Build Description
Why would you use this ship? While it doesn’t have the jump range of Asp or Anaconda, it has better optional internals then the asp, and it’s not as expensive as Anaconda. Not to mention it really looks better then both.
The 3C fuel tank will force you to make almost every jump a fuel star jump. I have left 2 size 5 and 2 size 3 internals open so anyone that might use this build have the freedom to put what ever they want in there, tho I do have to say, depending on what is put, jump range will change a lot. the 6A fuel scoop is very much not worth the CR as it is only 6 seconds faster the 6D witch costs only 450k CR. A shield Generator is always nice to have as you never know how it might come in handy.
In the off chance you have guardian power plants unlocked, you can use 2A Guardian and not need to Engineer one but at the cost of about 0.06 Ly jump range, would say worth over the material cost of Engineering one.
Well other then that hope this build will be a useful one and you will have good use of it!
Pros and Cons
Pros:
- 341 m/s (478 with boost)
- 15 sec Refuel
- 3 utility slots free
- 2 size 5 and 2 size 3 optional internals open
- Planetary vehicle
- 3D shield
Cons:
- 2A Power Plant (can also go with 2A guardian)
- 1D Power Distributor
- 3C Fuel Tank
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.
Atypical Disrupted Wake Echoes: 31
Galvanising Alloys: 15
Eccentric Hyperspace Trajectories: 12
Chemical Processors: 9
Phosphorus: 36
Strange Wake Solutions: 5
Chemical Distillery: 7
Manganese: 34
Arsenic: 10
Chemical Manipulators: 20
Datamined Wake Exceptions: 10
Mechanical Scrap: 11
Germanium: 18
Phase Alloys: 26
Mechanical Equipment: 11
Niobium: 14
Proto Light Alloys: 78
Mechanical Components: 15
Tin: 20
Proto Radiolic Alloys: 40
Salvaged Alloys: 27
Conductive Ceramics: 62
Conductive Components: 34
Sulphur: 8
Grid Resistors: 25
Vanadium: 15
Heat Conduction Wiring: 9
Selenium: 19
Cadmium: 27
Heat Dispersion Plate: 7
Tellurium: 10
Specialised Legacy Firmware: 11
Iron: 25
Hybrid Capacitors: 15
Chromium: 10
Configurable Components: 7
Modified Consumer Firmware: 7
Cracked Industrial Firmware: 10
Pharmaceutical Isolators: 10
Distorted Shield Cycle Recordings: 11
Worn Shield Emitters: 25
Flawed Focus Crystals: 15
Precipitated Alloys: 5
Inconsistent Shield Soak Analysis: 7
Thermic Alloys: 7
Military Grade Alloys: 10
Untypical Shield Scans: 10
Heat Resistant Ceramics: 15
Anomalous Bulk Scan Data: 5
Electrochemical Arrays: 5
Unidentified Scan Archives: 7
Polymer Capacitors: 7
Classified Scan Databanks: 10
Military Supercapacitors: 10