Kamadhenu [#5031856116434]
T5N-WTN
[#3709621760]
Poslední aktualizace: 15.04.23 19:39
Core Internal |
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Environment Control | Integrity | Mass | Power | Price | ||
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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 |
1A | Life Support | Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system. | 48 | 1,3 t | 0,48 MW | 20 200 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 |
2A | Life Support | Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system. | 61 | 2,5 t | 0,55 MW | 56 550 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 |
3A | Life Support | Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system. | 77 | 5 t | 0,64 MW | 158 330 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 |
4A | Life Support | Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system. | 96 | 10 t | 0,74 MW | 443 330 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 |
5A | Life Support | Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system. | 115 | 20 t | 0,85 MW | 1 241 320 CR |
Sensor Suite | Integrity | Mass | Power | Price | ||
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1A | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 44 | 1,3 t | 0,6 MW | 20 200 CR |
2A | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 56 | 2,5 t | 0,69 MW | 56 550 CR |
3A | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 70 | 5 t | 0,84 MW | 158 330 CR |
4A | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 88 | 10 t | 1,02 MW | 443 330 CR |
5B | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 115 | 32 t | 0,68 MW | 496 530 CR |
5A | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 106 | 20 t | 1,23 MW | 1 241 320 CR |
6B | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 136 | 64 t | 0,83 MW | 1 390 280 CR |
6A | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 124 | 40 t | 1,5 MW | 3 475 690 CR |
7B | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 157 | 128 t | 0,97 MW | 3 892 770 CR |
7A | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 144 | 80 t | 1,77 MW | 9 731 930 CR |
8B | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 180 | 256 t | 1,14 MW | 10 899 760 CR |
8A | Sensors | Standard suite providing basic detection, identification and targeting capabilities. | 165 | 160 t | 2,07 MW | 27 249 390 CR |
Fuel Store | Integrity | Mass | Power | Price | ||
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7C | Fuel Tank | Storage container for fuel used by ship's power plant. | ?? | 0 t | 0 MW | 1 780 910 CR |
Optional Internal |
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AFM Units | Integrity | Mass | Power | Price | ||
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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 | ||
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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 | ||
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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 | ?? |
Fuel Scoops | Integrity | Mass | Power | Price | ||
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1A | Fuel Scoop | Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields. | 48 | 0 t | 0,32 MW | 82 270 CR |
2A | Fuel Scoop | Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields. | 61 | 0 t | 0,39 MW | 284 840 CR |
3A | Fuel Scoop | Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields. | 77 | 0 t | 0,48 MW | 902 950 CR |
4A | Fuel Scoop | Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields. | 96 | 0 t | 0,57 MW | 2 862 360 CR |
5A | Fuel Scoop | Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields. | 115 | 0 t | 0,7 MW | 9 073 690 CR |
6A | Fuel Scoop | Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields. | 136 | 0 t | 0,83 MW | 28 763 610 CR |
7A | Fuel Scoop | Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields. | 157 | 0 t | 0,97 MW | 91 180 640 CR |
8A | Fuel Scoop | Device that uses pre-charged cells to rapidly repair active shields. No effect on collapsed shields. | 180 | 0 t | 1,12 MW | 289 042 540 CR |
FSD Interdictors | Integrity | Mass | Power | Price | ||
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1B | Frame Shift Drive Interdictor | Used to pull targets out of supercruise. | 56 | 2 t | 0,28 MW | 324 000 CR |
1A | Frame Shift Drive Interdictor | Used to pull targets out of supercruise. | 48 | 1,3 t | 0,32 MW | 972 000 CR |
2B | Frame Shift Drive Interdictor | Used to pull targets out of supercruise. | 71 | 4 t | 0,34 MW | 907 200 CR |
2A | Frame Shift Drive Interdictor | Used to pull targets out of supercruise. | 61 | 2,5 t | 0,39 MW | 2 721 600 CR |
3B | Frame Shift Drive Interdictor | Used to pull targets out of supercruise. | 90 | 8 t | 0,41 MW | 2 540 160 CR |
3A | Frame Shift Drive Interdictor | Used to pull targets out of supercruise. | 77 | 5 t | 0,48 MW | 7 620 480 CR |
4B | Frame Shift Drive Interdictor | Used to pull targets out of supercruise. | 112 | 16 t | 0,49 MW | 7 112 450 CR |
4A | Frame Shift Drive Interdictor | Used to pull targets out of supercruise. | 96 | 10 t | 0,57 MW | 21 337 340 CR |
Fighter Hangars | Integrity | Mass | Power | Price | ||
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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 | ||
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1D | Hull Reinforcement Package | Increases the ship's hull integrity and resistance to damage. | ?? | 1 t | 0 MW | 15 000 CR |
2D | Hull Reinforcement Package | Increases the ship's hull integrity and resistance to damage. | 51 | 2 t | 0 MW | 36 000 CR |
3D | Hull Reinforcement Package | Increases the ship's hull integrity and resistance to damage. | ?? | 4 t | 0 MW | 84 000 CR |
4D | Hull Reinforcement Package | Increases the ship's hull integrity and resistance to damage. | ?? | 8 t | 0 MW | 195 000 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 | ||
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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 |
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 |
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 |
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 |
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 |
Passenger Cabins | Integrity | Mass | Power | Price | ||
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4C | First Class Passenger Cabin | First Class Passenger Cabin. | ?? | 10 t | 0 MW | 170 600 CR |
5C | First Class Passenger Cabin | First Class Passenger Cabin. | ?? | 20 t | 0 MW | 340 540 CR |
5B | Luxury Passenger Cabin | Luxury Class Passenger Cabin. | ?? | 20 t | 0 MW | 1 658 100 CR |
6C | First Class Passenger Cabin | First Class Passenger Cabin. | ?? | 40 t | 0 MW | 552 700 CR |
6B | Luxury Passenger Cabin | Luxury Class Passenger Cabin. | ?? | 40 t | 0 MW | 4 974 300 CR |
Planetary Vehicle Hangars | Integrity | Mass | Power | Price | ||
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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 |
Surface Scanners | Integrity | Mass | Power | Price | ||
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1C | Detailed Surface Scanner | Advanced stellar body scanner used during exploration. | 20 | 0 t | 0 MW | 250 000 CR |
Utility Mount |
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Heatsink Launchers | Integrity | Mass | Power | Price | ||
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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 |
Kill Warrant Scanners | Integrity | Mass | Power | Price | ||
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0B | Kill Warrant Scanner | Scanner that incorporates real-time communication with multiple law enforcement networks to obtain all issued bounties. | 56 | 1,3 t | 1,6 MW | 365 700 CR |
0A | Kill Warrant Scanner | Scanner that incorporates real-time communication with multiple law enforcement networks to obtain all issued bounties. | 48 | 1,3 t | 3,2 MW | 1 097 100 CR |
Manifest Scanners | Integrity | Mass | Power | Price | ||
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0B | Cargo Scanner | Scanner that can detect and analyse the contents of a targeted vessel's cargo hold and passenger cabins. | 56 | 1,3 t | 1,6 MW | 365 700 CR |
0A | Cargo Scanner | Scanner that can detect and analyse the contents of a targeted vessel's cargo hold and passenger cabins. | 48 | 1,3 t | 3,2 MW | 1 097 100 CR |
Shield Boosters | Integrity | Mass | Power | Price | ||
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0B | Shield Booster | Strengthens the active shield if powered. Multiple boosters stack in effectiveness. | 45 | 3 t | 1 MW | 122 000 CR |
0A | Shield Booster | Strengthens the active shield if powered. Multiple boosters stack in effectiveness. | 48 | 3,5 t | 1,2 MW | 281 000 CR |
Wake Scanners | Integrity | Mass | Power | Price | ||
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0B | Frame Shift Wake Scanner | Scanner that can calculate the destination of a hyperspace jump by analysis of frame shift energy wake. | 56 | 1,3 t | 1,6 MW | 365 700 CR |
0A | Frame Shift Wake Scanner | Scanner that can calculate the destination of a hyperspace jump by analysis of frame shift energy wake. | 48 | 1,3 t | 3,2 MW | 1 097 100 CR |
Pulse Wave Analyser | Integrity | Mass | Power | Price | ||
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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 | ?? |
0B | Pulse Wave Analyser | Pulse wave analysers are used to detect anomalous readings within solid objects, more specifically within asteroid fields. | ?? | 1,3 t | 1,6 MW | ?? |
0A | Pulse Wave Analyser | Pulse wave analysers are used to detect anomalous readings within solid objects, more specifically within asteroid fields. | ?? | 1,3 t | 3,2 MW | ?? |