Core Internal

	Environment Control		Integrity	Mass	Power	Price
1D	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	36	0,5 t	0,36 MW	1.290 cr
1C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	40	1,3 t	0,4 MW	3.230 cr
1B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	44	2 t	0,44 MW	8.080 cr
2D	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	46	1 t	0,41 MW	3.620 cr
2C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	51	2,5 t	0,46 MW	9.050 cr
2B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	56	4 t	0,51 MW	22.620 cr
3D	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	58	2 t	0,48 MW	10.130 cr
3C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	64	5 t	0,53 MW	25.330 cr
3B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	70	8 t	0,58 MW	63.330 cr
4D	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	72	4 t	0,56 MW	28.370 cr
4C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	80	10 t	0,62 MW	70.930 cr
4B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	88	16 t	0,68 MW	177.330 cr
5D	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	86	8 t	0,64 MW	79.440 cr
5C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	96	20 t	0,71 MW	198.610 cr
5B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	106	32 t	0,78 MW	496.530 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

Optional Internal

	AFM Units		Integrity	Mass	Power	Price
1B	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	56	0 t	1,04 MW	270.000 cr
1A	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	46	0 t	1,26 MW	810.000 cr
2B	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	71	0 t	1,29 MW	486.000 cr
2A	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	59	0 t	1,58 MW	1.458.000 cr
3B	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	90	0 t	1,55 MW	874.800 cr
3A	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	74	0 t	1,89 MW	2.624.400 cr
4B	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	112	0 t	1,9 MW	1.574.640 cr
4A	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	92	0 t	2,31 MW	4.723.920 cr
5B	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	134	0 t	2,24 MW	2.834.350 cr
5A	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	110	0 t	2,73 MW	8.503.060 cr
6B	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	158	0 t	2,67 MW	5.101.830 cr
6A	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	130	0 t	3,26 MW	15.305.500 cr
7B	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	183	0 t	3,02 MW	9.183.300 cr
7A	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	151	0 t	3,68 MW	27.549.900 cr
8B	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	210	0 t	3,45 MW	16.529.940 cr
8A	Auto Field-Maintenance Unit	Allows in-flight repair of internal ship modules. Can restore broken modules. Requires ammunition.	173	0 t	4,2 MW	49.589.820 cr

	Cargo Racks		Integrity	Mass	Power	Price
4E	Cargo Rack	Standardised storage rack for use in automated cargo transfer system.	??	0 t	0 MW	34.330 cr
5E	Cargo Rack	Standardised storage rack for use in automated cargo transfer system.	??	0 t	0 MW	111.570 cr
6E	Cargo Rack	Standardised storage rack for use in automated cargo transfer system.	??	0 t	0 MW	362.590 cr

	Docking Computers		Integrity	Mass	Power	Price
1E	Standard Docking Computer	Allows automated docking sequence at all starports and outposts.	??	0 t	0,39 MW	4.500 cr
1E	Advanced Docking Computer	??	??	0 t	0,45 MW	??
1E	Supercruise Assist	??	10	0 t	0,3 MW	??

	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

	Hull Reinforcements		Integrity	Mass	Power	Price
1E	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	2 t	0 MW	5.000 cr
1D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	1 t	0 MW	15.000 cr
2E	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	4 t	0 MW	12.000 cr
2D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	51	2 t	0 MW	36.000 cr
3E	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	8 t	0 MW	28.000 cr
3D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	4 t	0 MW	84.000 cr
4E	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	16 t	0 MW	65.000 cr
4D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	8 t	0 MW	195.000 cr
5E	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	32 t	0 MW	150.000 cr
5D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	16 t	0 MW	450.000 cr

	Module Reinforcements		Integrity	Mass	Power	Price
1E	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has high damage capacity but low absorption of module damage. I.e. it can absorb a small proportion of module damage each time over a long period before running out of damage capacity.	??	2 t	0 MW	5.000 cr
1D	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has low damage capacity but high absorption of module damage. I.e. it can absorb a large proportion of module damage each time over a short period before running out of damage capacity.	??	1 t	0 MW	15.000 cr
2E	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has high damage capacity but low absorption of module damage. I.e. it can absorb a small proportion of module damage each time over a long period before running out of damage capacity.	??	4 t	0 MW	12.000 cr
2D	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has low damage capacity but high absorption of module damage. I.e. it can absorb a large proportion of module damage each time over a short period before running out of damage capacity.	??	2 t	0 MW	36.000 cr
3E	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has high damage capacity but low absorption of module damage. I.e. it can absorb a small proportion of module damage each time over a long period before running out of damage capacity.	??	8 t	0 MW	28.000 cr
3D	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has low damage capacity but high absorption of module damage. I.e. it can absorb a large proportion of module damage each time over a short period before running out of damage capacity.	??	4 t	0 MW	84.000 cr
4E	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has high damage capacity but low absorption of module damage. I.e. it can absorb a small proportion of module damage each time over a long period before running out of damage capacity.	??	16 t	0 MW	65.000 cr
4D	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has low damage capacity but high absorption of module damage. I.e. it can absorb a large proportion of module damage each time over a short period before running out of damage capacity.	??	8 t	0 MW	195.000 cr
5E	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has high damage capacity but low absorption of module damage. I.e. it can absorb a small proportion of module damage each time over a long period before running out of damage capacity.	??	32 t	0 MW	150.000 cr
5D	Module Reinforcement Package	Protects modules against weapons fire that penetrates the hull. This version of the module has low damage capacity but high absorption of module damage. I.e. it can absorb a large proportion of module damage each time over a short period before running out of damage capacity.	??	16 t	0 MW	450.000 cr

	Planetary Vehicle Hangars		Integrity	Mass	Power	Price
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
4G	Planetary Vehicle Hangar	A module designed to house ground-based vehicles.	??	10 t	1,2 MW	86.400 cr

	Shield Cell Banks		Integrity	Mass	Power	Price
1B	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	56	2 t	0,83 MW	8.078 cr
1A	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	48	1,3 t	0,97 MW	20.195 cr
2B	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	71	4 t	1,01 MW	22.619 cr
2A	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	61	2,5 t	1,18 MW	56.547 cr
3B	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	90	8 t	1,22 MW	61.909 cr
3A	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	77	5 t	1,43 MW	158.331 cr
4B	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	112	16 t	1,48 MW	177.331 cr
4A	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	96	10 t	1,72 MW	443.328 cr
5B	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	134	32 t	1,8 MW	496.527 cr
5A	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	115	20 t	2,1 MW	1.210.285 cr
6B	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	158	64 t	2,12 MW	1.390.275 cr
6A	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	136	40 t	2,48 MW	3.475.688 cr
7B	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	183	128 t	2,48 MW	3.892.770 cr
7A	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	157	80 t	2,9 MW	9.731.925 cr
8B	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	210	256 t	2,88 MW	10.899.756 cr
8A	Shield Cell Bank	Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields.	180	160 t	3,36 MW	27.249.391 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

	Chaff Launchers		Integrity	Mass	Power	Price
0I	Chaff Launcher	Signature tracking defence. When deployed, causes gimbal and turret-mounted devices to lose lock. Requires ammunition.	20	1,3 t	0,2 MW	8.500 cr

	ECMs		Integrity	Mass	Power	Price
0F	Electronic Countermeasure	Missile and torpedo defence. When deployed, causes affected ordnance to lose lock.	20	1,3 t	0,2 MW	12.500 cr

	Heatsink Launchers		Integrity	Mass	Power	Price
0I	Heat Sink Launcher	Purges ship's heat into a disposable sink block, which is then ejected. Requires ammunition.	45	1,3 t	0,2 MW	3.500 cr

	Point Defence		Integrity	Mass	Power	Price
0I	Point Defence	Missile defence. Automatically tracks and fires upon missiles and torpedoes in range when powered.	30	0,5 t	0,2 MW	18.550 cr

	Shield Boosters		Integrity	Mass	Power	Price
0D	Shield Booster	Strengthens the active shield if powered. Multiple boosters stack in effectiveness.	35	1 t	0,5 MW	23.000 cr
0C	Shield Booster	Strengthens the active shield if powered. Multiple boosters stack in effectiveness.	40	2 t	0,7 MW	53.000 cr
0B	Shield Booster	Strengthens the active shield if powered. Multiple boosters stack in effectiveness.	45	3 t	1 MW	122.000 cr

	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	??