Double ShotDouble ShotDouble ShotDouble ShotDouble ShotEfficient WeaponEfficient WeaponEfficient WeaponEfficient WeaponEfficient WeaponHigh Capacity MagazineHigh Capacity MagazineHigh Capacity MagazineHigh Capacity MagazineHigh Capacity MagazineLight Weight MountLight Weight MountLight Weight MountLight Weight MountLight Weight MountOvercharged WeaponOvercharged WeaponOvercharged WeaponOvercharged WeaponOvercharged WeaponRapid Fire ModificationRapid Fire ModificationRapid Fire ModificationRapid Fire ModificationRapid Fire ModificationSturdy MountSturdy MountSturdy MountSturdy MountSturdy Mount
Rapid Fire Modification   
  • Damage Per Second ▲ 69.64%
  • Damage ▼ -5%
  • Jitter ▲ 0.5
  • Rate of Fire ▲ 78.57%
  • Distributor Draw ▼ -35%
  • Reload Time ▼ -65%
Required for upgrade
RResourceCost
Precipitated Alloys1
Configurable Components1
Technetium1
Experimental effects
Corrosive Shell
Experimental rounds that temporarily weaken hull hardness and increase all damage taken, at the cost of reduced ammo capacity.

Modifiers:
  • Target Armor Hardness Reduced

  • Ammo Capacity: -20%

RResourceCost
Chemical Storage Units5
Arsenic3
Precipitated Alloys4
Dazzle Shell
Experimental shells that temporarily reduce a target's sensor acuity upon impact.

Modifiers:
  • Target Sensor Acuity Reduced

RResourceCost
Mechanical Scrap5
Manganese4
Hybrid Capacitors5
Double Braced
Additional, hardened supports and bracing further improve module survivability.

Modifiers:
  • Integrity: 15%

RResourceCost
Mechanical Scrap5
Compact Composites5
Vanadium3
Drag Munitions
Experimental munitions that disrupt engine exhaust flow on the target, temporarily preventing ENG power distribution from increasing thrust.

Modifiers:
  • Target Speed Reduced

RResourceCost
Carbon5
Grid Resistors5
Molybdenum2
Flow Control
Advanced software and internal sensors regulate energy flow more efficiently, reducing module power draw.

Modifiers:
  • Power Draw: -10%

RResourceCost
Mechanical Scrap5
Hybrid Capacitors3
Modified Embedded Firmware1
Incendiary Rounds
Modified ammo system capable of delivering superheated rounds, increasing damage and converting a large portion to thermal.

Modifiers:
  • Damage Partially Thermal

  • Rate of Fire: -5%

  • Thermal Load: 200%

RResourceCost
Heat Conduction Wiring5
Phosphorus5
Sulphur5
Phase Alloys3
Multi-servos
Additional servomechanisms and controller software allow the weapon to safely fire at an increased rate, at the cost of increased power draw.

Modifiers:
  • Power Draw: 5%

  • Rate of Fire: 3%

RResourceCost
Mechanical Scrap5
Focus Crystals4
Conductive Polymers2
Configurable Components2
Oversized
Scaled up components and reinforced munitions housing allows the weapon to pack more of a punch, increasing damage at the cost of increased power draw.

Modifiers:
  • Power Draw: 5%

  • Damage: 3%

RResourceCost
Mechanical Scrap5
Mechanical Components3
Ruthenium1
Screening Shell
Modified firing and targeting mechanism, decreasing reload times and increasing effectiveness against munitions.

Modifiers:
  • Effectiveness Increase Against Munitions

  • Reload Time: -50%

RResourceCost
Mechanical Scrap5
Distorted Shield Cycle Recordings5
Modified Consumer Firmware5
Niobium3
Stripped Down
Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.

Modifiers:
  • Mass: -10%

RResourceCost
Salvaged Alloys5
Carbon5
Tin1