Kyloall LW-W e1-2210 [#9492982876372]
Kyloall LW-W e1-2210
/ Herbig Ae/Be Star
Distance to arrival:
0 ls
Estimated value:
1 310 cr
Solar masses:
6,0820
Solar radius:
0,1543
Age:
2 million years
Luminosity:
VI
Surface temperature:
3 799 K
Kyloall LW-W e1-2210 A Belt
Class:
Metal Rich
Mass:
196 430 000 000 000 Mt
Inner radius:
177 070 km
Outer radius:
4 422 400 km
Kyloall LW-W e1-2210 1
/ Icy body
(Landable)
Distance to arrival:
210 ls
Estimated value:
500 cr
Earth masses:
1,9853
Radius:
10 489 km
Gravity:
0,73 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
97 K
Materials:
S
(21,4%)
C
(18,0%)
Fe
(16,3%)
Ni
(12,3%)
P
(11,5%)
Cr
(7,3%)
Mn
(6,7%)
Se
(3,3%)
Cd
(1,3%)
Nb
(1,1%)
Sb
(0,7%)
Kyloall LW-W e1-2210 2
/ Icy body
(Landable)
Distance to arrival:
354 ls
Estimated value:
500 cr
Earth masses:
2,1755
Radius:
10 258 km
Gravity:
0,84 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
75 K
Materials:
S
(22,5%)
C
(18,9%)
Fe
(15,4%)
P
(12,1%)
Ni
(11,7%)
Cr
(6,9%)
Mn
(6,4%)
V
(3,8%)
Mo
(1,0%)
Sb
(0,7%)
Hg
(0,7%)
Kyloall LW-W e1-2210 3
/ Icy body
(Landable)
Distance to arrival:
497 ls
Estimated value:
514 cr
Earth masses:
3,1828
Radius:
12 503 km
Gravity:
0,83 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
63 K
Materials:
S
(23,8%)
C
(20,0%)
Fe
(16,4%)
P
(12,8%)
Ni
(12,4%)
Zn
(4,4%)
Se
(3,7%)
Ge
(3,5%)
Nb
(1,1%)
Sn
(1,1%)
Te
(0,9%)
Kyloall LW-W e1-2210 4
/ Class I gas giant
Distance to arrival:
660 ls
Estimated value:
3 260 cr
Earth masses:
14,7006
Radius:
24 275 km
Gravity:
1,01 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
55 K
Kyloall LW-W e1-2210 4 a
/ Icy body
(Landable)
Distance to arrival:
661 ls
Estimated value:
500 cr
Earth masses:
0,1176
Radius:
4 248 km
Surface pressure:
0,00 Atmospheres
Gravity:
0,27 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
49 K
Materials:
S
(27,9%)
C
(23,5%)
P
(15,0%)
Fe
(12,1%)
Ni
(9,2%)
Cr
(5,4%)
V
(3,0%)
As
(1,4%)
Cd
(0,9%)
Nb
(0,8%)
Ru
(0,8%)
Kyloall LW-W e1-2210 5
/ Class I gas giant
Distance to arrival:
815 ls
Estimated value:
3 311 cr
Earth masses:
17,1876
Radius:
29 789 km
Gravity:
0,79 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
50 K
Kyloall LW-W e1-2210 6
/ Class I gas giant
Distance to arrival:
1 010 ls
Estimated value:
3 770 cr
Earth masses:
58,3531
Radius:
44 564 km
Gravity:
1,20 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
49 K
Kyloall LW-W e1-2210 7
/ Icy body
Distance to arrival:
1 009 ls
Estimated value:
500 cr
Earth masses:
1,6878
Radius:
10 197 km
Surface pressure:
0,19 Atmospheres
Gravity:
0,66 G
Volcanism:
Major Water Geysers
Atmosphere:
Neon-rich
Terraforming state:
Not terraformable
Surface temperature:
41 K
Kyloall LW-W e1-2210 8
/ Class I gas giant
Distance to arrival:
1 518 ls
Estimated value:
4 739 cr
Earth masses:
385,6035
Radius:
71 463 km
Gravity:
3,07 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
87 K
Kyloall LW-W e1-2210 9
/ Class I gas giant
Distance to arrival:
1 532 ls
Estimated value:
3 024 cr
Earth masses:
6,6303
Radius:
26 214 km
Gravity:
0,39 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
39 K
Kyloall LW-W e1-2210 10
/ Class I gas giant
Distance to arrival:
1 907 ls
Estimated value:
3 866 cr
Earth masses:
72,9278
Radius:
51 024 km
Gravity:
1,14 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
38 K
Kyloall LW-W e1-2210 11
/ Class I gas giant
Distance to arrival:
1 893 ls
Estimated value:
3 521 cr
Earth masses:
31,1845
Radius:
37 608 km
Gravity:
0,90 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
34 K
Kyloall LW-W e1-2210 12
/ T Tauri Star
Distance to arrival:
2 806 ls
Estimated value:
1 200 cr
Solar masses:
0,0156
Solar radius:
0,0810
Age:
2 million years
Luminosity:
VI
Surface temperature:
491 K
Kyloall LW-W e1-2210 12 a
/ Icy body
(Landable)
Distance to arrival:
2 756 ls
Estimated value:
500 cr
Earth masses:
0,4754
Radius:
6 696 km
Surface pressure:
0,00 Atmospheres
Gravity:
0,43 G
Volcanism:
No volcanism
Atmosphere:
Thin Neon
Terraforming state:
Not terraformable
Surface temperature:
38 K
Materials:
S
(27,8%)
C
(23,4%)
P
(15,0%)
Fe
(12,1%)
Ni
(9,1%)
Mn
(5,0%)
Se
(4,4%)
As
(1,4%)
Sn
(0,7%)
Sb
(0,7%)
Hg
(0,5%)
Kyloall LW-W e1-2210 13
/ T Tauri Star
Distance to arrival:
3 904 ls
Estimated value:
1 200 cr
Solar masses:
0,0117
Solar radius:
0,0657
Age:
2 million years
Luminosity:
VI
Surface temperature:
293 K
Kyloall LW-W e1-2210 13 a
/ Icy body
(Landable)
Distance to arrival:
3 980 ls
Estimated value:
500 cr
Earth masses:
0,0847
Radius:
3 823 km
Surface pressure:
0,00 Atmospheres
Gravity:
0,24 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
20 K
Materials:
S
(27,6%)
C
(23,2%)
P
(14,9%)
Fe
(12,0%)
Ni
(9,1%)
Cr
(5,4%)
Se
(4,3%)
As
(1,4%)
Mo
(0,8%)
Y
(0,7%)
W
(0,7%)
Kyloall LW-W e1-2210 14
/ T Tauri Star
Distance to arrival:
5 007 ls
Estimated value:
1 200 cr
Solar masses:
0,0117
Solar radius:
0,0667
Age:
2 million years
Luminosity:
VI
Surface temperature:
289 K
Kyloall LW-W e1-2210 14 a
/ Icy body
(Landable)
Distance to arrival:
4 993 ls
Estimated value:
500 cr
Earth masses:
0,1084
Radius:
4 138 km
Surface pressure:
0,00 Atmospheres
Gravity:
0,26 G
Volcanism:
No volcanism
Atmosphere:
No atmosphere
Terraforming state:
Not terraformable
Surface temperature:
20 K
Materials:
S
(27,2%)
C
(22,9%)
P
(14,6%)
Fe
(11,8%)
Ni
(8,9%)
Cr
(5,3%)
Se
(4,3%)
Zn
(3,2%)
Sb
(0,7%)
W
(0,7%)
Hg
(0,5%)
