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4.10.2-live.12913470

Mining

Equipment

Mining heads (17)

Mining head specifications
Mining headMining laser powerExtraction laser powerOptimal rangeMaximum rangeModule slotsInstabilityResistanceOptimal charge window sizeOptimal charge window rateInert material levelExtraction throughputCollection radiusMinimum throttleAdd to cart
Size S0 (4)
Arbor MHV Mining Laser——5 m15 m0-40%————3 cSCU/s2 m20%
Lawson Mining Laser35—5 m15 m0+30%-40%+40%0%—4 cSCU/s1 m20%
S0 Helix50—8 m18 m0——-40%+20%—5 cSCU/s1 m15%
S00 Hofstede35—8 m18 m0+30%-40%+40%+20%—4 cSCU/s1 m20%
Size S1 (7)
Arbor MH1 Mining Laser117 - 2340185060 m180 m1-35%+25%+40%—-30%——5%
Helix I Mining Laser780 - 3900185015 m45 m2—-30%-40%—-30%——20%
Hofstede-S1 Mining Laser130 - 2600129545 m135 m1+10%-30%+60%+20%-30%——5%
Impact I Mining Laser520 - 2600277545 m135 m2-10%+10%+20%-40%-30%——20%
Klein-S1 Mining Laser468 - 3120222045 m135 m0+35%-45%+20%—-30%——15%
Lancet MH1 Mining Laser624 - 3120185030 m90 m1-10%—-60%+40%-30%——20%
Pitman Mining Laser780 - 3900129540 m45 m2+35%+25%+40%-40%-40%——20%
Size S2 (6)
Arbor MH2 Mining Laser145 - 2900259090 m270 m2-35%+25%+40%—-40%——5%
Helix II Mining Laser1479 - 4930259030 m90 m3—-30%-40%—-40%——30%
Hofstede-S2 Mining Laser406 - 4060129560 m180 m2+10%-30%+60%+20%-40%——10%
Impact II Mining Laser1218 - 4060314560 m180 m3-10%+10%+20%-40%-40%——30%
Klein-S2 Mining Laser870 - 4350277560 m180 m1+35%-45%+20%—-40%——20%
Lancet MH2 Mining Laser1305 - 4350259045 m135 m2-10%—-60%+40%-40%——30%

Mining modules (29 / 29)

Mining module specifications
Mining moduleTypeMining laser powerExtraction laser powerInstabilityResistanceOptimal charge window sizeOptimal charge window rateOvercharge rateShatter damageInert material levelUsesDurationAdd to cart
Passive modules (20)
Deluge ModulePassive———-15.5%———————
FLTR ModulePassive—-15%——————-20%——
FLTR-L ModulePassive—-10%——————-23%——
FLTR-XL ModulePassive—-5%——————-24%——
Focus II ModulePassive-10%———+37%——————
Focus III ModulePassive-5%———+40%——————
Focus ModulePassive-15%———+30%——————
Overrun ModulePassive———-24.8%———————
Rieger ModulePassive+15%———-10%——————
Rieger-C2 ModulePassive+20%———-3%——————
Rieger-C3 ModulePassive+25%———-1%——————
Torrent II ModulePassive————-3%+35%—————
Torrent III ModulePassive————-1%+45%—————
Torrent ModulePassive————-10%+30%—————
Vaux ModulePassive—+15%———-20%—————
Vaux-C2 ModulePassive—+20%———-15%—————
Vaux-C3 ModulePassive—+25%———-5%—————
XTR ModulePassive—-15%——+15%———-5%——
XTR-L ModulePassive—-10%——+22%———-5.75%——
XTR-XL ModulePassive—-5%——+25%———-6%——
Active modules (9)
Brandt ModuleActive+35%——+15.5%———-30%—560 s
Clearcut ModuleActive————+30%————630 s
Forel ModuleActive—+50%—+15.5%——-60%——660 s
Lifeline ModuleActive——-20%-15.5%——+60%——315 s
Optimum ModuleActive-15%—-10%———-80%——560 s
Rime ModuleActive-15%——-24.8%———-10%—1020 s
Stampede ModuleActive+35%-15%-10%————-10%—630 s
Surge ModuleActive+50%—+10%-15.5%—————715 s
Torpid ModuleActive—————+60%-60%+40%—560 s

Configure Golem

Edit heads and modules directly on the ship.

Golem
S11
Head 1
Modules · 2
M1
M2

Golem

Where to mine?

Where to find materials

Mining type

Hover over a row for more information

Compositions grouped by rock type, concentration and maximum quality per portion, material instability, resistance and rock group sizes. Values shared across qualities of the same material are grouped.
Rock typePossible concentrationMaximum qualityInstabilityResistanceRock pack
Beryl (Raw)18 % of rocksMinimum distinct elements : 2
Beryl (Raw)5.7–11.7 %
1,000
3500.652 to 4 rocks
Beryl (Raw)38.3–88.3 %
490
Aslarite (Raw)14.2 % of rocksMinimum distinct elements : 4
Aslarite (Raw)2.82–6.82 %
1,000
7000.53 to 5 rocks
Aslarite (Raw)39.18–83.18 %
490
Agricium (Ore)2–5 %
789
3500.5
Titanium (Ore)2–5 %
789
00.1
Titanium (Ore)14.2 % of rocksMinimum distinct elements : 4
Titanium (Ore)9.7–15.7 %
1,000
00.13 to 5 rocks
Titanium (Ore)24.3–74.3 %
490
Agricium (Ore)2–5 %
789
3500.5
Aslarite (Raw)2–5 %
789
7000.5
Raw Ice10.4 % of rocksMinimum distinct elements : 2
Raw Ice9.7–15.7 %
1,000
0-0.54 to 6 rocks
Raw Ice34.3–84.3 %
490
Raw Silicon10.3 % of rocksMinimum distinct elements : 4
Raw Silicon5.7–11.7 %
1,000
50-0.24 to 6 rocks
Raw Silicon28.3–78.3 %
490
Hephaestanite (R)2–5 %
789
400-0.3
Hephaestanite (R)2–5 %
789
Aluminum (Ore)10.3 % of rocksMinimum distinct elements : 3
Aluminum (Ore)2.82–6.82 %
1,000
0-0.44 to 6 rocks
Aluminum (Ore)39.18–83.18 %
490
Corundum (Raw)5–10 %
789
500.1
Iron (Ore)10.3 % of rocksMinimum distinct elements : 2
Iron (Ore)9.7–15.7 %
1,000
50-0.44 to 6 rocks
Iron (Ore)34.3–84.3 %
490
Copper (Ore)10.3 % of rocksMinimum distinct elements : 3
Copper (Ore)5.7–11.7 %
1,000
50-0.74 to 6 rocks
Copper (Ore)28.3–78.3 %
490
Tin (Ore)5–10 %
789
0-0.2
Quantainium (Raw)2 % of rocksMinimum distinct elements : 3
Quantainium (Raw)5.7–11.7 %
1,000
1,0000.951 to 2 rocks
Quantainium (Raw)28.3–78.3 %
490
Beryl (Raw)5–10 %
789
3500.65

Data provided by UEX