Build Description
When I first got a stock Krait MkII, I made the horrible mistake of selling my moneymaker (at the time a cargo loadout AspX) in order to purchase it. After dying three times within a few hours at the hand of a ganker wing, and having to start over from a sidewinder, I had enough, and once I had saved up 300,000,000 after learning from my mistakes, I dedicated countless hours into engineering my Killer Krait to perfection, I did test runs of killing wanted gankers with worse ships than a stock Krait, and once I has gained enough skill and engineered parts, I set out to only fly this ship to kill as many gankers as I could, solely because I love the sweet feeling of getting my revenge, and a nice bounty voucher.
When chat raging at a ganker after closely evading an interdiction isn’t enough
Pros and Cons
Pros
• Hull tank
• Modest jump range for its internals
•Multi-crew support for fighters, and if you have no friends, you can always hire one
•fast charging shields
•Caustic damage inflicting Multi-Cannons
•resting heat of less than 50%
•FSD max charge temp (when resting in super-cruise away from a star) of ~53%
Cons
•somewhat slow
•not able to come to a stop very fast
•may be difficult for newer pilots when setting up a good fire group loadout, as PA is used to get shields down fast, lasers finish the job and strip heat, and the cannons strip the hull
•shields take ~2:41 to fully recover
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: 11
Shield Emitters: 9
High Density Composites: 5
Proprietary Composites: 7
Shielding Sensors: 7
Vanadium: 7
Compound Shielding: 10
Core Dynamics Composites: 10
Tungsten: 10
Sulphur: 15
Conductive Components: 63
Heat Conduction Wiring: 9
Selenium: 5
Cadmium: 7
Conductive Ceramics: 69
Heat Dispersion Plate: 7
Chemical Manipulators: 37
Tellurium: 10
Specialised Legacy Firmware: 15
Unexpected Emission Data: 5
Decoded Emission Data: 7
Modified Consumer Firmware: 28
Abnormal Compact Emissions Data: 10
Tin: 17
Chemical Processors: 13
Chemical Distillery: 12
Grid Resistors: 7
Cracked Industrial Firmware: 27
Hybrid Capacitors: 16
Exquisite Focus Crystals: 10
Atypical Disrupted Wake Echoes: 6
Phosphorus: 16
Strange Wake Solutions: 5
Eccentric Hyperspace Trajectories: 7
Manganese: 14
Arsenic: 20
Datamined Wake Exceptions: 10
Focus Crystals: 12
Conductive Polymers: 57
Biotech Conductors: 10
Thermic Alloys: 10
Mechanical Components: 5
Configurable Components: 7
Improvised Components: 10
Nickel: 44
Electrochemical Arrays: 27
Polymer Capacitors: 38
Zinc: 28
Modified Embedded Firmware: 40
Zirconium: 40
Distorted Shield Cycle Recordings: 9
Niobium: 5
Inconsistent Shield Soak Analysis: 7
Antimony: 10
Untypical Shield Scans: 10