Blast Block
Advanced field resonation patterns increase resistance to explosive damage, at the cost of overall shield strength.
Optimal strength (-1%), Explosive resistance (+2%)
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Double Braced
Additional, hardened supports and bracing further improve module survivability.
Integrity (+15%)
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Flow Control
Advanced software and internal sensors regulate energy flow more efficiently, reducing module power draw.
Power Draw (-10%)
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Force Block
Enlarged projection nodes increase resistance to kinetic damage, at the cost of overall shield strength.
Optimal Strength (-1%), Kinetic Resistance (+2%)
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Super Capacitors
Additional, advanced capacitors increases overall shield strength at the cost of damage resistance.
Optimal Strength (+5%), Kinetic Resistance (-2%), Thermal Resistance (-2%), Explosive Resistance (-2%)
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Thermo Block
Improved feedback protection and reinforced projection nodes increase resistance to thermal damage, at the cost of overall shield strength.
Optimal Strength (-1%), Thermal Resistance (+2%)
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