Core Internal

	Reactor Bay		Integrity	Mass	Power	Price
2E	Power Plant	Consumes fuel to power all ship modules.	46	2.5 t	??	1,980 cr
2D	Power Plant	Consumes fuel to power all ship modules.	41	1 t	??	5,930 cr
3E	Power Plant	Consumes fuel to power all ship modules.	58	5 t	??	6,270 cr
3D	Power Plant	Consumes fuel to power all ship modules.	51	2 t	??	18,810 cr
4E	Power Plant	Consumes fuel to power all ship modules.	72	10 t	??	19,880 cr
4D	Power Plant	Consumes fuel to power all ship modules.	64	4 t	??	59,630 cr
5E	Power Plant	Consumes fuel to power all ship modules.	86	20 t	??	63,010 cr
5D	Power Plant	Consumes fuel to power all ship modules.	77	8 t	??	189,040 cr
6E	Power Plant	Consumes fuel to power all ship modules.	102	40 t	??	199,750 cr
6D	Power Plant	Consumes fuel to power all ship modules.	90	16 t	??	599,240 cr
7E	Power Plant	Consumes fuel to power all ship modules.	118	80 t	??	633,200 cr
7D	Power Plant	Consumes fuel to power all ship modules.	105	32 t	??	1,899,600 cr
8E	Power Plant	Consumes fuel to power all ship modules.	135	160 t	??	2,007,240 cr
8D	Power Plant	Consumes fuel to power all ship modules.	120	64 t	??	6,021,720 cr

	Power Coupling		Integrity	Mass	Power	Price
1E	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	36	1.3 t	0.32 MW	520 cr
1D	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	32	0.5 t	0.36 MW	1,290 cr
2E	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	46	2.5 t	0.36 MW	1,450 cr
2D	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	41	1 t	0.41 MW	3,620 cr
3E	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	58	5 t	0.4 MW	4,050 cr
3D	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	51	2 t	0.45 MW	10,130 cr
4E	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	72	10 t	0.45 MW	11,350 cr
4D	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	64	4 t	0.5 MW	28,370 cr
5E	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	86	20 t	0.5 MW	31,780 cr
5D	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	77	8 t	0.56 MW	79,440 cr
6E	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	102	40 t	0.54 MW	88,980 cr
6D	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	90	16 t	0.61 MW	222,440 cr
7E	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	118	80 t	0.59 MW	249,140 cr
8E	Power Distributor	Distribution system for ENG, SYS and WEP capacitors.	135	160 t	0.64 MW	697,580 cr

	Sensor Suite		Integrity	Mass	Power	Price
1E	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	36	1.3 t	0.16 MW	520 cr
1D	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	32	0.5 t	0.18 MW	1,290 cr
2E	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	46	2.5 t	0.18 MW	1,450 cr
2D	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	41	1 t	0.21 MW	3,620 cr
3E	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	58	5 t	0.22 MW	4,050 cr
3D	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	51	2 t	0.25 MW	10,130 cr
4E	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	72	10 t	0.27 MW	11,350 cr
4D	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	64	4 t	0.31 MW	28,370 cr
5E	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	86	20 t	0.33 MW	31,780 cr
5D	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	77	8 t	0.37 MW	79,440 cr
6E	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	102	40 t	0.4 MW	88,980 cr
7E	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	118	80 t	0.47 MW	249,140 cr
8E	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	135	160 t	0.55 MW	697,580 cr

	Fuel Store		Integrity	Mass	Power	Price
1C	Fuel Tank	Storage container for fuel used by ship's power plant.	??	0 t	0 MW	1,000 cr
2C	Fuel Tank	Storage container for fuel used by ship's power plant.	??	0 t	0 MW	3,750 cr
3C	Fuel Tank	Storage container for fuel used by ship's power plant.	??	0 t	0 MW	7,060 cr

Optional Internal

	Fuel Scoops		Integrity	Mass	Power	Price
1E	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	32	0 t	0.14 MW	310 cr
1D	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	24	0 t	0.18 MW	1,290 cr
2E	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	41	0 t	0.17 MW	1,070 cr
2D	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	31	0 t	0.22 MW	4,450 cr
3E	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	51	0 t	0.2 MW	3,390 cr
3D	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	38	0 t	0.27 MW	14,110 cr
4E	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	64	0 t	0.25 MW	10,730 cr
4D	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	48	0 t	0.33 MW	44,720 cr
5E	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	77	0 t	0.3 MW	34,030 cr
5D	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	58	0 t	0.4 MW	141,780 cr
6E	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	90	0 t	0.35 MW	107,860 cr
6D	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	68	0 t	0.47 MW	449,430 cr
7E	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	??	0 t	0.41 MW	341,930 cr
7D	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	79	0 t	0.55 MW	1,424,700 cr
8E	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	??	0 t	0.48 MW	1,083,910 cr
8D	Fuel Scoop	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	90	0 t	0.64 MW	4,516,290 cr

	Fighter Hangars		Integrity	Mass	Power	Price
5D	Fighter Hangar	A module designed to house ship launched vehicles.	??	20 t	0.25 MW	575,660 cr
6D	Fighter Hangar	A module designed to house ship launched vehicles.	??	40 t	0.35 MW	1,869,350 cr

	Planetary Vehicle Hangars		Integrity	Mass	Power	Price
2H	Planetary Vehicle Hangar	A module designed to house ground-based vehicles.	??	12 t	0.25 MW	18,000 cr
2G	Planetary Vehicle Hangar	A module designed to house ground-based vehicles.	??	6 t	0.75 MW	21,600 cr
4H	Planetary Vehicle Hangar	A module designed to house ground-based vehicles.	??	20 t	0.4 MW	72,000 cr

	Shield Generators		Integrity	Mass	Power	Price
1C	Bi-Weave Shield Generator	An alternative shield generator that sacrifices overall shield strength for a much faster recharge rate.	40	1.3 t	1.2 MW	7,710 cr
2C	Bi-Weave Shield Generator	An alternative shield generator that sacrifices overall shield strength for a much faster recharge rate.	51	2.5 t	1.5 MW	26,710 cr
2B	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	71	4 t	1.8 MW	53,410 cr
3C	Bi-Weave Shield Generator	An alternative shield generator that sacrifices overall shield strength for a much faster recharge rate.	64	5 t	1.8 MW	84,650 cr
3B	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	90	8 t	2.16 MW	169,300 cr
4C	Bi-Weave Shield Generator	An alternative shield generator that sacrifices overall shield strength for a much faster recharge rate.	80	10 t	2.2 MW	268,350 cr
4B	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	112	16 t	2.64 MW	536,690 cr
5C	Bi-Weave Shield Generator	An alternative shield generator that sacrifices overall shield strength for a much faster recharge rate.	96	20 t	2.6 MW	850,660 cr
5B	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	134	32 t	3.12 MW	1,701,320 cr
6C	Bi-Weave Shield Generator	An alternative shield generator that sacrifices overall shield strength for a much faster recharge rate.	113	40 t	3.1 MW	2,696,600 cr
6B	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	158	64 t	3.72 MW	5,393,180 cr
7C	Bi-Weave Shield Generator	An alternative shield generator that sacrifices overall shield strength for a much faster recharge rate.	131	80 t	3.5 MW	8,548,200 cr
7B	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	183	128 t	4.2 MW	17,096,370 cr
8C	Bi-Weave Shield Generator	An alternative shield generator that sacrifices overall shield strength for a much faster recharge rate.	150	160 t	4 MW	27,097,750 cr
8B	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	210	256 t	4.8 MW	54,195,500 cr

	Surface Scanners		Integrity	Mass	Power	Price
1C	Detailed Surface Scanner	Advanced stellar body scanner used during exploration.	20	0 t	0 MW	250,000 cr

Utility Mount

	Pulse Wave Analyser		Integrity	Mass	Power	Price
0E	Pulse Wave Analyser	Pulse wave analysers are used to detect anomalous readings within solid objects, more specifically within asteroid fields.	??	1.3 t	0.2 MW	??
0D	Pulse Wave Analyser	Pulse wave analysers are used to detect anomalous readings within solid objects, more specifically within asteroid fields.	??	1.3 t	0.4 MW	??
0C	Pulse Wave Analyser	Pulse wave analysers are used to detect anomalous readings within solid objects, more specifically within asteroid fields.	??	1.3 t	0.8 MW	??