High capacity blueprint details

Increased mass and power draw are traded for increased ammo capacity and a faster fire rate with this weapon blueprint.



Fragment Cannon - High capacity (Grade 1)

Modifiers

Clip Size
+36%
Power Draw
+4%
Ammo Capacity
+36%
Rate of Fire
+2%
Mass
+20%

Crafting cost

Note: The ammo capacity and clip size percentages may differ, as the projectiles increase is rounded to the whole number in the game and the percentages recalculated by it, depending on the weapon.

Fragment Cannon - High capacity (Grade 2)

Modifiers

Clip Size
+52%
Power Draw
+8%
Ammo Capacity
+52%
Rate of Fire
+4%
Mass
+30%

Crafting cost

Note: The ammo capacity and clip size percentages may differ, as the projectiles increase is rounded to the whole number in the game and the percentages recalculated by it, depending on the weapon.

Fragment Cannon - High capacity (Grade 3)

Modifiers

Clip Size
+68%
Power Draw
+12%
Ammo Capacity
+68%
Rate of Fire
+6%
Mass
+40%

Note: The ammo capacity and clip size percentages may differ, as the projectiles increase is rounded to the whole number in the game and the percentages recalculated by it, depending on the weapon.

Fragment Cannon - High capacity (Grade 4)

Modifiers

Clip Size
+84%
Power Draw
+16%
Ammo Capacity
+84%
Rate of Fire
+8%
Mass
+50%

Engineers

Note: The ammo capacity and clip size percentages may differ, as the projectiles increase is rounded to the whole number in the game and the percentages recalculated by it, depending on the weapon.

Fragment Cannon - High capacity (Grade 5)

Modifiers

Clip Size
+100%
Power Draw
+20%
Ammo Capacity
+100%
Rate of Fire
+10%
Mass
+60%

Engineers

Note: The ammo capacity and clip size percentages may differ, as the projectiles increase is rounded to the whole number in the game and the percentages recalculated by it, depending on the weapon.

Possible 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%

Dazzle Shell
Experimental shells that temporarily reduce a target's sensor acuity upon impact.

Crafting cost

Modifiers

Target sensor acuity reduced

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

Crafting cost

Modifiers

Integrity
+15%

Drag Munitions
Experimental munitions that disrupt engine exhaust flow on the target, temporarily preventing ENG power distribution from increasing thrust.

Crafting cost

Modifiers

Target speed reduced

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

Modifiers

Power Draw
-10%

Incendiary Rounds
Modified ammo system capable of delivering superheated rounds, increasing damage and converting a large portion to thermal.

Crafting cost

Modifiers

Damage partially thermal
Rate of Fire
-5%
Thermal Load
+200%

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%

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.

Crafting cost

Modifiers

Power Draw
+5%
Damage
+3%

Screening Shell
Modified firing and targeting mechanism, decreasing reload times and increasing effectiveness against munitions.

Modifiers

Effectiveness increase against munitions
Reload Time
-50%

Stripped Down
Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass.

Crafting cost

5xSalvaged Alloys (0)
5xCarbon (0)
1xTin (0)


Modifiers

Mass
-10%

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Related blueprints

Double shotEfficientHigh capacityLightweightOverchargedRapid fireSturdy

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.