Additional, hardened supports and bracing further improve module survivability.

Modifiers:

• Integrity: 15%

R	Resource	Cost
	Mechanical Scrap	5
	Compact Composites	5
	Vanadium	3

Advanced software and internal sensors regulate energy flow more efficiently, reducing module power draw.

Modifiers:

• Power Draw: -10%

R	Resource	Cost
	Mechanical Scrap	5
	Hybrid Capacitors	3
	Modified Embedded Firmware	1

Experimental warheads incorporating frame shift technology. Successful detonation significantly inhibits charging for supercruise.

Modifiers:

• Target FSD Inhibited

R	Resource	Cost
	Mechanical Equipment	5
	High Density Composites	3
	Aberrant Shield Pattern Analysis	3

Scaled up components and reinforced munitions housing allows the weapon to pack more of a punch, increasing damage at the cost of increased power draw.

Modifiers:

• Power Draw: 5%


• Damage: 3%

R	Resource	Cost
	Mechanical Scrap	5
	Mechanical Components	3
	Ruthenium	1

Deep cut munitions are guaranteed to penetrate upon impact with hull and are capable of damaging multiple internal modules.

Modifiers:

• Target Module Damage

R	Resource	Cost
	Anomalous Bulk Scan Data	5
	Mechanical Components	3
	Tungsten	3
	Selenium	3

Experimental munitions that overload shields on impact, directly damaging the shield generator.

Modifiers:

• Target Shield Generator Damaged

R	Resource	Cost
	Chromium	4
	Filament Composites	4
	Classified Scan Databanks	3
	Configurable Components	2

Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.

Modifiers:

• Mass: -10%

R	Resource	Cost
	Salvaged Alloys	5
	Carbon	5
	Tin	1