Swoilz AI-N a6-2 [#40566502738992]

100.00%
Swoilz AI-N a6-2 / Y (Brown dwarf) Star
Distance to arrival:
0 ls
Estimated value:
1,200 cr

Solar masses:
0.0117
Solar radius:
0.0673
Age:
9,924 million years
Luminosity:
V

Surface temperature:
366 K
Swoilz AI-N a6-2 1 / Icy body (Landable)
Distance to arrival:
42 ls
Estimated value:
500 cr

Earth masses:
0.0576
Radius:
3,177 km

Gravity:
0.23 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere

Surface temperature:
20 K

Materials:
S (23.1%) C (19.4%) Fe (16.1%) P (12.4%) Ni (12.2%) Mn (6.7%) V (4.0%) Ge (3.3%) Cd (1.3%) Sn (1.0%) Tc (0.6%)
Swoilz AI-N a6-2 2 / Icy body (Landable)
Distance to arrival:
73 ls
Estimated value:
500 cr

Earth masses:
0.0634
Radius:
3,278 km

Gravity:
0.24 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere

Surface temperature:
20 K

Materials:
S (22.7%) C (19.1%) Fe (15.8%) P (12.2%) Ni (12.0%) Cr (7.1%) Zn (4.3%) V (3.9%) Cd (1.2%) Nb (1.1%) Sb (0.7%)
Swoilz AI-N a6-2 3 / Icy body (Landable)
Distance to arrival:
129 ls
Estimated value:
500 cr

Earth masses:
0.0355
Radius:
2,718 km

Gravity:
0.20 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere

Surface temperature:
20 K

Materials:
S (22.8%) C (19.1%) Fe (15.9%) P (12.3%) Ni (12.0%) Cr (7.2%) Zn (4.3%) Se (3.6%) Nb (1.1%) Ru (1.0%) W (0.9%)
Swoilz AI-N a6-2 4 / Icy body (Landable)
Distance to arrival:
234 ls
Estimated value:
500 cr

Earth masses:
0.0873
Radius:
3,633 km

Surface pressure:
0.00 Atmospheres

Gravity:
0.27 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere

Surface temperature:
20 K

Materials:
S (23.4%) C (19.7%) Fe (16.4%) P (12.6%) Ni (12.4%) Mn (6.8%) Se (3.7%) Zr (1.9%) Nb (1.1%) Sn (1.1%) Y (1.0%)
Swoilz AI-N a6-2 5 / Icy body (Landable)
Distance to arrival:
2,557 ls
Estimated value:
500 cr

Earth masses:
0.1128
Radius:
3,942 km

Surface pressure:
0.00 Atmospheres

Gravity:
0.30 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere

Surface temperature:
20 K

Materials:
S (23.3%) C (19.6%) Fe (16.3%) P (12.6%) Ni (12.3%) Mn (6.7%) Zn (4.4%) Zr (1.9%) Sn (1.1%) W (0.9%) Te (0.9%)