-J d9-5806 3 a / Rocky body (Landable)
Distance to arrival:
4,713 ls
Estimated value:
130,449 cr

Earth masses:
0.1621
Radius:
3,653 km

Surface pressure:
0.04 Atmospheres

Gravity:
0.49 G

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

Surface temperature:
312 K

Materials:
Fe (20.9%) S (18.7%) Ni (15.8%) C (15.7%) P (10.1%) Zn (5.7%) Ge (5.5%) V (5.1%) W (1.2%) Hg (0.9%) Po (0.6%)
Kyloarph LS-J d9-5806 4 / Water world
Distance to arrival:
6,007 ls
Estimated value:
283,822 cr

Earth masses:
1.0095
Radius:
6,101 km

Surface pressure:
7.21 Atmospheres

Gravity:
1.10 G

Volcanism:
Major Rocky Magma
Atmosphere:
Thick Ammonia
Terraforming state:
Candidate for terraforming

Surface temperature:
385 K