Build Description
Wanted something without the power consumption of Prismatics, also wanted to be able to take down shields fast on threat 7 NPCS. Set the huge beam lasers to one fire group, then use the Burst lasers as secondary fire.. Can keep charged weapons if you use the weapons correctly and take down Anacondas and FDLS like butter.
Pros and Cons
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.
Heat Conduction Wiring: 2
Heat Dispersion Plate: 28
Nickel: 4
Heat Exchangers: 35
Salvaged Alloys: 23
Vanadium: 35
Galvanising Alloys: 7
Heat Vanes: 49
Tungsten: 37
Molybdenum: 10
Phase Alloys: 10
Proto Heat Radiators: 70
Sulphur: 38
Conductive Components: 63
Specialised Legacy Firmware: 13
Unexpected Emission Data: 65
Atypical Disrupted Wake Echoes: 6
Chemical Processors: 9
Phosphorus: 75
Strange Wake Solutions: 5
Chemical Distillery: 7
Eccentric Hyperspace Trajectories: 7
Manganese: 67
Arsenic: 10
Chemical Manipulators: 10
Datamined Wake Exceptions: 10
Chromium: 30
Exceptional Scrambled Emission Data: 30
Irregular Emission Data: 42
Selenium: 47
Cadmium: 60
Distorted Shield Cycle Recordings: 29
Germanium: 9
Focus Crystals: 37
Inconsistent Shield Soak Analysis: 21
Mercury: 7
Refined Focus Crystals: 112
Ruthenium: 10
Untypical Shield Scans: 30
Conductive Ceramics: 112
Carbon: 33
Shield Emitters: 27
High Density Composites: 22
Proprietary Composites: 31
Shielding Sensors: 21
Compound Shielding: 30
Core Dynamics Composites: 30
Grid Resistors: 4
Hybrid Capacitors: 18
Niobium: 15
Electrochemical Arrays: 14
Tin: 21
Antimony: 20
Polymer Capacitors: 20
Imperial Shielding: 60
Mechanical Scrap: 11
Mechanical Equipment: 7
Mechanical Components: 10
Military Supercapacitors: 10