Kinetic Resistant ShieldsKinetic Resistant ShieldsKinetic Resistant ShieldsKinetic Resistant ShieldsKinetic Resistant ShieldsEnhanced, Low Power ShieldsEnhanced, Low Power ShieldsEnhanced, Low Power ShieldsEnhanced, Low Power ShieldsEnhanced, Low Power ShieldsReinforced ShieldsReinforced ShieldsReinforced ShieldsReinforced ShieldsReinforced ShieldsThermal Resistant ShieldsThermal Resistant ShieldsThermal Resistant ShieldsThermal Resistant ShieldsThermal Resistant Shields
Kinetic Resistant Shields   
  • Thermal Resistance ▼ -11%
  • Kinetic Resistance ▲ 18%
  • Integrity ▲ 30%
Required for upgrade
RResourceCost
Distorted Shield Cycle Recordings1
Modified Consumer Firmware1
Selenium1
Experimental effects
Double Braced
Additional, hardened supports and bracing further improve module survivability.

Modifiers:
  • Integrity: 15%

RResourceCost
Worn Shield Emitters5
Flawed Focus Crystals3
Configurable Components1
Fast Charge
High speed charging units increase shield regeneration rate when active and reforming, at the cost of slightly weaker resistance versus all forms of damage.

Modifiers:
  • Regen Rate: 15%

  • Broken Regen Rate: 15%

  • Kinetic Resistance: -1%

  • Thermal Resistance: -1%

  • Explosive Resistance: -1%

RResourceCost
Worn Shield Emitters5
Flawed Focus Crystals3
Compound Shielding1
Force Block
Enlarged projection nodes increase resistance to kinetic damage, at the cost of overall shield strength.

Modifiers:
  • Optimal Multiplier: -3%

  • Kinetic Resistance: 8%

RResourceCost
Worn Shield Emitters5
Flawed Focus Crystals3
Decoded Emission Data1
Hi-Cap
Additional capacitors and projection nodes increase maximum shield strength, at the cost of increased power draw and SYS drain.

Modifiers:
  • Power Draw: 10%

  • Optimal Multiplier: 6%

  • Distributor Draw: 25%

RResourceCost
Worn Shield Emitters5
Flawed Focus Crystals3
Conductive Polymers1
Lo-draw
Lightweight component swaps and smaller charging units reduce power draw and SYS drain, at the cost of overall shield effectiveness.

Modifiers:
  • Power Draw: -20%

  • Optimal Multiplier: -2%

  • Distributor Draw: -20%

  • Kinetic Resistance: -1%

  • Thermal Resistance: -1%

  • Explosive Resistance: -1%

RResourceCost
Worn Shield Emitters5
Flawed Focus Crystals3
Conductive Polymers1
Multi-weave
Reinforced shield weave structures increase resistance versus all types of damage, at the cost of increased power draw and SYS drain.

Modifiers:
  • Power Draw: 10%

  • Distributor Draw: 25%

  • Kinetic Resistance: 3%

  • Thermal Resistance: 3%

  • Explosive Resistance: 3%

RResourceCost
Worn Shield Emitters5
Flawed Focus Crystals3
Aberrant Shield Pattern Analysis1
Stripped Down
Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.

Modifiers:
  • Mass: -10%

RResourceCost
Worn Shield Emitters5
Flawed Focus Crystals3
Proto Light Alloys1
Thermo Block
Improved feedback protection and reinforced projection nodes increase resistance to thermal damage, at the cost of overall shield strength.

Modifiers:
  • Optimal Multiplier: -3%

  • Thermal Resistance: 8%

RResourceCost
Worn Shield Emitters5
Flawed Focus Crystals3
Heat Vanes1