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

	Thruster Mounting		Integrity	Mass	Power	Price
2E	Thrusters	Normal-space propulsion system.	46	2,5 t	2 MW	1 980 CR
2D	Thrusters	Normal-space propulsion system.	41	1 t	2,25 MW	5 930 CR
3E	Thrusters	Normal-space propulsion system.	58	5 t	2,48 MW	6 270 CR
3D	Thrusters	Normal-space propulsion system.	51	2 t	2,79 MW	18 810 CR
4E	Thrusters	Normal-space propulsion system.	72	10 t	3,28 MW	19 880 CR
4D	Thrusters	Normal-space propulsion system.	64	4 t	3,69 MW	59 630 CR
5E	Thrusters	Normal-space propulsion system.	86	20 t	4,08 MW	63 010 CR
5D	Thrusters	Normal-space propulsion system.	77	8 t	4,59 MW	189 040 CR
6E	Thrusters	Normal-space propulsion system.	102	40 t	5,04 MW	199 750 CR
6D	Thrusters	Normal-space propulsion system.	90	16 t	5,67 MW	599 240 CR
7E	Thrusters	Normal-space propulsion system.	118	80 t	6,08 MW	633 200 CR
7D	Thrusters	Normal-space propulsion system.	105	32 t	6,84 MW	1 899 600 CR
8E	Thrusters	Normal-space propulsion system.	135	160 t	7,2 MW	2 007 240 CR
8D	Thrusters	Normal-space propulsion system.	120	64 t	8,1 MW	6 021 720 CR

	FSD Housing		Integrity	Mass	Power	Price
2E	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	46	2,5 t	0,16 MW	1 980 CR
2D	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	41	1 t	0,18 MW	5 930 CR
3E	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	58	5 t	0,24 MW	6 270 CR
3D	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	51	2 t	0,27 MW	18 810 CR
4E	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	72	10 t	0,24 MW	19 880 CR
4D	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	64	4 t	0,27 MW	59 630 CR
5E	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	86	20 t	0,32 MW	63 010 CR
5D	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	77	8 t	0,36 MW	189 040 CR
6E	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	102	40 t	0,4 MW	199 750 CR
6D	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	90	16 t	0,45 MW	599 240 CR
7E	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	118	80 t	0,48 MW	633 200 CR
7D	Frame Shift Drive	Device that allows supercruise travel and hyperspace jumps between star systems.	105	32 t	0,54 MW	1 899 600 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

Optional Internal

	Cargo Racks		Integrity	Mass	Power	Price
1E	Cargo Rack	Standardised storage rack for use in automated cargo transfer system.	??	0 t	0 MW	1 000 CR
2E	Cargo Rack	Standardised storage rack for use in automated cargo transfer system.	??	0 t	0 MW	3 250 CR
3E	Cargo Rack	Standardised storage rack for use in automated cargo transfer system.	??	0 t	0 MW	10 560 CR

	Refineries		Integrity	Mass	Power	Price
1E	Refinery	Converts scooped fragments into usable resources (requires mining laser).	32	0 t	0,14 MW	6 000 CR
1D	Refinery	Converts scooped fragments into usable resources (requires mining laser).	??	0 t	0,18 MW	18 000 CR
1C	Refinery	Converts scooped fragments into usable resources (requires mining laser).	40	0 t	0,23 MW	54 000 CR
1B	Refinery	Converts scooped fragments into usable resources (requires mining laser).	56	0 t	0,28 MW	162 000 CR
2E	Refinery	Converts scooped fragments into usable resources (requires mining laser).	??	0 t	0,17 MW	12 600 CR
2D	Refinery	Converts scooped fragments into usable resources (requires mining laser).	31	0 t	0,22 MW	37 800 CR
2C	Refinery	Converts scooped fragments into usable resources (requires mining laser).	51	0 t	0,28 MW	113 400 CR
2B	Refinery	Converts scooped fragments into usable resources (requires mining laser).	71	0 t	0,34 MW	340 200 CR
3E	Refinery	Converts scooped fragments into usable resources (requires mining laser).	51	0 t	0,2 MW	26 460 CR
3D	Refinery	Converts scooped fragments into usable resources (requires mining laser).	38	0 t	0,27 MW	79 380 CR
3C	Refinery	Converts scooped fragments into usable resources (requires mining laser).	64	0 t	0,34 MW	238 140 CR
3B	Refinery	Converts scooped fragments into usable resources (requires mining laser).	90	0 t	0,41 MW	714 420 CR
4E	Refinery	Converts scooped fragments into usable resources (requires mining laser).	64	0 t	0,25 MW	55 570 CR
4D	Refinery	Converts scooped fragments into usable resources (requires mining laser).	48	0 t	0,33 MW	166 700 CR
4C	Refinery	Converts scooped fragments into usable resources (requires mining laser).	80	0 t	0,41 MW	500 090 CR

	Shield Generators		Integrity	Mass	Power	Price
2E	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	41	2,5 t	0,9 MW	1 980 CR
2D	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	31	1 t	1,2 MW	5 930 CR
2C	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	51	2,5 t	1,5 MW	17 800 CR
3E	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	51	5 t	1,08 MW	6 270 CR
3D	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	38	2 t	1,44 MW	18 810 CR
3C	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	64	5 t	1,8 MW	56 440 CR
4E	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	64	10 t	1,32 MW	19 880 CR
4D	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	48	4 t	1,76 MW	59 630 CR
4C	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	80	10 t	2,2 MW	178 900 CR
5E	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	77	20 t	1,56 MW	63 010 CR
5D	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	58	8 t	2,08 MW	189 040 CR
5C	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	96	20 t	2,6 MW	567 110 CR
6E	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	90	40 t	1,86 MW	199 750 CR
6D	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	68	16 t	2,48 MW	599 240 CR
6C	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	113	40 t	3,1 MW	1 797 730 CR
7E	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	105	80 t	2,1 MW	633 200 CR
7D	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	79	32 t	2,8 MW	1 899 600 CR
7C	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	131	80 t	3,5 MW	5 698 790 CR
8E	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	120	160 t	2,4 MW	2 007 240 CR
8D	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	90	64 t	3,2 MW	6 021 720 CR
8C	Shield Generator	Forms a continually regenerating protective energy shield around the vessel.	150	160 t	4 MW	18 065 170 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	??