Kyloarph JS-A d1-6203 [#213142407696779]

100,00%
Kyloarph JS-A d1-6203 / Neutron Star
Distance to arrival:
0 ls
Estimated value:
22 892 cr

Solar masses:
0,7734
Solar radius:
0,0000
Age:
3 412 million years
Luminosity:
VII

Surface temperature:
4 036 606 K
Kyloarph JS-A d1-6203 1 / High metal content world
Distance to arrival:
2 236 ls
Estimated value:
17 383 cr

Earth masses:
5,6674
Radius:
9 939 km

Surface pressure:
973,84 Atmospheres

Gravity:
2,33 G

Volcanism:
Major Silicate Vapour Geysers
Atmosphere:
Hot thick Carbon dioxide
Terraforming state:
Not terraformable

Surface temperature:
1 539 K
Kyloarph JS-A d1-6203 2 / High metal content world
Distance to arrival:
3 092 ls
Estimated value:
179 734 cr

Earth masses:
1,6968
Radius:
7 108 km

Surface pressure:
264,51 Atmospheres

Gravity:
1,37 G

Volcanism:
Minor Silicate Vapour Geysers
Atmosphere:
Hot thick Carbon dioxide
Terraforming state:
Candidate for terraforming

Surface temperature:
906 K
Kyloarph JS-A d1-6203 3 / High metal content world
Distance to arrival:
3 894 ls
Estimated value:
173 897 cr

Earth masses:
1,0937
Radius:
6 248 km

Surface pressure:
183,65 Atmospheres

Gravity:
1,14 G

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

Surface temperature:
772 K
Kyloarph JS-A d1-6203 4 / High metal content world (Landable)
Distance to arrival:
5 476 ls
Estimated value:
176 833 cr

Earth masses:
1,3706
Radius:
6 679 km

Surface pressure:
0,00 Atmospheres

Gravity:
1,25 G

Volcanism:
Minor Silicate Vapour Geysers
Atmosphere:
No atmosphere
Terraforming state:
Candidate for terraforming

Surface temperature:
210 K

Materials:
Fe (22,7%) Ni (17,2%) S (16,2%) C (13,6%) Cr (10,2%) P (8,7%) Ge (4,8%) Se (2,5%) Sn (1,5%) Y (1,4%) W (1,3%)