Synuefe PQ-P b37-1 [#2874271278401]

54.55%
Synuefe PQ-P b37-1 / M (Red dwarf) Star (Scoopable)
Distance to arrival:
0 ls
Estimated value:
1,207 cr

Solar masses:
0.3633
Solar radius:
0.5061
Age:
11,192 million years


Surface temperature:
2,959 K
Synuefe PQ-P b37-1 3 / Icy body (Landable)
Distance to arrival:
532 ls
Estimated value:
500 cr

Earth masses:
0.0084
Radius:
1,615 km

Gravity:
0.13 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable

Surface temperature:
78 K

Materials:
S (20.6%) C (17.3%) Fe (16.7%) Ni (12.6%) P (11.1%) Cr (7.5%) Mn (6.9%) V (4.1%) Nb (1.1%) Sn (1.1%) Y (1.0%)
Distance to arrival:
716 ls
Estimated value:
500 cr

Earth masses:
0.0205
Radius:
2,277 km

Surface pressure:
1.03 Atmospheres

Gravity:
0.16 G

Volcanism:
No volcanism
Atmosphere:
Methane
Terraforming state:
Not terraformable

Surface temperature:
129 K
Synuefe PQ-P b37-1 5 / Icy body (Landable)
Distance to arrival:
985 ls
Estimated value:
500 cr

Earth masses:
0.0230
Radius:
2,362 km

Gravity:
0.17 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable

Surface temperature:
57 K

Materials:
S (23.1%) C (19.4%) Fe (15.8%) P (12.4%) Ni (12.0%) Mn (6.5%) Zn (4.3%) Se (3.6%) Mo (1.0%) Sn (1.0%) Te (0.9%)
Synuefe PQ-P b37-1 7 a / Icy body (Landable)
Distance to arrival:
1,837 ls
Estimated value:
500 cr

Earth masses:
0.0005
Radius:
695 km

Gravity:
0.04 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable

Surface temperature:
41 K

Materials:
S (27.8%) C (23.4%) P (15.0%) Fe (12.0%) Ni (9.1%) Mn (5.0%) Se (4.4%) As (1.4%) Nb (0.8%) Sb (0.7%) Hg (0.5%)
Synuefe PQ-P b37-1 9 / Icy body (Landable)
Distance to arrival:
3,212 ls
Estimated value:
500 cr

Earth masses:
0.0556
Radius:
3,147 km

Gravity:
0.23 G

Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable

Surface temperature:
31 K

Materials:
S (23.1%) C (19.4%) Fe (15.9%) P (12.5%) Ni (12.0%) Mn (6.6%) Zn (4.3%) Ge (3.3%) Cd (1.2%) W (0.9%) Te (0.9%)