Reinforced Shield Generator modification
Below are all the blue-print plans for the Reinforced Shield Generator modification.
Effects
Distributor Draw | +4% |
Optimal Strength | +14% |
Broken Regen Rate | -10% |
Kinetic Resistance | +5% |
Thermal Resistance | +5% |
Explosive Resistance | +5% |
Cost
1 x Phosphorus |
Effects
Distributor Draw | +64% |
Optimal Strength | +20% |
Broken Regen Rate | -10% |
Kinetic Resistance | +8% |
Thermal Resistance | +8% |
Explosive Resistance | +8% |
Cost
1 x Conductive Components |
1 x Phosphorus |
Effects
Distributor Draw | +8% |
Optimal Strength | +26% |
Broken Regen Rate | -10% |
Kinetic Resistance | +11% |
Thermal Resistance | +7% |
Explosive Resistance | +11% |
Cost
1 x Conductive Components |
1 x Mechanical Components |
1 x Phosphorus |
Effects
Distributor Draw | +10% |
Optimal Strength | +32% |
Broken Regen Rate | -10% |
Kinetic Resistance | +14% |
Thermal Resistance | +7% |
Explosive Resistance | +14% |
Cost
1 x Conductive Ceramics |
1 x Configurable Components |
1 x Manganese |
Effects
Distributor Draw | +12% |
Optimal Strength | +38% |
Broken Regen Rate | -10% |
Kinetic Resistance | +17% |
Thermal Resistance | +6% |
Explosive Resistance | +17% |
Cost
1 x Arsenic |
1 x Conductive Polymers |
1 x Improvised Components |