Bulkheads |
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Adder | Integrity | Mass | Power | Price | ||
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1I | Lightweight Alloy | Standard protection against all types of attack. | ?? | 0 t | ?? | 0 cr |
1I | Reinforced Alloy | Advanced structure and compounds offer improved resistance against all types of attack. | ?? | 3 t | ?? | 35 120 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 5 t | ?? | 79 030 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 5 t | ?? | 186 770 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 5 t | ?? | 206 960 cr |
Eagle | Integrity | Mass | Power | Price | ||
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1I | Lightweight Alloy | Standard protection against all types of attack. | ?? | 0 t | ?? | 0 cr |
1I | Reinforced Alloy | Advanced structure and compounds offer improved resistance against all types of attack. | ?? | 4 t | ?? | 26 880 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 8 t | ?? | 90 050 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 8 t | ?? | 140 090 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 8 t | ?? | 150 390 cr |
Hauler | Integrity | Mass | Power | Price | ||
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1I | Lightweight Alloy | Standard protection against all types of attack. | ?? | 0 t | ?? | 0 cr |
1I | Reinforced Alloy | Advanced structure and compounds offer improved resistance against all types of attack. | ?? | 1 t | ?? | 42 180 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 2 t | ?? | 185 050 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 2 t | ?? | 270 300 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 2 t | ?? | 282 420 cr |
Krait MkII | Integrity | Mass | Power | Price | ||
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1I | Lightweight Alloy | Standard protection against all types of attack. | ?? | 0 t | ?? | ?? |
1I | Reinforced Alloy | Advanced structure and compounds offer improved resistance against all types of attack. | ?? | 36 t | ?? | ?? |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 67 t | ?? | ?? |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 67 t | ?? | ?? |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 67 t | ?? | ?? |
Sidewinder | Integrity | Mass | Power | Price | ||
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1I | Lightweight Alloy | Standard protection against all types of attack. | ?? | 0 t | ?? | 0 cr |
1I | Reinforced Alloy | Advanced structure and compounds offer improved resistance against all types of attack. | ?? | 2 t | ?? | 25 600 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 4 t | ?? | 80 320 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 4 t | ?? | 132 060 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 4 t | ?? | 139 420 cr |
Type-6 Transporter | Integrity | Mass | Power | Price | ||
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1I | Lightweight Alloy | Standard protection against all types of attack. | ?? | 0 t | ?? | 0 cr |
1I | Reinforced Alloy | Advanced structure and compounds offer improved resistance against all types of attack. | ?? | 12 t | ?? | 418 380 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 23 t | ?? | 941 350 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 23 t | ?? | 2 224 730 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 23 t | ?? | 2 465 290 cr |
Type-7 Transporter | Integrity | Mass | Power | Price | ||
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1I | Lightweight Alloy | Standard protection against all types of attack. | ?? | 0 t | ?? | 0 cr |
1I | Reinforced Alloy | Advanced structure and compounds offer improved resistance against all types of attack. | ?? | 32 t | ?? | 6 988 900 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 63 t | ?? | 15 725 030 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 63 t | ?? | 37 163 480 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 63 t | ?? | 41 182 100 cr |
Viper MkIII | Integrity | Mass | Power | Price | ||
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1I | Lightweight Alloy | Standard protection against all types of attack. | ?? | 0 t | ?? | 0 cr |
1I | Reinforced Alloy | Advanced structure and compounds offer improved resistance against all types of attack. | ?? | 5 t | ?? | 57 170 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 9 t | ?? | 128 640 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 9 t | ?? | 304 010 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 9 t | ?? | 336 890 cr |
Core Internal |
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Thruster Mounting | Integrity | Mass | Power | Price | ||
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2D | Thrusters | Normal-space propulsion system. | 41 | 1 t | 2,25 MW | 5 930 cr |
2C | Thrusters | Normal-space propulsion system. | 51 | 2,5 t | 2,5 MW | 17 800 cr |
2B | Thrusters | Normal-space propulsion system. | 61 | 4 t | 2,75 MW | 53 410 cr |
2A | Thrusters | Normal-space propulsion system. | 56 | 2,5 t | 3 MW | 160 220 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 |
3C | Thrusters | Normal-space propulsion system. | 64 | 5 t | 3,1 MW | 56 440 cr |
3B | Thrusters | Normal-space propulsion system. | 77 | 8 t | 3,41 MW | 169 300 cr |
3A | Thrusters | Normal-space propulsion system. | 70 | 5 t | 3,72 MW | 507 910 cr |
FSD Housing | Integrity | Mass | Power | Price | ||
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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 |
2C | Frame Shift Drive | Device that allows supercruise travel and hyperspace jumps between star systems. | 51 | 2,5 t | 0,2 MW | 17 800 cr |
2B | Frame Shift Drive | Device that allows supercruise travel and hyperspace jumps between star systems. | 77 | 4 t | 0,25 MW | 53 410 cr |
2A | Frame Shift Drive | Device that allows supercruise travel and hyperspace jumps between star systems. | 64 | 2,5 t | 0,3 MW | 160 220 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 |
3C | Frame Shift Drive | Device that allows supercruise travel and hyperspace jumps between star systems. | 64 | 5 t | 0,3 MW | 56 440 cr |
3B | Frame Shift Drive | Device that allows supercruise travel and hyperspace jumps between star systems. | 96 | 8 t | 0,38 MW | 169 300 cr |
3A | Frame Shift Drive | Device that allows supercruise travel and hyperspace jumps between star systems. | 80 | 5 t | 0,45 MW | 507 910 cr |
Environment Control | Integrity | Mass | Power | Price | ||
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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 |
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 |
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 |
7A | Life Support | Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system. | 157 | 80 t | 1,08 MW | 9 731 930 cr |
8C | Life Support | Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system. | 150 | 160 t | 1 MW | 4 359 900 cr |
8A | Life Support | Regulates habitable ship atmosphere and provides emergency reservoir for pilot's Remlock system. | 180 | 160 t | 1,2 MW | 27 249 400 cr |
Power Coupling | Integrity | Mass | Power | Price | ||
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4D | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 64 | 4 t | 0,5 MW | 28 370 cr |
4C | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 80 | 10 t | 0,56 MW | 70 930 cr |
4B | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 96 | 16 t | 0,62 MW | 177 330 cr |
4A | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 88 | 10 t | 0,67 MW | 443 330 cr |
5D | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 77 | 8 t | 0,56 MW | 79 440 cr |
5B | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 115 | 32 t | 0,68 MW | 496 530 cr |
5A | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 106 | 20 t | 0,74 MW | 1 241 320 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 |
6C | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 113 | 40 t | 0,68 MW | 556 110 cr |
6B | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 136 | 64 t | 0,75 MW | 1 390 280 cr |
6A | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 124 | 40 t | 0,82 MW | 3 475 690 cr |
Sensor Suite |
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