Ship Build Purpose
Build Description
I wanted that a ship can allow me to sit in a CZ and pick targets for a while without needing constant reload. My usual Killer ship is the FDL, but I was nostalgic of the FAS (not as much firepower). The chieftain was not satisfying, so I built it of the Krait MKII ( similar max boost speed but with 1 additional Large). It definitely helps me in my collection of manufacture material.
However, I don’t think it will do well against an experienced PVP Player. It will definitely keep you in the fight, but its mobility will hinder especially if you are facing a FDL.
Pros and Cons
Pros
Ship is tanked with an equilibrated resistance
Good shield resistance
adequate boost speed when you need to get the heck out of dodge
can keep the pression on the enemy
allows to sit in the CZ for a long time(before need for a reload)
Cons
Jump range is very sub-par
Shield’s health is not the best
Won’t permit max collection for Bounty and keep at the same time an equilibrated resistance on shield ( you must give up a shield booster for a Kill warrant)
May not be suited for a beginner. On the other hand if you have the money, then you are at the very least seasoned
May require AO to keep small ship in target
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.
Iron: 38
Compact Composites: 40
Mechanical Equipment: 19
Molybdenum: 20
Conductive Components: 159
High Density Composites: 71
Conductive Ceramics: 150
Germanium: 20
Proprietary Composites: 28
Military Grade Alloys: 10
Tin: 10
Sulphur: 27
Grid Resistors: 45
Vanadium: 41
Proto Light Alloys: 39
Heat Conduction Wiring: 11
Selenium: 47
Cadmium: 30
Heat Dispersion Plate: 41
Chemical Manipulators: 27
Tellurium: 20
Specialised Legacy Firmware: 17
Hybrid Capacitors: 59
Security Firmware Patch: 25
Chromium: 9
Mechanical Components: 5
Configurable Components: 7
Modified Consumer Firmware: 12
Cracked Industrial Firmware: 27
Pharmaceutical Isolators: 10
Phosphorus: 62
Heat Resistant Ceramics: 15
Chemical Processors: 4
Chemical Distillery: 5
Exquisite Focus Crystals: 10
Nickel: 61
Tempered Alloys: 110
Electrochemical Arrays: 35
Polymer Capacitors: 35
Zinc: 39
Conductive Polymers: 50
Modified Embedded Firmware: 50
Zirconium: 101
Irregular Emission Data: 25
Worn Shield Emitters: 50
Adaptive Encyptors Capture: 5
Distorted Shield Cycle Recordings: 11
Flawed Focus Crystals: 65
Compound Shielding: 45
Focus Crystals: 27
Inconsistent Shield Soak Analysis: 7
Mercury: 7
Refined Focus Crystals: 61
Ruthenium: 10
Untypical Shield Scans: 19
Precipitated Alloys: 30
Heat Exchangers: 12
Salvaged Alloys: 28
Galvanising Alloys: 22
Heat Vanes: 17
Tungsten: 37
Phase Alloys: 24
Proto Heat Radiators: 10
Carbon: 122
Shield Emitters: 27
Shielding Sensors: 21
Core Dynamics Composites: 30
Manganese: 39
Imperial Shielding: 30
Proto Radiolic Alloys: 20
Atypical Disrupted Wake Echoes: 25
Eccentric Hyperspace Trajectories: 5