Asellus Primus [#1144348739947]
Baker's Prospect
[#3534459648]
Type :
Avant-poste planétaire
Astre :
Asellus 2
(338 c)
Coordonnées : -72.2866 / -152.449
Coordonnées : -72.2866 / -152.449
Allégeance :
Fédération des Pilotes
Gouvernement :
Démocratie
Économie :
Extraction
Installations :
Marchandises
Chantier naval
Équipement
Apex Interstellar Transport, Contacts, Crew Lounge, Frontline Solutions, Missions, Pioneer Supplies, Refuel, Repair, Restock, Search and Rescue, Tuning, Universal Cartographics, Vista Genomics
Chantier naval
Équipement
Apex Interstellar Transport, Contacts, Crew Lounge, Frontline Solutions, Missions, Pioneer Supplies, Refuel, Repair, Restock, Search and Rescue, Tuning, Universal Cartographics, Vista Genomics
Faction :
Statut de la faction :
None
Interdit:
Narcotics, Battle Weapons, Bootleg Liquor, Combat Stabilisers, Imperial Slaves, Landmines, Onionhead Gamma Strain, Personal Weapons, Slaves
Dernière mise à jour : 01/10/2024 19:18
Bulkheads |
---|
Adder | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
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 |
Cobra Mk III | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
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. | ?? | 14 t | ?? | 151 890 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 27 t | ?? | 341 750 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 27 t | ?? | 797 410 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 27 t | ?? | 895 000 cr |
Diamondback Explorer | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
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. | ?? | 23 t | ?? | 800 000 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 47 t | ?? | 1 800 000 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 47 t | ?? | 4 200 000 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 47 t | ?? | 4 714 000 cr |
Diamondback Scout | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
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. | ?? | 13 t | ?? | 225 700 cr |
1I | Military Grade Composite | Hardened structure and compounds offering superior protection against all types of attack. | ?? | 26 t | ?? | 507 900 cr |
1I | Mirrored Surface Composite | Specifically formulated structure offering superior resistance to thermal damage at the cost of vulnerability to kinetic attack. | ?? | 26 t | ?? | 1 185 100 cr |
1I | Reactive Surface Composite | Specifically formulated structure offering superior resistance to kinetic damage at the cost of vulnerability to thermal attack. | ?? | 26 t | ?? | 1 330 100 cr |
Eagle | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
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 | ||
---|---|---|---|---|---|---|
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 |
Sidewinder | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
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 |
Viper Mk III | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
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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Reactor Bay | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
2D | Power Plant | Consumes fuel to power all ship modules. | 41 | 1 t | ?? | 5 930 cr |
2C | Power Plant | Consumes fuel to power all ship modules. | 51 | 1,3 t | ?? | 17 800 cr |
2B | Power Plant | Consumes fuel to power all ship modules. | 61 | 2 t | ?? | 53 410 cr |
2A | Power Plant | Consumes fuel to power all ship modules. | 56 | 1,3 t | ?? | 160 220 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 |
3C | Power Plant | Consumes fuel to power all ship modules. | 64 | 2,5 t | ?? | 56 440 cr |
3B | Power Plant | Consumes fuel to power all ship modules. | 77 | 4 t | ?? | 169 300 cr |
3A | Power Plant | Consumes fuel to power all ship modules. | 70 | 2,5 t | ?? | 507 910 cr |
Thruster Mounting | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
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 |
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 | ||
---|---|---|---|---|---|---|
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 |
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 |
4C | Frame Shift Drive (SCO) | ?? | 90 | 10 t | ?? | ?? |
6C | Frame Shift Drive (SCO) | ?? | 130 | 40 t | ?? | ?? |
6A | Frame Shift Drive (SCO) | ?? | 141 | 40 t | 0,75 MW | ?? |
Power Coupling | Integrity | Mass | Power | Price | ||
---|---|---|---|---|---|---|
1D | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 32 | 0,5 t | 0,36 MW | 1 290 cr |
1C | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 40 | 1,3 t | 0,4 MW | 3 230 cr |
1B | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 48 | 2 t | 0,44 MW | 8 080 cr |
1A | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 44 | 1,3 t | 0,48 MW | 20 200 cr |
2C | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 51 | 2,5 t | 0,45 MW | 9 050 cr |
2B | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 61 | 4 t | 0,5 MW | 22 620 cr |
2A | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 56 | 2,5 t | 0,54 MW | 56 550 cr |
3D | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 51 | 2 t | 0,45 MW | 10 130 cr |
3C | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 64 | 5 t | 0,5 MW | 25 330 cr |
3A | Power Distributor | Distribution system for ENG, SYS and WEP capacitors. | 70 | 5 t |