Blast resistant blueprint details

Kinetic and thermal resistance is lost to gain better explosive damage resistance with this blueprint.



Shield Booster - Blast resistant (Grade 1)

Modifiers

Kinetic Resistance
-1%
Thermal Resistance
-1%
Explosive Resistance
+8%

Crafting cost

Shield Booster - Blast resistant (Grade 2)

Modifiers

Kinetic Resistance
-1%
Thermal Resistance
-1%
Explosive Resistance
+12%

Crafting cost

Shield Booster - Blast resistant (Grade 3)

Modifiers

Kinetic Resistance
-2%
Thermal Resistance
-2%
Explosive Resistance
+17%

Shield Booster - Blast resistant (Grade 4)

Modifiers

Kinetic Resistance
-3%
Thermal Resistance
-3%
Explosive Resistance
+22%

Shield Booster - Blast resistant (Grade 5)

Modifiers

Kinetic Resistance
-4%
Thermal Resistance
-4%
Explosive Resistance
+27%

Possible experimental effects

Blast Block
Advanced field resonation patterns increase resistance to explosive damage, at the cost of overall shield strength.

Modifiers

Optimal Strength
-1%
Explosive Resistance
+2%

Double Braced
Additional, hardened supports and bracing further improve module survivability.

Modifiers

Integrity
+15%

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

Modifiers

Power Draw
-10%

Force Block
Enlarged projection nodes increase resistance to kinetic damage, at the cost of overall shield strength.

Modifiers

Optimal Strength
-1%
Kinetic Resistance
+2%

Super Capacitors
Additional, advanced capacitors increases overall shield strength at the cost of damage resistance.

Modifiers

Optimal Strength
+5%
Kinetic Resistance
-2%
Thermal Resistance
-2%
Explosive Resistance
-2%

Thermo Block
Improved feedback protection and reinforced projection nodes increase resistance to thermal damage, at the cost of overall shield strength.

Modifiers

Optimal Strength
-1%
Thermal Resistance
+2%

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Related blueprints

Blast resistantHeavy dutyKinetic resistantResistance augmentedThermal resistant

The module parameters are the base values for the fully engineered grade. Please note that these values may slightly vary, depending on the module class/grade.

The data may be incomplete or not entirely accurate. If you find any errors please let me know in the discussion.