Kyloarph WJ-A e2603 / Celestial bodies / EDSM

Kyloarph WJ-A e2603 1 / High metal content world

Distance to arrival:

193 ls

Estimated value:

17,970 cr

Earth masses:

8.1724

Radius:

13,055 km

Surface pressure:

95,342.91 Atmospheres

Reserve level:

Pristine

Gravity:

1.95 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

Hot thick Silicate vapour

Terraforming state:

Not terraformable

Surface temperature:

4,993 K

Kyloarph WJ-A e2603 2 / High metal content world

Distance to arrival:

193 ls

Estimated value:

16,427 cr

Earth masses:

2.9275

Radius:

9,018 km

Surface pressure:

0.00 Atmospheres

Reserve level:

Pristine

Gravity:

1.46 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

1,328 K

Kyloarph WJ-A e2603 3 / High metal content world

Distance to arrival:

304 ls

Estimated value:

17,404 cr

Earth masses:

5.7443

Radius:

9,971 km

Surface pressure:

28,385.86 Atmospheres

Reserve level:

Pristine

Gravity:

2.35 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

Hot thick Carbon dioxide-rich

Terraforming state:

Not terraformable

Surface temperature:

4,249 K

Kyloarph WJ-A e2603 4 / High metal content world

Distance to arrival:

432 ls

Estimated value:

16,259 cr

Earth masses:

2.5824

Radius:

8,009 km

Surface pressure:

1,181.12 Atmospheres

Gravity:

1.64 G

Volcanism:

Metallic Magma

Atmosphere:

Hot thick Carbon dioxide-rich

Terraforming state:

Not terraformable

Surface temperature:

3,018 K

Kyloarph WJ-A e2603 5 / High metal content world

Distance to arrival:

557 ls

Estimated value:

18,455 cr

Earth masses:

10.8463

Radius:

11,722 km

Surface pressure:

8,247.89 Atmospheres

Reserve level:

Pristine

Gravity:

3.21 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

Hot thick Carbon dioxide-rich

Terraforming state:

Not terraformable

Surface temperature:

3,522 K

Kyloarph WJ-A e2603 6 / High metal content world (Landable)

Distance to arrival:

553 ls

Estimated value:

15,825 cr

Earth masses:

1.8389

Radius:

7,269 km

Gravity:

1.42 G

Volcanism:

Minor Metallic Magma

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

781 K

Materials:

Fe (21.9%) Ni (16.6%) S (15.5%) C (13.0%) Mn (9.1%) P (8.3%) Zn (6.0%) V (5.4%) Cd (1.7%) Sn (1.4%) Te (1.2%)

Kyloarph WJ-A e2603 7 / High metal content world

Distance to arrival:

783 ls

Estimated value:

15,853 cr

Earth masses:

1.8805

Radius:

7,316 km

Surface pressure:

86.02 Atmospheres

Gravity:

1.43 G

Volcanism:

Minor Metallic Magma

Atmosphere:

Hot thick Carbon dioxide

Terraforming state:

Not terraformable

Surface temperature:

1,866 K

Kyloarph WJ-A e2603 8 / Class III gas giant

Distance to arrival:

1,019 ls

Estimated value:

609 cr

Earth masses:

19.9391

Radius:

17,031 km

Reserve level:

Pristine

Gravity:

2.80 G

Volcanism:

No volcanism

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

568 K

Kyloarph WJ-A e2603 9 / Class III gas giant

Distance to arrival:

1,402 ls

Estimated value:

717 cr

Earth masses:

89.6086

Radius:

43,516 km

Reserve level:

Pristine

Gravity:

1.92 G

Volcanism:

No volcanism

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

490 K

Kyloarph WJ-A e2603 10 / High metal content world (Landable)

Distance to arrival:

1,399 ls

Estimated value:

15,470 cr

Earth masses:

1.3673

Radius:

6,668 km

Gravity:

1.25 G

Volcanism:

Minor Metallic Magma

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

492 K

Materials:

Fe (22.7%) Ni (17.2%) S (16.0%) C (13.5%) Cr (10.2%) P (8.6%) Zn (6.2%) As (2.1%) Cd (1.8%) W (1.3%) Po (0.6%)

Kyloarph WJ-A e2603 11 / High metal content world

Distance to arrival:

1,727 ls

Estimated value:

16,124 cr

Earth masses:

2.3295

Radius:

7,773 km

Surface pressure:

343.39 Atmospheres

Gravity:

1.57 G

Volcanism:

Metallic Magma

Atmosphere:

Hot thick Carbon dioxide

Terraforming state:

Not terraformable

Surface temperature:

1,495 K

Kyloarph WJ-A e2603 11 a / Rocky body (Landable)

Distance to arrival:

1,729 ls

Estimated value:

500 cr

Earth masses:

0.0267

Radius:

2,046 km

Gravity:

0.26 G

Volcanism:

No volcanism

Atmosphere:

No atmosphere

Terraforming state:

Not terraformable

Surface temperature:

444 K

Materials:

Fe (21.1%) S (18.8%) Ni (16.0%) C (15.8%) P (10.1%) Zn (5.7%) Ge (5.6%) Zr (2.5%) Cd (1.6%) Te (1.4%) Mo (1.4%)

Kyloarph WJ-A e2603 12 / T Tauri Star

Distance to arrival:

2,488 ls

Estimated value:

1,201 cr

Solar masses:

0.0586

Solar radius:

0.1823

Age:

180 million years

Luminosity:

VI

Surface temperature:

899 K

Kyloarph WJ-A e2603 13 / High metal content world

Distance to arrival:

3,712 ls

Estimated value:

18,842 cr

Earth masses:

13.4506

Radius:

12,328 km

Surface pressure:

34,582.23 Atmospheres

Gravity:

3.60 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

Hot thick Water

Terraforming state:

Not terraformable

Surface temperature:

2,403 K

Kyloarph WJ-A e2603 14 / High metal content world

Distance to arrival:

4,466 ls

Estimated value:

20,119 cr

Earth masses:

25.7850

Radius:

14,188 km

Surface pressure:

71,181.59 Atmospheres

Gravity:

5.21 G

Volcanism:

Major Silicate Vapour Geysers

Atmosphere:

Hot thick Water

Terraforming state:

Not terraformable

Surface temperature:

2,419 K

Kyloarph WJ-A e2603 14 a / Rocky body

Distance to arrival:

4,456 ls

Estimated value:

151,113 cr

Earth masses:

1.5030

Radius:

7,232 km

Surface pressure:

247.76 Atmospheres

Gravity:

1.17 G

Volcanism:

No volcanism

Atmosphere:

Hot thick Carbon dioxide

Terraforming state:

Candidate for terraforming

Surface temperature:

888 K

Kyloarph WJ-A e2603 [#11180909217988]

Kyloarph WJ-A e2603 _{[#11180909217988]}