Build Description
I built her because I was having trouble finding a Multi-Crew friendly Corvette build that had decent DPS and sustainability. We use it to help NPCs atone for their sins through rapid disassembly.
Pros and Cons
*slaps plate of spaghetti* this baby can fit so much DPS. Clocking an average 188.52 Sustained, she can disintegrate a fully engineered Anaconda in just under two minutes. The shield and hull can survive quite a beating as well.
While she is heat heavy, she can fire all but the Rail Guns non-stop. The Rail Guns can be fired about four times, then it only takes a few seconds to cool back down. I specifically wanted to make a Multi-Crew friendly loadout, so if you replace the turrets with their fixed/turreted counterparts, she’ll probably sling out more damage than my father with his jumper cables.
It is an electrohog, but the pip management isn’t bad. Typically, I alternate three pips between WEP, switching to SYS when shields get low. The range capabilities are limited. She shines within 2 Km, with the Rail Guns wreaking havoc within 1 Km. However, having limited Rail Gun range helps me with heat management and accuracy.
She’s weak against missiles. The Point Defense Turret is only on the bottom, so it may work out better to just get rid of it and replace with another module.
Materials Required
The following numbers assume the following rolls required to progress:
Grade 1 rolls - 2
Grade 2 rolls - 4
Grade 3 rolls - 5
Grade 4 rolls - 7
Grade 5 rolls - 10
This can vary greatly since rolls are randomized events, which means these are at best estimates to target.
Carbon: 55
Compact Composites: 240
Mechanical Equipment: 34
Molybdenum: 49
Shield Emitters: 45
High Density Composites: 25
Proprietary Composites: 14
Shielding Sensors: 14
Vanadium: 33
Compound Shielding: 25
Core Dynamics Composites: 10
Tungsten: 10
Sulphur: 124
Grid Resistors: 30
Heat Vanes: 5
Conductive Components: 77
Heat Conduction Wiring: 109
Selenium: 17
Cadmium: 77
Conductive Ceramics: 149
Heat Dispersion Plate: 19
Chemical Manipulators: 37
Tellurium: 10
Specialised Legacy Firmware: 36
Iron: 25
Hybrid Capacitors: 40
Security Firmware Patch: 10
Chromium: 11
Mechanical Components: 26
Configurable Components: 37
Modified Consumer Firmware: 83
Cracked Industrial Firmware: 47
Pharmaceutical Isolators: 10
Phosphorus: 200
Heat Resistant Ceramics: 15
Chemical Processors: 13
Chemical Distillery: 12
Exquisite Focus Crystals: 10
Manganese: 67
Salvaged Alloys: 18
Phase Alloys: 74
Proto Light Alloys: 34
Proto Radiolic Alloys: 20
Atypical Disrupted Wake Echoes: 31
Galvanising Alloys: 15
Eccentric Hyperspace Trajectories: 12
Strange Wake Solutions: 5
Arsenic: 25
Datamined Wake Exceptions: 10
Chemical Storage Units: 35
Polymer Capacitors: 2
Distorted Shield Cycle Recordings: 11
Flawed Focus Crystals: 15
Worn Shield Emitters: 25
Germanium: 9
Focus Crystals: 61
Inconsistent Shield Soak Analysis: 7
Mercury: 7
Refined Focus Crystals: 112
Ruthenium: 36
Untypical Shield Scans: 100
Mechanical Scrap: 52
Precipitated Alloys: 65
Thermic Alloys: 41
Technetium: 30
Nickel: 22
Modified Embedded Firmware: 6
Electrochemical Arrays: 10
Imperial Shielding: 60
Conductive Polymers: 14
Biotech Conductors: 20
Niobium: 4