Core Internal

	Environment Control		Integrity	Mass	Power	Price
1C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	40	1,3 т	0,4 МВт	3 230 кр
1B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	44	2 т	0,44 МВт	8 080 кр
1A	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	48	1,3 т	0,48 МВт	20 200 кр
2C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	51	2,5 т	0,46 МВт	9 050 кр
2B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	56	4 т	0,51 МВт	22 620 кр
2A	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	61	2,5 т	0,55 МВт	56 550 кр
3C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	64	5 т	0,53 МВт	25 330 кр
3B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	70	8 т	0,58 МВт	63 330 кр
3A	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	77	5 т	0,64 МВт	158 330 кр
4C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	80	10 т	0,62 МВт	70 930 кр
4B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	88	16 т	0,68 МВт	177 330 кр
4A	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	96	10 т	0,74 МВт	443 330 кр
5C	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	96	20 т	0,71 МВт	198 610 кр
5B	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	106	32 т	0,78 МВт	496 530 кр
5A	Life Support	Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system.	115	20 т	0,85 МВт	1 241 320 кр

	Sensor Suite		Integrity	Mass	Power	Price
1C	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	40	1,3 т	0,2 МВт	3 230 кр
1B	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	48	2 т	0,33 МВт	8 080 кр
2C	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	51	2,5 т	0,23 МВт	9 050 кр
2B	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	61	4 т	0,38 МВт	22 620 кр
3C	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	64	5 т	0,28 МВт	25 330 кр
3B	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	77	8 т	0,46 МВт	63 330 кр
4C	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	80	10 т	0,34 МВт	70 930 кр
4B	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	96	16 т	0,56 МВт	177 330 кр
5C	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	96	20 т	0,41 МВт	198 610 кр
6D	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	90	16 т	0,45 МВт	222 440 кр
6C	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	113	40 т	0,5 МВт	556 110 кр
7D	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	105	32 т	0,53 МВт	622 840 кр
7C	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	131	80 т	0,59 МВт	1 557 110 кр
8D	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	120	64 т	0,62 МВт	1 743 960 кр
8C	Sensors	Standard suite providing basic detection, identification and targeting capabilities.	150	160 т	0,69 МВт	4 359 900 кр

Optional Internal

	Cargo Racks		Integrity	Mass	Power	Price
4E	Cargo Rack	Standardised storage rack for use in automated cargo transfer system.	??	0 т	0 МВт	34 330 кр
5E	Cargo Rack	Standardised storage rack for use in automated cargo transfer system.	??	0 т	0 МВт	111 570 кр
6E	Cargo Rack	Standardised storage rack for use in automated cargo transfer system.	??	0 т	0 МВт	362 590 кр

	Fighter Hangars		Integrity	Mass	Power	Price
5D	Fighter Hangar	A module designed to house ship launched vehicles.	??	20 т	0,25 МВт	575 660 кр
6D	Fighter Hangar	A module designed to house ship launched vehicles.	??	40 т	0,35 МВт	1 869 350 кр

	Hull Reinforcements		Integrity	Mass	Power	Price
1D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	1 т	0 МВт	15 000 кр
2D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	51	2 т	0 МВт	36 000 кр
3D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	4 т	0 МВт	84 000 кр
4D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	8 т	0 МВт	195 000 кр
5D	Hull Reinforcement Package	Increases the ship's hull integrity and resistance to damage.	??	16 т	0 МВт	450 000 кр

	Module Reinforcements		Integrity	Mass	Power	Price
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 т	0 МВт	15 000 кр
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 т	0 МВт	36 000 кр
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 т	0 МВт	84 000 кр
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 т	0 МВт	195 000 кр
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 т	0 МВт	450 000 кр

	Planetary Vehicle Hangars		Integrity	Mass	Power	Price
2G	Planetary Vehicle Hangar	A module designed to house ground-based vehicles.	??	6 т	0,75 МВт	21 600 кр
4H	Planetary Vehicle Hangar	A module designed to house ground-based vehicles.	??	20 т	0,4 МВт	72 000 кр
4G	Planetary Vehicle Hangar	A module designed to house ground-based vehicles.	??	10 т	1,2 МВт	86 400 кр

	Surface Scanners		Integrity	Mass	Power	Price
1C	Detailed Surface Scanner	Advanced stellar body scanner used during exploration.	20	0 т	0 МВт	250 000 кр

Utility Mount

	Shield Boosters		Integrity	Mass	Power	Price
0B	Shield Booster	Strengthens the active shield if powered. Multiple boosters stack in effectiveness.	45	3 т	1 МВт	122 000 кр
0A	Shield Booster	Strengthens the active shield if powered. Multiple boosters stack in effectiveness.	48	3,5 т	1,2 МВт	281 000 кр

	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 т	0,2 МВт	??
0D	Pulse Wave Analyser	Pulse wave analysers are used to detect anomalous readings within solid objects, more specifically within asteroid fields.	??	1,3 т	0,4 МВт	??
0C	Pulse Wave Analyser	Pulse wave analysers are used to detect anomalous readings within solid objects, more specifically within asteroid fields.	??	1,3 т	0,8 МВт	??
0B	Pulse Wave Analyser	Pulse wave analysers are used to detect anomalous readings within solid objects, more specifically within asteroid fields.	??	1,3 т	1,6 МВт	??