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Blueprint details

Heavy duty

With this blueprint mass is increased, but with the benefit of better integrity reinforcement.



Hull Reinforcement Package - Heavy duty (Grade 1)

Modifiers

Hull Reinforcement
+24%
All Resistances
+3%
Mass
+8%

Crafting cost

Hull Reinforcement Package - Heavy duty (Grade 2)

Modifiers

Hull Reinforcement
+36%
All Resistances
+6%
Mass
+16%

Crafting cost

Engineers

Hull Reinforcement Package - Heavy duty (Grade 3)

Modifiers

Hull Reinforcement
+48%
All Resistances
+9%
Mass
+24%

Engineers

Hull Reinforcement Package - Heavy duty (Grade 4)

Modifiers

Hull Reinforcement
+60%
All Resistances
+12%
Mass
+32%

Engineers

Hull Reinforcement Package - Heavy duty (Grade 5)

Modifiers

Hull Reinforcement
+72%
All Resistances
+15%
Mass
+40%

Engineers

Related blueprints

Blast resistantHeavy dutyKinetic resistantLightweightThermal 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.

Possible experimental effects

Angled Plating
Custom angling of plates at critical points along the ship's hull make projectile strikes more likely to glance, reducing the impact of kinetic damage at the cost of reducing structural integrity benefits.

Crafting cost

Modifiers

Hull Reinforcement
-5%
Kinetic Resistance
+2%

Deep Plating
Increased depth of plating increases the ship's overall structural integrity, at the cost of resistance against all types of damage.

Crafting cost

Modifiers

Hull Reinforcement
+10%
Kinetic Resistance
-2%
Thermal Resistance
-2%
Explosive Resistance
-2%

Layered Plating
Layers of advanced inert lining material within the ship's plating absorb and redistribute the force from explosive attacks, reducing damage of this type at the cost of reducing structural integrity benefits.

Modifiers

Hull Reinforcement
-5%
Explosive Resistance
+2%

Reflective Plating
Surface coating of advanced formulas designed to reflect and dissipate thermal energy, at the cost of reducing structural integrity benefits.

Modifiers

Hull Reinforcement
-5%
Thermal Resistance
+2%