Kyloall LW-W e1-315 / Celestial bodies / EDSM

Kyloall LW-W e1-315 1 / Metal-rich body (Landable)

Distance to arrival:

529 ls

Estimated value:

35 547 cr

Earth masses:

1,7282

Radius:

5 673 km

Gravity:

2,18 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

1 024 K

Materials:

Fe (32,7%) Ni (24,7%) Cr (14,7%) Mn (13,5%) Zn (8,9%) Sn (2,2%) Mo (2,1%) Sb (1,2%)

Kyloall LW-W e1-315 2 / Metal-rich body (Landable)

Distance to arrival:

526 ls

Estimated value:

33 530 cr

Earth masses:

0,7822

Radius:

4 612 km

Gravity:

1,50 G

Volcanism:

Major Metallic Magma

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

1 024 K

Materials:

Fe (34,9%) Ni (26,4%) Cr (15,7%) Zn (9,5%) V (8,6%) Mo (2,3%) Hg (1,5%) Sb (1,3%)

Kyloall LW-W e1-315 3 / High metal content world

Distance to arrival:

652 ls

Estimated value:

17 284 cr

Earth masses:

5,3130

Radius:

9 786 km

Surface pressure:

14 573,29 Atmospheres

Gravity:

2,26 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

Hot thick Carbon dioxide-rich

Terraforming state:

Not terraformable

Surface temperature:

3 905 K

Kyloall LW-W e1-315 4 / High metal content world

Distance to arrival:

776 ls

Estimated value:

17 472 cr

Earth masses:

6,0016

Radius:

10 117 km

Surface pressure:

12 166,66 Atmospheres

Gravity:

2,39 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

Hot thick Carbon dioxide-rich

Terraforming state:

Not terraformable

Surface temperature:

3 771 K

Kyloall LW-W e1-315 5 / High metal content world (Landable)

Distance to arrival:

773 ls

Estimated value:

15 980 cr

Earth masses:

2,0820

Radius:

7 537 km

Gravity:

1,49 G

Volcanism:

Minor Metallic Magma

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

844 K

Materials:

Fe (22,1%) Ni (16,7%) S (15,6%) C (13,1%) Cr (9,9%) P (8,4%) Zn (6,0%) Ge (4,6%) Nb (1,5%) W (1,2%) Tc (0,8%)

Kyloall LW-W e1-315 6 / High metal content world

Distance to arrival:

940 ls

Estimated value:

16 218 cr

Earth masses:

2,5027

Radius:

7 905 km

Surface pressure:

219,80 Atmospheres

Gravity:

1,63 G

Volcanism:

Metallic Magma

Atmosphere:

Hot thick Carbon dioxide

Terraforming state:

Not terraformable

Surface temperature:

2 397 K

Kyloall LW-W e1-315 7 / Class III gas giant

Distance to arrival:

1 424 ls

Estimated value:

599 cr

Earth masses:

16,8278

Radius:

18 965 km

Gravity:

1,90 G

Volcanism:

No volcanism

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

612 K

Kyloall LW-W e1-315 8 / High metal content world

Distance to arrival:

1 435 ls

Estimated value:

15 656 cr

Earth masses:

1,6006

Radius:

6 983 km

Surface pressure:

128,36 Atmospheres

Gravity:

1,34 G

Volcanism:

Minor Metallic Magma

Atmosphere:

Hot thick Carbon dioxide

Terraforming state:

Not terraformable

Surface temperature:

1 859 K

Kyloall LW-W e1-315 9 / T Tauri Star

Distance to arrival:

2 835 ls

Estimated value:

1 201 cr

Solar masses:

0,0586

Solar radius:

0,1837

Age:

168 million years

Luminosity:

VI

Surface temperature:

852 K

Kyloall LW-W e1-315 10 / Class III gas giant

Distance to arrival:

3 000 ls

Estimated value:

634 cr

Earth masses:

29,3932

Radius:

27 852 km

Gravity:

1,54 G

Volcanism:

No volcanism

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

464 K

Kyloall LW-W e1-315 11 / High metal content world

Distance to arrival:

3 000 ls

Estimated value:

16 389 cr

Earth masses:

2,8470

Radius:

8 236 km

Surface pressure:

411,01 Atmospheres

Gravity:

1,71 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

Hot thick Carbon dioxide

Terraforming state:

Not terraformable

Surface temperature:

1 613 K

Kyloall LW-W e1-315 12 / T Tauri Star

Distance to arrival:

3 752 ls

Estimated value:

1 201 cr

Solar masses:

0,0391

Solar radius:

0,1418

Age:

168 million years

Luminosity:

VI

Surface temperature:

718 K

Kyloall LW-W e1-315 12 a / Rocky body (Landable)

Distance to arrival:

3 812 ls

Estimated value:

500 cr

Earth masses:

0,0264

Radius:

2 038 km

Gravity:

0,26 G

Volcanism:

No volcanism

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

405 K

Materials:

Fe (20,6%) S (18,4%) Ni (15,6%) C (15,5%) P (9,9%) Mn (8,5%) Ge (5,4%) Zr (2,4%) Nb (1,4%) Te (1,4%) Hg (0,9%)

Kyloall LW-W e1-315 13 / Class III gas giant

Distance to arrival:

5 431 ls

Estimated value:

715 cr

Earth masses:

87,1706

Radius:

26 063 km

Gravity:

5,22 G

Volcanism:

No volcanism

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

325 K

Kyloall LW-W e1-315 13 a / Rocky body

Distance to arrival:

5 413 ls

Estimated value:

500 cr

Earth masses:

0,1892

Radius:

3 846 km

Surface pressure:

1,17 Atmospheres

Gravity:

0,52 G

Volcanism:

No volcanism

Atmosphere:

Sulphur dioxide

Terraforming state:

Not terraformable

Surface temperature:

343 K

Kyloall LW-W e1-315 14 / High metal content world

Distance to arrival:

7 191 ls

Estimated value:

21 885 cr

Earth masses:

56,2353

Radius:

16 450 km

Surface pressure:

190 526,50 Atmospheres

Gravity:

8,45 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

Hot thick Water

Terraforming state:

Not terraformable

Surface temperature:

2 769 K

Kyloall LW-W e1-315 14 a / Rocky body

Distance to arrival:

7 200 ls

Estimated value:

143 719 cr

Earth masses:

0,7551

Radius:

5 891 km

Surface pressure:

137,67 Atmospheres

Gravity:

0,89 G

Volcanism:

No volcanism

Atmosphere:

Hot thick Carbon dioxide

Terraforming state:

Candidate for terraforming

Surface temperature:

839 K

Kyloall LW-W e1-315 [#1354019850452]

Kyloall LW-W e1-315 _{[#1354019850452]}