Drone Support Modules

CORE SYSTEMS
Improvised Drone Hull Structure
Subsystems 2
Moorings 1
Burn Cost 10
Ware Storage 100
Installation 30 base metals, 20 ceramics, 5 noble metals

Improvised Drone Electrical Grid
Power Generation 12,500 kW
Integrity Penalty N/A
Installation 40 base metals, 25 noble metals, 10 volatiles, 5 toxic metals


UTILITY SUBSYSTEMS
Improvised Support Payload Module
Power Need 1,000 kW
Ware Storage 200
Installation 45 base metals, 25 ceramics, 10 noble metals

Improvised Support Survey Module
Power Need 1,000 kW
Prospectors 1
Installation 50 base metals, 30 noble metals, 5 ceramics

Improvised Support Factory Module
Power Need 2,500 kW
Production Rate 25 input/day
Installation 35 base metals, 25 noble metals, 15 ceramics, 10 toxic metals, 5 volatiles


WARFARE SUBSYSTEMS
Improvised Micro-Adaptive Safeguard Module
Power Need 5,000 kW
Max Integrity +5%
Burn Cost +10%
Installation 25 base metals, 20 toxic metals, 15 noble metals, 10 ceramics, 5 volatiles

Improvised Micro-Interdiction Module
Power Need 10,000 kW
Success Chance 20%
Installation 40 base metals, 25 toxic metals, 15 noble metals, 5 ceramics

Improvised Micro-Point-Defense Module
Power Need 10,000 kW
Accuracy 40%
Installation 25 base metals, 15 noble metals, 10 ceramics, 5 toxic metals

Improvised Micro-Rocket Module
Power Need 10,000 kW
Hardpoints 1
Installation 40 base metals, 25 noble metals, 15 ceramics, 10 toxic metals




CORE SYSTEMS
Modified Drone Hull Structure
Subsystems 3
Moorings 2
Burn Cost 15
Ware Storage 200
Installation 40 structural composites, 10 cryogenic coolants

Modified Drone Electrical Grid
Power Generation 25,000 kW
Integrity Penalty -100
Installation 30 structural composites, 20 cryogenic coolants, 15 superluminal electronics, 10 toxic metals


UTILITY SUBSYSTEMS
Modified Support Payload Module
Power Need 2,000 kW
Ware Storage 400
Installation 20 structural composites, 15 cryogenic coolants, 5 superluminal electronics

Modified Support Survey Module
Power Need 2,000 kW
Prospectors 2
Installation 15 superluminal electronics, 5 cryogenic coolants

Modified Support Factory Module
Power Need 5,000 kW
Production Rate 50 input/day
Installation 30 structural composites, 15 cryogenic coolants, 10 superluminal electronics, 5 toxic metals


WARFARE SUBSYSTEMS
Modified Micro-Adaptive Safeguard Module
Power Need 10,000 kW
Max Integrity +10%
Burn Cost +25%
Installation 30 toxic metals, 20 structural composites, 10 cryogenic coolants, 5 superluminal electronics

Modified Micro-Folding Interdiction Module
Power Need 15,000 kW
Success Chance 40%
Installation 35 structural composites, 30 cryogenic coolants, 25 toxic metals, 20 superluminal electronics

Modified Micro-Point-Defense Module
Power Need 15,000 kW
Accuracy 60%
Installation 25 structural composites, 20 cryogenic coolants, 15 toxic metals, 10 superluminal electronics

Modified Micro-Rocket Module
Power Need 20,000 kW
Hardpoints 2
Installation 40 structural composites, 30 cryogenic coolants, 20 toxic metals, 15 superluminal electronics




CORE SYSTEMS
Advanced Drone Hull Structure
Subsystems 4
Moorings 3
Burn Cost 25
Ware Storage 500
Installation 80 autonomous service nanites, 20 hyperintelligent cybernetics

Advanced Drone Electrical Grid
Power Generation 40,000 kW
Integrity Penalty -200
Installation 50 cryogenic coolants, 30 autonomous service nanites, 25 hyperintelligent cybernetics


UTILITY SUBSYSTEMS
Advanced Support Payload Module
Power Need 5,000 kW
Ware Storage 1,000
Installation 75 structural composites, 30 autonomous service nanites, 20 hyperintelligent cybernetics

Advanced Support Survey Module
Power Need 5,000 kW
Prospectors 3
Installation 40 superluminal electronics, 10 hyperintelligent cybernetics

Advanced Support Factory Module
Power Need 10,000 kW
Production Rate 100 input/day
Installation 90 structural composites, 35 autonomous service nanites, 25 cryogenic coolants, 20 hyperintelligent cybernetics


WARFARE SUBSYSTEMS
Advanced Micro-Adaptive Safeguard Module
Power Need 20,000 kW
Max Integrity +15%
Burn Cost +40%
Installation 90 toxic metals, 75 autonomous service nanites, 30 hyperintelligent cybernetics

Advanced Micro-Folding Interdiction Module
Power Need 25,000 kW
Success Chance 60%
Installation 60 structural composites, 35 toxic metals, 25 hyperintelligent cybernetics, 15 autonomous service nanites

Advanced Micro-Point-Defense Module
Power Need 25,000 kW
Accuracy 80%
Installation 75 structural composites, 35 hyperintelligent cybernetics, 20 autonomous service nanites

Advanced Micro-Rocket Module
Power Need 35,000 kW
Hardpoints 3
Installation 100 structural composites, 50 hyperintelligent cybernetics, 35 autonomous service nanites




CORE SYSTEMS
Reverse-Engineered Drone Hull Structure
Subsystems 5
Moorings 4
Burn Cost 50
Ware Storage 1,000
Installation 300 autonomous service nanites, 10 zero-point capacitors

Reverse-Engineered Drone Electrical Grid
Power Generation 50,000 kW
Integrity Penalty -250
Installation 80 hyperintelligent cybernetics, 30 autonomous service nanites, 15 zero-point capacitors


UTILITY SUBSYSTEMS
Reverse-Engineered Support Payload Module
Power Need 10,000 kW
Ware Storage 2,500
Installation 180 structural composites, 50 autonomous service nanites, 10 zero-point capacitors

Reverse-Engineered Support Survey Module
Power Need 10,000 kW
Prospectors 4
Installation 25 hyperintelligent cybernetics, 5 zero-point capacitors

Reverse-Engineered Support Factory Module
Power Need 20,000 kW
Production Rate 250 input/day
Installation 225 structural composites, 25 hyperintelligent cybernetics, 10 zero-point capacitors


WARFARE SUBSYSTEMS
Reverse-Engineered Micro-Folding Interdiction Module
Power Need 40,000 kW
Success Chance 80%
Installation 150 structural composites, 110 toxic metals, 25 hyperintelligent cybernetics, 10 zerp-point capacitors