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Rig Core
Name Attributes Cost Market Group
Capital Ancillary Current Router I Mass = 200 kg
Volume = 40 m3
Power Output Bonus = 10 %
radius = 100
100 Capital Engineering Rigs
107.175.892 ISK
Capital Ancillary Current Router II Mass = 200 kg
Volume = 40 m3
Power Output Bonus = 15 %
radius = 100
150 Capital Engineering Rigs
567.562.748 ISK
Capital Capacitor Control Circuit I Mass = 200 kg
Volume = 40 m3
Cap Recharge Time Reduction = -15 %
radius = 100
100 Capital Engineering Rigs
29.116.804 ISK
Capital Capacitor Control Circuit II Mass = 200 kg
Volume = 40 m3
Cap Recharge Time Reduction = -20 %
radius = 100
150 Capital Engineering Rigs
193.829.907 ISK
Capital Command Processor I Mass = 200 kg
Volume = 40 m3
Maximum Active Command Relays = +1
radius = 100
150 Capital Engineering Rigs
16.688.460 ISK
Capital Egress Port Maximizer I Mass = 200 kg
Volume = 40 m3
Capacitor Need Bonus = -15 %
radius = 100
100 Capital Engineering Rigs

Capital Egress Port Maximizer II Mass = 200 kg
Volume = 40 m3
Capacitor Need Bonus = -20 %
radius = 100
150 Capital Engineering Rigs

Capital Liquid Cooled Electronics I CPU Need Bonus = -10 %
Mass = 200 kg
Volume = 40 m3
radius = 100
100 Capital Engineering Rigs

Capital Liquid Cooled Electronics II CPU Need Bonus = -15 %
Mass = 200 kg
Volume = 40 m3
radius = 100
150 Capital Engineering Rigs

Capital Powergrid Subroutine Maximizer I CPU Need Bonus = -15 %
Mass = 200 kg
Volume = 40 m3
radius = 100
50 Capital Engineering Rigs

Capital Powergrid Subroutine Maximizer II CPU Need Bonus = -20 %
Mass = 200 kg
Volume = 40 m3
radius = 100
75 Capital Engineering Rigs
65.000 ISK
Capital Processor Overclocking Unit I CPU Output Bonus = 7.1 %
Shield recharge rate bonus = -5 %
Mass = 200 kg
Volume = 40 m3
radius = 100
150 Capital Engineering Rigs
1.913.365 ISK
Capital Processor Overclocking Unit II CPU Output Bonus = 9.6 %
Shield recharge rate bonus = -10 %
Mass = 200 kg
Volume = 40 m3
radius = 100
300 Capital Engineering Rigs
144.025.320 ISK
Capital Semiconductor Memory Cell I Mass = 200 kg
Volume = 40 m3
Capacitor Modifier = 15 %
radius = 100
100 Capital Engineering Rigs
67.038.482 ISK
Capital Semiconductor Memory Cell II Mass = 200 kg
Volume = 40 m3
Capacitor Modifier = 20 %
radius = 100
150 Capital Engineering Rigs
467.448.822 ISK
Large Ancillary Current Router I Mass = 200 kg
Volume = 20 m3
Power Output Bonus = 10 %
radius = 100
100 Large Engineering Rigs
21.570.420 ISK
Large Ancillary Current Router II Mass = 200 kg
Volume = 20 m3
Power Output Bonus = 15 %
radius = 100
150 Large Engineering Rigs
130.167.035 ISK
Large Capacitor Control Circuit I Mass = 200 kg
Volume = 20 m3
Cap Recharge Time Reduction = -15 %
radius = 100
100 Large Engineering Rigs
7.075.418 ISK
Large Capacitor Control Circuit II Mass = 200 kg
Volume = 20 m3
Cap Recharge Time Reduction = -20 %
radius = 100
150 Large Engineering Rigs
43.790.638 ISK
Large Command Processor I Mass = 200 kg
Volume = 20 m3
Maximum Active Command Relays = +1
radius = 100
150 Large Engineering Rigs
2.812.500 ISK
Large Egress Port Maximizer I Mass = 200 kg
Volume = 20 m3
Capacitor Need Bonus = -15 %
radius = 100
100 Large Engineering Rigs
3.756.188 ISK
Large Egress Port Maximizer II Mass = 200 kg
Volume = 20 m3
Capacitor Need Bonus = -20 %
radius = 100
150 Large Engineering Rigs
32.307.004 ISK
Large Liquid Cooled Electronics I CPU Need Bonus = -10 %
Mass = 200 kg
Volume = 20 m3
radius = 100
100 Large Engineering Rigs
1.016.707 ISK
Large Liquid Cooled Electronics II CPU Need Bonus = -15 %
Mass = 200 kg
Volume = 20 m3
radius = 100
150 Large Engineering Rigs

Large Powergrid Subroutine Maximizer I CPU Need Bonus = -15 %
Mass = 200 kg
Volume = 20 m3
radius = 100
50 Large Engineering Rigs
3.424.660 ISK
Large Powergrid Subroutine Maximizer II CPU Need Bonus = -20 %
Mass = 200 kg
Volume = 20 m3
radius = 100
75 Large Engineering Rigs
24.487.804 ISK
Large Processor Overclocking Unit I CPU Output Bonus = 7.1 %
Shield recharge rate bonus = -5 %
Mass = 200 kg
Volume = 5 m3
radius = 100
150 Large Engineering Rigs
979.172 ISK
Large Processor Overclocking Unit II CPU Output Bonus = 9.6 %
Shield recharge rate bonus = -10 %
Mass = 200 kg
Volume = 5 m3
radius = 100
300 Large Engineering Rigs
29.127.989 ISK
Large Semiconductor Memory Cell I Mass = 200 kg
Volume = 20 m3
Capacitor Modifier = 15 %
radius = 100
100 Large Engineering Rigs
13.931.282 ISK
Large Semiconductor Memory Cell II Mass = 200 kg
Volume = 20 m3
Capacitor Modifier = 20 %
radius = 100
150 Large Engineering Rigs
89.637.007 ISK
Medium Ancillary Current Router I Mass = 200 kg
Volume = 10 m3
Power Output Bonus = 10 %
radius = 100
100 Medium Engineering Rigs
4.330.034 ISK
Medium Ancillary Current Router II Mass = 200 kg
Volume = 10 m3
Power Output Bonus = 15 %
radius = 100
150 Medium Engineering Rigs
26.100.258 ISK
Medium Capacitor Control Circuit I Mass = 200 kg
Volume = 10 m3
Cap Recharge Time Reduction = -15 %
radius = 100
100 Medium Engineering Rigs
1.367.356 ISK
Medium Capacitor Control Circuit II Mass = 200 kg
Volume = 10 m3
Cap Recharge Time Reduction = -20 %
radius = 100
150 Medium Engineering Rigs
10.348.495 ISK
Medium Command Processor I Mass = 200 kg
Volume = 10 m3
Maximum Active Command Relays = +1
radius = 100
150 Medium Engineering Rigs
632.467 ISK
Medium Egress Port Maximizer I Mass = 200 kg
Volume = 10 m3
Capacitor Need Bonus = -15 %
radius = 100
100 Medium Engineering Rigs
526.583 ISK
Medium Egress Port Maximizer II Mass = 200 kg
Volume = 10 m3
Capacitor Need Bonus = -20 %
radius = 100
150 Medium Engineering Rigs
11.511.534 ISK
Medium Liquid Cooled Electronics I CPU Need Bonus = -10 %
Mass = 200 kg
Volume = 10 m3
radius = 100
100 Medium Engineering Rigs
79.988 ISK
Medium Liquid Cooled Electronics II CPU Need Bonus = -15 %
Mass = 200 kg
Volume = 10 m3
radius = 100
150 Medium Engineering Rigs
5.977.784 ISK
Medium Powergrid Subroutine Maximizer I CPU Need Bonus = -15 %
Mass = 200 kg
Volume = 10 m3
radius = 100
50 Medium Engineering Rigs
407.206 ISK
Medium Powergrid Subroutine Maximizer II CPU Need Bonus = -20 %
Mass = 200 kg
Volume = 10 m3
radius = 100
75 Medium Engineering Rigs
9.615.044 ISK
Medium Processor Overclocking Unit I CPU Output Bonus = 7.1 %
Shield recharge rate bonus = -5 %
Mass = 200 kg
Volume = 5 m3
radius = 100
150 Medium Engineering Rigs
248.183 ISK
Medium Processor Overclocking Unit II CPU Output Bonus = 9.6 %
Shield recharge rate bonus = -10 %
Mass = 200 kg
Volume = 5 m3
radius = 100
300 Medium Engineering Rigs
6.039.496 ISK
Medium Semiconductor Memory Cell I Mass = 200 kg
Volume = 10 m3
Capacitor Modifier = 15 %
radius = 100
100 Medium Engineering Rigs
2.927.047 ISK
Medium Semiconductor Memory Cell II Mass = 200 kg
Volume = 10 m3
Capacitor Modifier = 20 %
radius = 100
150 Medium Engineering Rigs
18.707.341 ISK
Small Ancillary Current Router I Mass = 200 kg
Volume = 5 m3
Power Output Bonus = 10 %
radius = 100
100 Small Engineering Rigs
864.849 ISK
Small Ancillary Current Router II Mass = 200 kg
Volume = 5 m3
Power Output Bonus = 15 %
radius = 100
150 Small Engineering Rigs
4.057.396 ISK
Small Capacitor Control Circuit I Mass = 200 kg
Volume = 5 m3
Cap Recharge Time Reduction = -15 %
radius = 100
100 Small Engineering Rigs
302.584 ISK
Small Capacitor Control Circuit II Mass = 200 kg
Volume = 5 m3
Cap Recharge Time Reduction = -20 %
radius = 100
150 Small Engineering Rigs
3.517.968 ISK
Small Command Processor I Mass = 200 kg
Volume = 5 m3
Maximum Active Command Relays = +1
radius = 100
150 Small Engineering Rigs
159.931 ISK
Small Egress Port Maximizer I Mass = 200 kg
Volume = 5 m3
Capacitor Need Bonus = -15 %
radius = 100
100 Small Engineering Rigs
114.210 ISK
Small Egress Port Maximizer II Mass = 200 kg
Volume = 5 m3
Capacitor Need Bonus = -20 %
radius = 100
150 Small Engineering Rigs
2.809.255 ISK
Small Liquid Cooled Electronics I CPU Need Bonus = -10 %
Mass = 200 kg
Volume = 5 m3
radius = 100
100 Small Engineering Rigs
36.888 ISK
Small Liquid Cooled Electronics II CPU Need Bonus = -15 %
Mass = 200 kg
Volume = 5 m3
radius = 100
150 Small Engineering Rigs
535.109 ISK
Small Powergrid Subroutine Maximizer I CPU Need Bonus = -15 %
Mass = 200 kg
Volume = 5 m3
radius = 100
50 Small Engineering Rigs
134.406 ISK
Small Powergrid Subroutine Maximizer II CPU Need Bonus = -20 %
Mass = 200 kg
Volume = 5 m3
radius = 100
75 Small Engineering Rigs
1.862.407 ISK
Small Processor Overclocking Unit I CPU Output Bonus = 7.1 %
Shield recharge rate bonus = -5 %
Mass = 200 kg
Volume = 5 m3
radius = 100
150 Small Engineering Rigs
40.419 ISK
Small Processor Overclocking Unit II CPU Output Bonus = 9.6 %
Shield recharge rate bonus = -10 %
Mass = 200 kg
Volume = 5 m3
radius = 100
300 Small Engineering Rigs
2.132.181 ISK
Small Semiconductor Memory Cell I Mass = 200 kg
Volume = 5 m3
Capacitor Modifier = 15 %
radius = 100
100 Small Engineering Rigs
606.544 ISK
Small Semiconductor Memory Cell II Mass = 200 kg
Volume = 5 m3
Capacitor Modifier = 20 %
radius = 100
150 Small Engineering Rigs
4.421.075 ISK


Database: Invasion (2019-11-12)

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