Synuefai XO-J b56-1 [#2853871298017]
Synuefai XO-J b56-1 A
/ M (Red dwarf) Star
(Scoopable)
Distance to arrival:
0 ls
Estimated value:
1 207 cr
Solar masses:
0,4063
Solar radius:
0,5310
Age:
9 788 million years
Luminosity:
Va
Surface temperature:
3 368 K
Synuefai XO-J b56-1 A 1
/ High metal content world
(Landable)
Distance to arrival:
12 ls
Estimated value:
11 227 cr
Earth masses:
0,0020
Radius:
830 km
Gravity:
0,12 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
705 K
Materials:
Fe
(22,5%)
Ni
(17,0%)
S
(16,2%)
C
(13,6%)
Mn
(9,3%)
P
(8,7%)
V
(5,5%)
Se
(2,5%)
Cd
(1,8%)
Nb
(1,5%)
Ru
(1,4%)
Synuefai XO-J b56-1 A 2
/ High metal content world
(Landable)
Distance to arrival:
17 ls
Estimated value:
11 041 cr
Earth masses:
0,0011
Radius:
674 km
Gravity:
0,09 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
605 K
Materials:
Fe
(22,8%)
Ni
(17,3%)
S
(16,4%)
C
(13,8%)
P
(8,8%)
Zn
(6,2%)
V
(5,6%)
Ge
(4,8%)
Nb
(1,6%)
Sn
(1,5%)
Te
(1,3%)
Synuefai XO-J b56-1 A 3
/ High metal content world
(Landable)
Distance to arrival:
22 ls
Estimated value:
11 206 cr
Earth masses:
0,0018
Radius:
811 km
Gravity:
0,11 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
531 K
Materials:
Fe
(20,9%)
Ni
(15,8%)
S
(15,0%)
C
(12,6%)
Cr
(9,4%)
Mn
(8,6%)
P
(8,1%)
Zn
(5,7%)
Nb
(1,4%)
Mo
(1,4%)
Te
(1,2%)
Synuefai XO-J b56-1 A 4
/ High metal content world
(Landable)
Distance to arrival:
29 ls
Estimated value:
10 806 cr
Earth masses:
0,0004
Radius:
496 km
Gravity:
0,07 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
468 K
Materials:
Fe
(21,1%)
Ni
(15,9%)
S
(15,1%)
C
(12,7%)
Cr
(9,5%)
Mn
(8,7%)
P
(8,2%)
V
(5,2%)
Sn
(1,4%)
Te
(1,2%)
W
(1,2%)
Synuefai XO-J b56-1 B
/ L (Brown dwarf) Star
Distance to arrival:
1 273 ls
Estimated value:
1 203 cr
Solar masses:
0,1445
Solar radius:
0,2805
Age:
9 788 million years
Luminosity:
V
Surface temperature:
1 750 K