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coriolis-data/modifications/specials.json

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{
"special_auto_loader": {
"id": 0,
"edname": "special_auto_loader",
"name": "Auto loader",
"description": "An experimental upgrade that automatically reloads the weapon, even when firing.",
"uuid": "640d6dde-f497-42cd-8bc9-73ab3fa1b43a",
"components": {
"Mechanical Equipment": 4,
"Mechanical Components": 3,
"High Density Composites": 3
}
},
"special_choke_canister": {
"id": 1,
"edname": "special_choke_canister",
"name": "Choke canister",
"uuid": "770007e7-398c-40ce-be02-22b227728aef"
},
"special_concordant_sequence": {
"id": 2,
"edname": "special_concordant_sequence",
"name": "Concordant sequence",
"description": "A modification that causes weapon strikes to temporarily enhance the regeneration rate of a wingman's shield, at the cost of increased heat generation.",
"uuid": "b556c19a-e756-45b1-846f-9ddc61af18a9",
"components": {
"Focus Crystals": 5,
"Modified Embedded Firmware": 3,
"Zirconium": 1
}
},
"special_corrosive_shell": {
"id": 3,
"edname": "special_corrosive_shell",
"name": "Corrosive shell",
"description": "Experimental rounds that temporarily weaken hull hardness and increase all damage taken, at the cost of reduced ammo capacity.",
"uuid": "a6faa870-ff89-4e48-b607-424e065cbd43",
"components": {
"Chemical Storage Units": 5,
"Precipitated Alloys": 4,
"Arsenic": 3
}
},
"special_blinding_shell": {
"id": 4,
"edname": "special_blinding_shell",
"name": "Dazzle shell",
"description": "Experimental shells that temporarily reduce a target's sensor acuity upon impact.",
"uuid": "0a1e29ee-2fc7-4cbd-bbda-e8803c3e03ac",
"components": {
"Mechanical Scrap": 5,
"Manganese": 4,
"Hybrid Capacitors": 5
}
},
"special_dispersal_field": {
"id": 5,
"edname": "special_dispersal_field",
"name": "Dispersal field",
"description": "Experimental upgrade that causes successful strikes to temporarily confuse all gimbal and turret hardpoints on the target, at the cost of direct damage potential.",
"uuid": "0e2dbd63-335d-4dca-8050-c7ca8ddc56b0",
"components": {
"Conductive Components": 5,
"Hybrid Capacitors": 5,
"Irregular Emission Data": 5,
"Worn Shield Emitters": 5
}
},
"special_distortion_field": {
"id": 6,
"edname": "special_distortion_field",
"name": "Distortion field",
"uuid": "4da956d5-df5b-4d4f-8651-22fd5e343454"
},
"special_drag_munitions": {
"id": 7,
"edname": "special_drag_munitions",
"name": "Drag munitions",
"description": "Experimental munitions that disrupt engine exhaust flow on the target, temporarily preventing ENG power distribution from increasing thrust.",
"uuid": "ca4cd540-660a-4fba-b38d-179f72125819",
"components": {
"Carbon": 5,
"Grid Resistors": 5,
"Molybdenum": 5
}
},
"special_emissive_munitions": {
"id": 8,
"edname": "special_emissive_munitions",
"name": "Emissive munitions",
"description": "Experimental upgrade that causes strikes to envelope the target in energetic particles, significantly amplifying its signature, at the cost of increasing heat generation for the attacker.",
"uuid": "16c9ed0f-63c0-4ff2-b2e0-59bbb294632d",
"components": {
"Mechanical Equipment": 4,
"Manganese": 3,
"Heat Exchangers": 3,
"Unexpected Emission Data": 3
}
},
"special_feedback_cascade": {
"id": 9,
"edname": "special_feedback_cascade",
"name": "Feedback cascade (Legacy)",
"description": "Rail slug energy charging mechanism, designed to interfere with shield cell operation. Strikes to a target deploying a shield cell will damage the shield cell bank and reduce shield restoration, at the cost of reduced damage from smaller rounds.",
"uuid": "fe22ebee-802a-4905-b390-f59a65c1394c"
},
"special_force_shell": {
"id": 10,
"edname": "special_force_shell",
"name": "Force shell",
"description": "A modification to allow firing of low explosive shells, designed to generate a propelling blast. Strikes to a target are capable of forcing ships off course, at the cost of shot accuracy.",
"uuid": "62056851-d2f2-474d-ba77-66c030c900e9",
"components": {
"Mechanical Scrap": 5,
"Zinc": 5,
"Heat Conduction Wiring": 3,
"Phase Alloys": 3
}
},
"special_fsd_interrupt": {
"id": 33,
"edname": "special_fsd_interrupt",
"name": "FSD interrupt",
"description": "Experimental munitions that cause the frame shift drive on the impacted ship to reboot, at the cost of reduced damage.",
"uuid": "c1400054-1c2b-487c-8854-7a22d96d4cd2",
"components": {
"Strange Wake Solutions": 3,
"Anomalous FSD Telemetry": 5,
"Mechanical Equipment": 5,
"Configurable Components": 3
}
},
"special_high_yield_shell": {
"id": 11,
"edname": "special_high_yield_shell",
"name": "High yield shell",
"description": "Modified munitions that convert a portion of damage to explosive, capable of hitting multiple internal modules if the attack breaches the hull, at the cost of a reduced fire rate.",
"uuid": "a950b42c-204f-4775-a0c5-21bfcec1fd14",
"components": {
"Mechanical Scrap": 5,
"Nickel": 5,
"Chemical Manipulators": 3,
"Proto Light Alloys": 3
}
},
"special_incendiary_rounds": {
"id": 12,
"edname": "special_incendiary_rounds",
"name": "Incendiary rounds",
"description": "Modified ammo system capable of delivering superheated rounds, increasing damage and converting a large portion to thermal.",
"uuid": "3526773e-a814-4bec-afbf-30db79a3e239",
"components": {
"Heat Conduction Wiring": 5,
"Phosphorus": 5,
"Sulphur": 5,
"Phase Alloys": 3
}
},
"special_inertial_impact": {
"id": 32,
"edname": "special_inertial_impact",
"name": "Inertial impact",
"description": "Experimental upgrade that increases damage and converts half of it to kinetic, at the cost of introducing aiming jitter.",
"uuid": "6eda22d3-8049-4bab-a125-762b12fa576a",
"components": {
"Flawed Focus Crystals": 5,
"Distorted Shield Cycle Recordings": 5,
"Atypical Disrupted Wake Echoes": 5
}
},
"special_ion_disruptor": {
"id": 13,
"edname": "special_ion_disruptor",
"name": "Ion disruptor",
"description": "Experimental munitions capable of disrupting a target's drives, causing them to reboot.",
"uuid": "d84e40ca-afc1-4b01-9940-034152d288e7",
"components": {
"Chemical Distillery": 3,
"Phosphorus": 5,
"Sulphur": 5,
"Electrochemical Arrays": 3
}
},
"special_mass_lock_munition": {
"id": 14,
"edname": "special_mass_lock_munition",
"name": "Mass lock munition",
"description": "Experimental warheads incorporating frame shift technology. Successful detonation significantly inhibits charging for supercruise.",
"uuid": "9e8635af-4077-4d7a-98dd-5220c8722688",
"components": {
"High Density Composites": 3,
"Mechanical Equipment": 5,
"Aberrant Shield Pattern Analysis": 3
}
},
"special_overload_munitions": {
"id": 15,
"edname": "special_overload_munitions",
"name": "Overload munitions",
"description": "Experimental munitions that convert a portion of explosive damage to thermal.",
"uuid": "c157bbd1-a14d-4aa2-9081-94cbfbdee558",
"components": {
"Germanium": 3,
"Filament Composites": 5,
"Tagged Encryption Codes": 4,
"Aberrant Shield Pattern Analysis": 2
}
},
"special_penetrator_payload": {
"id": 16,
"edname": "special_penetrator_payload",
"name": "Penetrator payload",
"description": "Deep cut munitions are guaranteed to penetrate upon impact with hull and are capable of damaging multiple internal modules.",
"uuid": "5d25c5bc-4b45-4119-bd87-71bfd0f85957",
"components": {
"Selenium": 3,
"Anomalous Bulk Scan Data": 5,
"Mechanical Components": 3,
"Tungsten": 3
}
},
"special_phasing_sequence": {
"id": 17,
"edname": "special_phasing_sequence",
"name": "Phasing sequence",
"description": "Modulating burst fire system designed to defeat shielding. A small amount of damage is able to bleed through shields and attack the target's hull directly, at the cost of minor damage reduction.",
"uuid": "47254ea9-c88f-43e0-9166-d1796649917b",
"components": {
"Configurable Components": 3,
"Focus Crystals": 5,
"Niobium": 3,
"Aberrant Shield Pattern Analysis": 3
}
},
"special_plasma_slug": {
"id": 18,
"edname": "special_plasma_slug",
"name": "Plasma slug (Legacy)",
"description": "Experimental upgrade allowing plasma slug ammo to be generated directly from ship fuel, at the cost of reduced damage.",
"uuid": "8794e18a-ecd5-4ebc-afd7-0b7d0d0cdd91"
},
"special_radiant_canister": {
"id": 19,
"edname": "special_radiant_canister",
"name": "Radiant Canister",
"description": "Experimental munitions that apply significant heat to all targets caught in the blast radius. In addition, targets' sensors are temporarily disrupted, at the cost of ammo capacity.",
"uuid": "51f84837-e9a5-432c-a125-d4322099266c",
"components": {
"Heat Dispersion Plate": 4,
"Phase Alloys": 3,
"Polonium": 1
}
},
"special_regeneration_sequence": {
"id": 20,
"edname": "special_regeneration_sequence",
"name": "Regeneration sequence",
"description": "Friend or Foe Beam modulation upgrade. When the beam strikes a wingman's shields its energy is regulated, regenerating the shield instead of damaging it.",
"uuid": "3bece1bb-7c31-4735-8c18-54dc4a0057bc",
"components": {
"Shielding Sensors": 4,
"Refined Focus Crystals": 3,
"Peculiar Shield Frequency Data": 1
}
},
"special_reverberating_cascade": {
"id": 21,
"edname": "special_reverberating_cascade",
"name": "Reverberating cascade",
"description": "Experimental munitions that overload shields on impact, directly damaging the shield generator.",
"uuid": "c03e2f4f-9520-44bb-9a1f-7a917e8e3a48",
"components": {
"Configurable Components": 2,
"Classified Scan Databanks": 3,
"Filament Composites": 4,
"Chromium": 4
}
},
"special_scramble_spectrum": {
"id": 22,
"edname": "special_scramble_spectrum",
"name": "Scramble spectrum",
"description": "Experimental upgrade that allows hull strikes to potentially trigger random malfunctions on the target.",
"uuid": "4f42cb92-4440-4295-ada9-fcca788a65b8",
"components": {
"Exceptional Scrambled Emission Data": 5,
"Untypical Shield Scans": 3,
"Crystal Shards": 5
}
},
"special_screening_shell": {
"id": 23,
"edname": "special_screening_shell",
"name": "Screening shell",
"description": "Modified firing and targeting mechanism, decreasing reload times and increasing effectiveness against munitions.",
"uuid": "9cf533fc-ccb1-4c92-8b6b-dd700af2988a",
"components": {
"Niobium": 2,
"Modified Consumer Firmware": 5,
"Mechanical Scrap": 5,
"Distorted Shield Cycle Recordings": 5
}
},
"special_shiftlock_canister": {
"id": 24,
"edname": "special_shiftlock_canister",
"name": "Shift-lock canister",
"description": "Experimental munitions that cause all frame shift drives caught in the blast radius to reboot, at the cost of reduced damage.",
"uuid": "1f7b0deb-e023-43e5-96f6-ebf60d683e8b",
"components": {
"Tempered Alloys": 5,
"Strange Wake Solutions": 3,
"Salvaged Alloys": 5
}
},
"special_smart_rounds": {
"id": 25,
"edname": "special_smart_rounds",
"name": "Smart rounds",
"description": "Friend or foe targeting upgrade that causes rounds to self-destruct before damaging ships that are not currently targeted.",
"uuid": "2a3d8519-27af-44f2-a50b-33095964d1cc",
"components": {
"Mechanical Scrap": 5,
"Security Firmware Patch": 3,
"Decoded Emission Data": 3,
"Classified Scan Databanks": 3
}
},
"special_super_penetrator": {
"id": 26,
"edname": "special_super_penetrator",
"name": "Super penetrator (Legacy)",
"description": "Experimental munitions that are capable of penetrating and damaging all modules along its trajectory, at the cost of increased reload times.",
"uuid": "2423e8f7-2384-4d32-8b9d-0e06a42a301d"
},
"special_lock_breaker": {
"id": 27,
"edname": "special_lock_breaker",
"name": "Target lock breaker",
"description": "Experimental upgrade that breaks target lock on successful strikes.",
"uuid": "4cf42ed8-574f-4bb8-a1f2-ee154475b463",
"components": {
"Selenium": 5,
"Security Firmware Patch": 3,
"Adaptive Encyptors Capture": 1
}
},
"special_thermal_cascade": {
"id": 28,
"edname": "special_thermal_cascade",
"name": "Thermal cascade",
"description": "Experimental munitions that interact with shields upon detonation, generating significant heat on the target.",
"uuid": "e5c8cab4-7a2f-450d-a937-2d0d8b9e3714",
"components": {
"Phosphorus": 5,
"Heat Conduction Wiring": 5,
"Hybrid Capacitors": 4,
"High Density Composites": 3
}
},
"special_thermal_conduit": {
"id": 29,
"edname": "special_thermal_conduit",
"name": "Thermal conduit",
"description": "Experimental upgrade that increases damage output based on heat level of the firing ship.",
"uuid": "4e4e1f59-6762-47ff-b1fa-40ca43304698",
"components": {
"Heat Dispersion Plate": 5,
"Sulphur": 5,
"Tempered Alloys": 5
}
},
"special_thermal_vent": {
"id": 30,
"edname": "special_thermal_vent",
"name": "Thermal vent",
"description": "Experimental upgrade that increases heat dissipation when successfully striking a target, at the cost of increased heat generation when missing.",
"uuid": "70f11414-7904-405c-92db-806178ee9df4",
"components": {
"Flawed Focus Crystals": 5,
"Conductive Components": 3,
"Precipitated Alloys": 3
}
},
"special_thermalshock": {
"id": 31,
"edname": "special_thermalshock",
"name": "Thermal shock",
"description": "Articulated focus array designed to spread heat effectively. Strikes to shields and hull impart additional heat into the target.",
"uuid": "fe8b4daa-e65d-464c-811d-400d3632a3d6",
"components": {
"Flawed Focus Crystals": 5,
"Heat Resistant Ceramics": 3,
"Conductive Components": 3,
"Tungsten": 3
}
},
"special_feedback_cascade_cooled": {
"name": "Feedback Cascade",
"description": "Rail slug energy charging mechanism, designed to interfere with shield cell operation. Strikes to a target deploying a shield cell will damage the shield cell bank and reduce shield restoration, at the cost of reduced damage from smaller rounds.",
"id": 100,
"edname": "special_feedback_cascade_cooled",
"uuid": "3c153755-3d2c-4832-bb73-d6b3d0e99a71",
"components": {
"Open Symmetric Keys": 5,
"Shield Emitters": 5,
"Filament Composites": 5 }
},
"special_super_penetrator_cooled": {
"name": "Super Penetrator",
"description": "Experimental munitions that are capable of penetrating and damaging all modules along its trajectory, at the cost of increased reload times.",
"id": 101,
"edname": "special_super_penetrator_cooled",
"uuid": "4bb4ec50-40fb-473d-abaf-4fc386aa889c",
"components": {
"Proto Light Alloys": 3,
"Refined Focus Crystals": 3,
"Zirconium": 3,
"Untypical Shield Scans": 5
}
},
"special_plasma_slug_cooled": {
"name": "Plasma Slug",
"description": "Experimental upgrade allowing plasma slug ammo to be generated directly from ship fuel, at the cost of reduced damage.",
"id": 102,
"edname": "special_plasma_slug_cooled",
"uuid": "58a7b1b6-57b9-40f2-9a5a-712a5388a5eb",
"components": {
"Heat Exchangers": 3,
"Modified Embedded Firmware": 2,
"Refined Focus Crystals": 2,
"Mercury": 4
}
},
"special_plasma_slug_pa": {
"name": "Plasma Slug",
"description": "Experimental upgrade allowing plasma slug ammo to be generated directly from ship fuel, at the cost of reduced damage.",
"id": 157,
"edname": "special_plasma_slug_pa",
"uuid": "58a7b1b6-57b9-40f2-9a5a-712a5388a5eb",
"components": {
"Heat Exchangers": 3,
"Modified Embedded Firmware": 2,
"Refined Focus Crystals": 2,
"Mercury": 4
}
},
"special_penetrator_munitions": {
"name": "Penetrator Munitions",
"description": "Experimental munitions capable of penetrating hull to damage internal modules.",
"id": 103,
"edname": "special_penetrator_munitions",
"uuid": "35578402-1bc7-4d19-828b-af31ebd79866",
"components": {
"Galvanising Alloys": 5,
"Electrochemical Arrays": 3,
"Zirconium": 3
}
},
"special_deep_cut_payload": {
"name": "Penetrator Payload",
"description": "Deep cut munitions are guaranteed to penetrate upon impact with hull and are capable of damaging multiple internal modules.",
"id": 104,
"edname": "special_deep_cut_payload",
"uuid": "5d25c5bc-4b45-4119-bd87-71bfd0f85957",
"components": {
"Selenium": 3,
"Anomalous Bulk Scan Data": 5,
"Mechanical Components": 3,
"Tungsten": 3
}
},
"special_mass_lock": {
"name": "Mass Lock Munition",
"description": "Experimental warheads incorporating frame shift technology. Successful detonation significantly inhibits charging for supercruise.",
"id": 105,
"edname": "special_mass_lock",
"uuid": "9e8635af-4077-4d7a-98dd-5220c8722688",
"components": {
"Mechanical Equipment": 5,
"High Density Composites": 3,
"Aberrant Shield Pattern Analysis": 3
}
},
"special_shield_regenerative": {
"name": "Fast Charge",
"description": "High speed charging units increase shield regeneration rate when active and reforming, at the cost of slightly weaker resistance versus all forms of damage.",
"id": 106,
"edname": "special_shield_regenerative",
"uuid": "42c5e92d-ccab-435a-b2c6-fd268d39d6f5",
"components": {
"Flawed Focus Crystals": 3,
"Worn Shield Emitters": 5,
"Compound Shielding": 3
}
},
"special_shield_resistive": {
"name": "Multi-weave",
"description": "Reinforced shield weave structures increase resistance versus all types of damage, at the cost of increased power draw and SYS drain.",
"id": 107,
"edname": "special_shield_resistive",
"uuid": "dd46c8be-730c-4671-87fe-f98b181b66cf",
"components": {
"Flawed Focus Crystals": 3,
"Worn Shield Emitters": 5,
"Aberrant Shield Pattern Analysis": 1
}
},
"special_shield_health": {
"name": "Hi-Cap",
"description": "Additional capacitors and projection nodes increase maximum shield strength, at the cost of increased power draw and SYS drain.",
"id": 108,
"edname": "special_shield_health",
"uuid": "603c1ba6-45e6-4401-af56-639c3e7c9b79",
"components": {
"Flawed Focus Crystals": 3,
"Worn Shield Emitters": 5,
"Conductive Polymers": 1
}
},
"special_shield_efficient": {
"name": "Lo-draw",
"description": "Lightweight component swaps and smaller charging units reduce power draw and SYS drain, at the cost of overall shield effectiveness.",
"id": 109,
"edname": "special_shield_efficient",
"uuid": "66a39288-59d7-4cfb-914d-354a200c0210",
"components": {
"Flawed Focus Crystals": 3,
"Worn Shield Emitters": 5,
"Conductive Polymers": 1
}
},
"special_shield_thermic": {
"name": "Thermo Block",
"description": "Improved feedback protection and reinforced projection nodes increase resistance to thermal damage, at the cost of overall shield strength.",
"id": 110,
"edname": "special_shield_thermic",
"uuid": "c3340df8-c6da-49c9-b236-8f1cc4209088",
"components": {
"Conductive Ceramics": 3,
"Anomalous Bulk Scan Data": 5,
"Heat Vanes": 3
}
},
"special_shield_kinetic": {
"name": "Force Block",
"description": "Enlarged projection nodes increase resistance to kinetic damage, at the cost of overall shield strength.",
"id": 111,
"edname": "special_shield_kinetic",
"uuid": "cb95d9b4-a945-491d-95ad-e230c0454cd9",
"components": {
"Worn Shield Emitters": 5,
"Flawed Focus Crystals": 5,
"Decoded Emission Data": 1
}
},
"special_shield_toughened": {
"name": "Double Braced",
"description": "Additional, hardened supports and bracing further improve module survivability.",
"id": 112,
"edname": "special_shield_toughened",
"uuid": "32cb80c0-bb11-49ea-ae21-4c94eb5f9195",
"components": {
"Mechanical Scrap": 5,
"Compact Composites": 5,
"Vanadium": 3
}
},
"special_shield_lightweight": {
"name": "Stripped Down",
"description": "Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.",
"id": 113,
"edname": "special_shield_lightweight",
"uuid": "91ff72db-51cf-428d-80a8-be96d6418c4b",
"components": {
"Worn Shield Emitters": 5,
"Flawed Focus Crystals": 3,
"Proto Light Alloys": 1
}
},
"special_engine_cooled": {
"name": "Thermal Spread",
"description": "Additional thermal conduits and radiator solutions integrated across the module help balance thermal load increase cooling potential at the cost of slight mass increase",
"id": 114,
"edname": "special_engine_cooled",
"uuid": "42ff1374-3ecb-4872-abfa-b39b495fb203",
"components": {
"Iron": 5,
"Hybrid Capacitors": 3,
"Heat Vanes": 1
}
},
"special_engine_haulage": {
"name": "Drive Distributors",
"description": "Enhanced fuel and thrust balancing across the drives to improve mass curve efficiency.",
"id": 115,
"edname": "special_engine_haulage",
"uuid": "bd3c1991-370e-4b9d-b8cd-d5dec3260647",
"components": {
"Iron": 5,
"Hybrid Capacitors": 3,
"Security Firmware Patch": 1
}
},
"special_engine_overloaded": {
"name": "Drag Drives",
"description": "Removal of safety protocols in controller software to increase drive thrust output at the cost of additional heat generation.",
"id": 116,
"edname": "special_engine_overloaded",
"uuid": "68998b16-7b65-4f58-8bc0-6e0f2686c367",
"components": {
"Iron": 5,
"Hybrid Capacitors": 3,
"Security Firmware Patch": 1
}
},
"special_engine_toughened": {
"name": "Double Braced",
"description": "Additional, hardened supports and bracing further improve module survivability.",
"id": 117,
"edname": "special_engine_toughened",
"uuid": "41b04d96-0817-479b-92e5-2114de444170",
"components": {
"Iron": 5,
"Hybrid Capacitors": 3,
"Proprietary Composites": 1
}
},
"special_engine_lightweight": {
"name": "Stripped Down",
"description": "Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.",
"id": 118,
"edname": "special_engine_lightweight",
"uuid": "dd77b197-412e-4ca1-88ed-0939c5c31a01",
"components": {
"Iron": 5,
"Hybrid Capacitors": 3,
"Proto Light Alloys": 1
}
},
"special_fsd_fuelcapacity": {
"name": "Deep Charge",
"description": "Toughened FSD power conduits and a reinforced charging field increase the amount of fuel injected when charging, allowing larger jumps at the cost of increased power draw.",
"id": 119,
"edname": "special_fsd_fuelcapacity",
"uuid": "56f1e58d-2044-4a31-8b54-ad0f99dfd64e",
"components": {
"Atypical Disrupted Wake Echoes": 5,
"Galvanising Alloys": 3,
"Eccentric Hyperspace Trajectories": 1
}
},
"special_fsd_heavy": {
"name": "Mass Manager",
"description": "Complex software upgrade and internal sensor suite able to optimise frame shift operation by analysing and accounting for ship loadout. Increases optimised mass at the cost of module health.",
"id": 120,
"edname": "special_fsd_heavy",
"uuid": "4d7d30c3-970b-4c6e-a507-89ac7e6441bd",
"components": {
"Atypical Disrupted Wake Echoes": 5,
"Galvanising Alloys": 3,
"Eccentric Hyperspace Trajectories": 1
}
},
"special_fsd_toughened": {
"name": "Double Braced",
"description": "Additional, hardened supports and bracing further improve module survivability.",
"id": 121,
"edname": "special_fsd_toughened",
"uuid": "14c7f016-5c32-4599-8a27-caa1733f92e3",
"components": {
"Atypical Disrupted Wake Echoes": 5,
"Galvanising Alloys": 3,
"Configurable Components": 1
}
},
"special_fsd_lightweight": {
"name": "Stripped Down",
"description": "Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.",
"id": 122,
"edname": "special_fsd_lightweight",
"uuid": "6ab9d9d4-d488-4de8-9c1b-089a31f290a0",
"components": {
"Atypical Disrupted Wake Echoes": 5,
"Galvanising Alloys": 3,
"Proto Light Alloys": 1
}
},
"special_fsd_cooled": {
"name": "Thermal Spread",
"description": "Additional thermal conduits and radiator solutions integrated across the module help balance thermal load increase cooling potential.",
"id": 123,
"edname": "special_fsd_cooled",
"uuid": "60ab0728-c8cd-47c9-a357-8c8bfeeb7023",
"components": {
"Atypical Disrupted Wake Echoes": 5,
"Galvanising Alloys": 3,
"Grid Resistors": 3,
"Heat Vanes": 1
}
},
"special_powerplant_highcharge": {
"name": "Monstered",
"description": "Oversized, reinforced components increase power output at the cost of increased mass.",
"id": 124,
"edname": "special_powerplant_highcharge",
"uuid": "12a57a09-0e05-41a9-9824-14a3618e7a0f",
"components": {
"Grid Resistors": 5,
"Vanadium": 3,
"Polymer Capacitors": 1
}
},
"special_powerplant_cooled": {
"name": "Thermal Spread",
"description": "Additional thermal conduits and radiator solutions integrated across the module help balance thermal load increase cooling potential.",
"id": 125,
"edname": "special_powerplant_cooled",
"uuid": "6cda2960-a05b-4dd1-978c-202d746e47bc",
"components": {
"Grid Resistors": 5,
"Vanadium": 3,
"Heat Vanes": 1
}
},
"special_powerplant_toughened": {
"name": "Double Braced",
"description": "Additional, hardened supports and bracing further improve module survivability.",
"id": 126,
"edname": "special_powerplant_toughened",
"uuid": "1fddaba5-bc0b-492c-9caa-4a72a149532b",
"components": {
"Grid Resistors": 5,
"Vanadium": 3,
"Proprietary Composites": 1
}
},
"special_powerplant_lightweight": {
"name": "Stripped Down",
"description": "Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.",
"id": 127,
"edname": "special_powerplant_lightweight",
"uuid": "11b258eb-36d1-4cbc-be04-7fc426ef3121",
"components": {
"Grid Resistors": 5,
"Vanadium": 3,
"Proto Light Alloys": 1
}
},
"special_powerdistributor_capacity": {
"name": "Cluster Capacitors",
"description": "Additional capacitor arrays allow the power distributor to store more energy at the cost of a slower charging rate.",
"id": 128,
"edname": "special_powerdistributor_capacity",
"uuid": "c4231886-f988-4a31-a749-2a58550f9e44",
"components": {
"Phosphorus": 5,
"Heat Resistant Ceramics": 3,
"Cadmium": 1
}
},
"special_powerdistributor_fast": {
"name": "Super Conduits",
"description": "Advanced, oversized energy conduits increase the power distributor's charge rate at the cost of reduced maximum charge potential.",
"id": 129,
"edname": "special_powerdistributor_fast",
"uuid": "b5bb35a1-e851-4d37-8f26-8fe828f84c95",
"components": {
"Phosphorus": 5,
"Heat Resistant Ceramics": 3,
"Security Firmware Patch": 1
}
},
"special_powerdistributor_efficient": {
"name": "Flow Control",
"description": "Advanced software and internal sensors regulate energy flow more efficiently, reducing module power draw.",
"id": 130,
"edname": "special_powerdistributor_efficient",
"uuid": "c226afaf-ee7f-4809-a4e4-0797d4822a69",
"components": {
"Phosphorus": 5,
"Heat Resistant Ceramics": 3,
"Conductive Polymers": 1
}
},
"special_powerdistributor_toughened": {
"name": "Double Braced",
"description": "Additional, hardened supports and bracing further improve module survivability.",
"id": 131,
"edname": "special_powerdistributor_toughened",
"uuid": "14d36c9b-efd5-450b-8175-80287daecd78",
"components": {
"Phosphorus": 5,
"Heat Resistant Ceramics": 3,
"Proprietary Composites": 1
}
},
"special_powerdistributor_lightweight": {
"name": "Stripped Down",
"description": "Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.",
"id": 132,
"edname": "special_powerdistributor_lightweight",
"uuid": "ec53deaf-ece6-443f-9503-dd3dc5329e14",
"components": {
"Phosphorus": 5,
"Heat Resistant Ceramics": 3,
"Proto Light Alloys": 1
}
},
"special_shieldcell_gradual": {
"name": "Recycling Cell",
"description": "Uprated resonating coils maximise the amount of time the shield cell can remain active before depleting, at the cost of overall strength of the cell charge.",
"id": 133,
"edname": "special_shieldcell_gradual",
"uuid": "c8aa2134-3153-47b8-a367-9c5dbb9c557d",
"components": {
"Chemical Storage Units": 5,
"Chromium": 3,
"Configurable Components": 1
}
},
"special_shieldcell_oversized": {
"name": "Boss Cells",
"description": "Oversized cells offer increased cell strength at cost of an increased spin up time.",
"id": 134,
"edname": "special_shieldcell_oversized",
"uuid": "87ed0cec-9624-4ecb-8ffb-cc941464e8d2",
"components": {
"Chemical Storage Units": 5,
"Chromium": 3,
"Polymer Capacitors": 1
}
},
"special_shieldcell_efficient": {
"name": "Flow Control",
"description": "Advanced software and internal sensors regulate energy flow more efficiently, reducing module power draw.",
"id": 135,
"edname": "special_shieldcell_efficient",
"uuid": "1d2316b8-3ddb-4db4-b36f-2d3e0e8581b5",
"components": {
"Chemical Storage Units": 5,
"Chromium": 3,
"Conductive Polymers": 1
}
},
"special_shieldcell_toughened": {
"name": "Double Braced",
"description": "Additional, hardened supports and bracing further improve module survivability.",
"id": 136,
"edname": "special_shieldcell_toughened",
"uuid": "beecd33b-b171-4a08-9d5a-459266bcb275",
"components": {
"Chemical Storage Units": 5,
"Chromium": 3,
"Yttrium": 1
}
},
"special_shieldcell_lightweight": {
"name": "Stripped Down",
"description": "Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.",
"id": 137,
"edname": "special_shieldcell_lightweight",
"uuid": "b92c2e2e-baa5-4ce9-bf60-05771d7dcbc1",
"components": {
"Chemical Storage Units": 5,
"Chromium": 3,
"Proto Light Alloys": 1
}
},
"special_weapon_damage": {
"name": "Oversized",
"description": "Scaled up components and reinforced munitions housing allows the weapon to pack more of a punch, increasing damage at the cost of increased power draw.",
"id": 138,
"edname": "special_weapon_damage",
"uuid": "ceb5c729-4565-4869-ade8-5ee897e8b410",
"components": {
"Mechanical Scrap": 5,
"Mechanical Components": 3,
"Ruthenium": 1
}
},
"special_weapon_rateoffire": {
"name": "Multi-servos",
"description": "Additional servomechanisms and controller software allow the weapon to safely fire at an increased rate, at the cost of increased power draw.",
"id": 139,
"edname": "special_weapon_rateoffire",
"uuid": "fd62292f-f5ed-4728-bc8a-3ae215ced386",
"components": {
"Mechanical Scrap": 5,
"Focus Crystals": 4,
"Conductive Polymers": 2,
"Configurable Components": 2
}
},
"special_weapon_efficient": {
"name": "Flow Control",
"description": "Advanced software and internal sensors regulate energy flow more efficiently, reducing module power draw.",
"id": 140,
"edname": "special_weapon_efficient",
"uuid": "441e1d85-5174-4172-85ea-caee8d3c632d",
"components": {
"Mechanical Scrap": 5,
"Hybrid Capacitors": 3,
"Modified Embedded Firmware": 1
}
},
"special_weapon_toughened": {
"name": "Double Braced",
"description": "Additional, hardened supports and bracing further improve module survivability.",
"id": 141,
"edname": "special_weapon_toughened",
"uuid": "32cb80c0-bb11-49ea-ae21-4c94eb5f9195",
"components": {
"Mechanical Scrap": 5,
"Compact Composites": 5,
"Vanadium": 3
}
},
"special_weapon_lightweight": {
"name": "Stripped Down",
"description": "Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.",
"id": 142,
"edname": "special_weapon_lightweight",
"uuid": "dfc22aad-48b8-4f8d-af16-ec3b978fc8b6",
"components": {
"Salvaged Alloys": 5,
"Carbon": 3,
"Tin": 1
}
},
"special_armour_thermic": {
"name": "Reflective Plating",
"description": "Surface coating of advanced formulas designed to reflect and dissipate thermal energy, at the cost of structural integrity.",
"id": 143,
"edname": "special_armour_thermic",
"uuid": "6c88aa33-01db-4eda-928e-6ca8b9b1bc3d",
"components": {
"Compact Composites": 5,
"Heat Dispersion Plate": 3,
"Thermic Alloys": 2
}
},
"special_armour_kinetic": {
"name": "Angled Plating",
"description": "Custom angling of plates at critical points along the ship's hull make projectile strikes more likely to glance, reducing the impact of kinetic damage at the cost of structural integrity.",
"id": 144,
"edname": "special_armour_kinetic",
"uuid": "e8631809-2915-4373-905c-8dcf3bda6921",
"components": {
"Compact Composites": 5,
"High Density Composites": 3,
"Zirconium": 3
}
},
"special_armour_explosive": {
"name": "Layered Plating",
"description": "Layers of advanced inert lining material within the ship's plating absorb and redistribute the force from explosive attacks, reducing damage of this type at the cost of overall structural integrity.",
"id": 145,
"edname": "special_armour_explosive",
"uuid": "cdd19fcc-74b4-463a-a8f1-2e9909da664f",
"components": {
"Heat Conduction Wiring": 5,
"High Density Composites": 3,
"Niobium": 3
}
},
"special_armour_chunky": {
"name": "Deep Plating",
"description": "Increased depth of plating increases the ship's overall structural integrity, at the cost of resistance against all types of damage.",
"id": 146,
"edname": "special_armour_chunky",
"uuid": "b51706cc-d412-4559-8654-f812d2eb44b9",
"components": {
"Compact Composites": 5,
"Mechanical Equipment": 3,
"Molybdenum": 2
}
},
"special_hullreinforcement_thermic": {
"name": "Reflective Plating",
"description": "Surface coating of advanced formulas designed to reflect and dissipate thermal energy, at the cost of reducing structural integrity benefits.",
"id": 147,
"edname": "special_hullreinforcement_thermic",
"uuid": "6c88aa33-01db-4eda-928e-6ca8b9b1bc3d",
"components": {
"Compact Composites": 5,
"Heat Dispersion Plate": 3,
"Thermic Alloys": 2
}
},
"special_hullreinforcement_kinetic": {
"name": "Angled Plating",
"description": "Custom angling of plates at critical points along the ship's hull make projectile strikes more likely to glance, reducing the impact of kinetic damage at the cost of reducing structural integrity benefits.",
"id": 148,
"edname": "special_hullreinforcement_kinetic",
"uuid": "e8631809-2915-4373-905c-8dcf3bda6921",
"components": {
"Tempered Alloys": 5,
"Carbon": 5,
"Zirconium": 3,
"High Density Composites": 3
}
},
"special_hullreinforcement_explosive": {
"name": "Layered Plating",
"description": "Layers of advanced inert lining material within the ship's plating absorb and redistribute the force from explosive attacks, reducing damage of this type at the cost of reducing structural integrity benefits.",
"id": 149,
"edname": "special_hullreinforcement_explosive",
"uuid": "cdd19fcc-74b4-463a-a8f1-2e9909da664f",
"components": {
"Heat Conduction Wiring": 5,
"Shielding Sensors": 3,
"Tungsten": 3
}
},
"special_hullreinforcement_chunky": {
"name": "Deep Plating",
"description": "Increased depth of plating increases the ship's overall structural integrity, at the cost of resistance against all types of damage.",
"id": 150,
"edname": "special_hullreinforcement_chunky",
"uuid": "b51706cc-d412-4559-8654-f812d2eb44b9",
"components": {
"Compact Composites": 5,
"Molybdenum": 3,
"Ruthenium": 2
}
},
"special_shieldbooster_thermic": {
"name": "Thermo Block",
"description": "Improved feedback protection and reinforced projection nodes increase resistance to thermal damage, at the cost of overall shield strength.",
"id": 151,
"edname": "special_shieldbooster_thermic",
"uuid": "c3340df8-c6da-49c9-b236-8f1cc4209088",
"components": {
"Anomalous Bulk Scan Data": 5,
"Conductive Ceramics": 3,
"Heat Vanes": 3
}
},
"special_shieldbooster_kinetic": {
"name": "Force Block",
"description": "Enlarged projection nodes increase resistance to kinetic damage, at the cost of overall shield strength.",
"id": 152,
"edname": "special_shieldbooster_kinetic",
"uuid": "cb95d9b4-a945-491d-95ad-e230c0454cd9",
"components": {
"Unidentified Scan Archives": 5,
"Shielding Sensors": 3,
"Aberrant Shield Pattern Analysis": 2
}
},
"special_shieldbooster_explosive": {
"name": "Blast Block",
"description": "Advanced field resonation patterns increase resistance to explosive damage, at the cost of overall shield strength.",
"id": 153,
"edname": "special_shieldbooster_explosive",
"uuid": "eb1c4a92-03ef-4263-8051-9ac91b2d43b2",
"components": {
"Inconsistent Shield Soak Analysis": 5,
"Heat Resistant Ceramics": 3,
"Heat Dispersion Plate": 3,
"Selenium": 2
}
},
"special_shieldbooster_efficient": {
"name": "Flow Control",
"description": "Advanced software and internal sensors regulate energy flow more efficiently, reducing module power draw.",
"id": 154,
"edname": "special_shieldbooster_efficient",
"uuid": "441e1d85-5174-4172-85ea-caee8d3c632d",
"components": {
"Inconsistent Shield Soak Analysis": 5,
"Security Firmware Patch": 3,
"Focus Crystals": 3,
"Niobium": 3
}
},
"special_shieldbooster_toughened": {
"name": "Double Braced",
"description": "Additional, hardened supports and bracing further improve module survivability.",
"id": 155,
"edname": "special_shieldbooster_toughened",
"uuid": "32cb80c0-bb11-49ea-ae21-4c94eb5f9195",
"components": {
"Distorted Shield Cycle Recordings": 5,
"Galvanising Alloys": 3,
"Shield Emitters": 3
}
},
"special_shieldbooster_chunky": {
"name": "Super Capacitors",
"description": "Additional, advanced capacitors increases overall shield strength at the cost of damage resistance.",
"id": 156,
"edname": "special_shieldbooster_chunky",
"uuid": "4197c308-a3df-442a-91c2-db856b4f57cf",
"components": {
"Untypical Shield Scans": 3,
"Compact Composites": 5,
"Cadmium": 2
}
}
}
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