Additional, hardened supports and bracing further improve module survivability.

Modifiers:

• Integrity: 15%

R	Resource	Cost
	Iron	5
	Hybrid Capacitors	2
	Proprietary Composites	1

Removal of safety protocols in controller software to increase drive thrust output at the cost of additional heat generation.

Modifiers:

• Optimal Multiplier: 4%


• Thermal Load: 10%

R	Resource	Cost
	Iron	5
	Hybrid Capacitors	3
	Security Firmware Patch	1

Enhanced fuel and thrust balancing across the drives to improve mass curve efficiency.

Modifiers:

• Optimal Mass: 10%

R	Resource	Cost
	Iron	5
	Hybrid Capacitors	3
	Security Firmware Patch	1

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

Modifiers:

• Mass: -10%

R	Resource	Cost
	Iron	5
	Hybrid Capacitors	3
	Proto Light Alloys	1

Additional thermal conduits and radiator solutions integrated across the module help balance thermal load increase cooling potential at the cost of slight mass increase.

Modifiers:

• Mass: 5%


• Thermal Load: -10%

R	Resource	Cost
	Iron	5
	Hybrid Capacitors	3
	Heat Vanes	1