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| Line 1: |
Line 1: |
| {| class="wikitable collapsible collapsed"
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| ! colspan = 4 style="width: 1328px"| Manufacturing rigs
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| |-
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| !Effect !! M-rig !!L-rig !! XL-rig
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| |-
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| | T2 component material usage reduction || Advanced Component Manufacturing Material Efficiency || rowspan="2" | Advanced Component Manufacturing Efficiency || style="border-bottom:solid 2px;" rowspan="6" | Structure and Component Manufacturing Efficiency
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| |-
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| | T2 component time duration reduction || Advanced Component Manufacturing Time Efficiency
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| |-
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| | Capital component material usage reduction || Basic Capital Component Manufacturing Material Efficiency || rowspan="2" | Basic Capital Component Manufacturing Efficiency
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| |-
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| | Capital component time duration reduction || Basic Capital Component Manufacturing Time Efficiency
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| |-
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| | Structure, structure component, structure rig and fuel block<br>material usage reduction || Structure Manufacturing Material Efficiency || style="border-bottom:solid 2px;" rowspan="2" | Structure Manufacturing Efficiency
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| |-
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| | style="border-bottom:solid 2px;"| Structure, structure component, structure rig and fuel block<br>time duration reduction || style="border-bottom:solid 2px;"| Structure Manufacturing Time Efficiency
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| |-
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| | T1 small ship material usage reduction || Basic Small Ship Manufacturing Material Efficiency || rowspan="2" | Basic Small Ship Manufacturing Efficiency || style="border-bottom:solid 2px;" rowspan="12" | Ship Manufacturing Efficiency
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| |-
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| | T1 small ship time duration reduction || Basic Small Ship Manufacturing Time Efficiency
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| |-
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| | T1 medium ship material usage reduction || Basic Medium Ship Manufacturing Material Efficiency || rowspan="2" | Basic Medium Ship Manufacturing Efficiency
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| |-
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| | T1 medium ship time duration reduction || Basic Medium Ship Manufacturing Time Efficiency
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| |-
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| | T1 large ship material usage reduction || Basic Large Ship Manufacturing Material Efficiency || rowspan="2" | Basic Large Ship Manufacturing Efficiency
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| |-
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| | T1 large ship time duration reduction || Basic Large Ship Manufacturing Time Efficiency
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| |-
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| | T2 Small ship material usage reduction || Advanced Small Ship Manufacturing Material Efficiency || rowspan="2" | Advanced Small Ship Manufacturing Efficiency
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| |-
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| | T2 small ship time duration reduction || Advanced Small Ship Manufacturing Time Efficiency
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| |-
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| | T2 medium ship material usage reduction || Advanced Medium Ship Manufacturing Material Efficiency || rowspan="2" | Advanced Medium Ship Manufacturing Efficiency
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| |-
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| | T2 medium ship time duration reduction || Advanced Medium Ship Manufacturing Time Efficiency
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| |-
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| | T2 large ship material usage reduction || Advanced Large Ship Manufacturing Material Efficiency || style="border-bottom:solid 2px;" rowspan="2" | Advanced Large Ship Manufacturing Efficiency
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| |-
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| | style="border-bottom:solid 2px;"| T2 large ship time duration reduction || style="border-bottom:solid 2px;" | Advanced Large Ship Manufacturing Time Efficiency
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| |-
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| | Ammunition materual usage reduction || Ammunition Manufacturing Material Efficiency || rowspan="2" | Ammunition Manufacturing Efficiency || style="border-bottom:solid 2px;" rowspan="6" | Equipment and Consumable Manufacturing Efficiency
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| |-
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| | Ammunition time duration reduction || Ammunition Manufacturing Time Efficiency
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| |-
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| | Drone and fighter material usage reduction || Drone and Fighter Manufacturing Material Efficiency || rowspan="2" | Drone and Fighter Manufacturing Efficiency
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| |-
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| | Drone and fighter time duration reduction || Drone and Fighter Manufacturing Time Efficiency
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| |-
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| | Ship module, ship rig, deployable, implant and cargo container<br>material usage reduction || Equipment Manufacturing Material Efficiency || style="border-bottom:solid 2px;" rowspan="2" | Equipment Manufacturing Efficiency
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| |-
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| | style="border-bottom:solid 2px;" | Ship module, ship rig, deployable, implant and cargo container<br>time duration reduction || style="border-bottom:solid 2px;" | Equipment Manufacturing Time Efficiency
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| |-
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| | Blueprint copy ISK cost reduction || Blueprint Copy Cost Optimization || rowspan="2" | Blueprint Copy Optimization || rowspan="8" | Laboratory Optimization
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| |-
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| | Blueprint copy time duration reduction || Blueprint Copy Accelerator
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| |-
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| | ME research ISK cost reduction || ME Research Cost Optimization || rowspan="2" | ME Research Optimization
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| |-
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| | ME research time duration reduction || ME Research Accelerator
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| |-
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| | TE research ISK cost reduction || TE Research Cost Optimization || rowspan="2" | TE Research Optimization
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| |-
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| | TE research time duration reduction || TE Research Accelerator
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| |-
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| | Invention ISK cost reduction || Invention Cost Optimization || rowspan="2" | Invention Optimization
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| |-
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| | Invention time duration reduction || Invention Accelerator
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| |}
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|
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|
| {| class="wikitable collapsible collapsed"
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| ! colspan = 4 style="width: 1328px"| Resource processing rigs
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| |-
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| ! Effect
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| ! M-rig
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| ! L-rig
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| ! XL-rig
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| |-
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| | Improved refinng yeld for asterod ores
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| | Asterod Ore Gradng Processor
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| | rowspan="4" style="border-bottom:solid 2px;"| Reprocessng Montor
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| | rowspan="4" style="border-bottom:solid 2px;"| Reprocessng Montor
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| |-
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| | Improved refining yeld for asteroid ores
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| | Asteroid Ore Grading Processor
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| |-
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| | Improved refining yeld for moon asteroids
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| | Moon Ore Grading Processor
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| |-
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| | style="border-bottom:solid 2px;"|Improved refining yeld for ice
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| | style="border-bottom:solid 2px;"|Ice Grading Processor
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| |-
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| | Biochemical reactions material usage reduction
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| | Biochemical Reactor Material Efficiency
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| | rowspan="6" style="border-bottom:solid 2px;"| Reactor Effcency
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| | rowspan="8" |
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| |-
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| | Biochemical reactions time duration reduction
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| | Biochemical Reactor Time Efficiency
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| |-
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| | Composite reactions material usage reduction
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| | Composite Reactor Material Efficiency
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| |-
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| | Composite reactions time duration reduction
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| | Composite Reactor Time Efficiency
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| |-
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| | Hybrid reactions material usage reduction
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| | Hybrid Reactor Material Efficiency
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| |-
| |
| | style="border-bottom:solid 2px;"|Hybrid reactions time duration reduction
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| | style="border-bottom:solid 2px;"|Hybrid Reactor Time Efficiency
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| |-
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| | ncreased moon driling yeld
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| | Moon Drilling Efficiency
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| | rowspan="2" | Moon Drllng Profcency
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| |-
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| | improved moon chunk stability, more compact asteroid field<br>and longer lasting asteroid field
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| | Moon Drilling Stability
| |
| |}
| |
|
| |
| {| class="wikitable collapsible collapsed"
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| ! colspan = 4 style="width: 1328px" | Combat rigs
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| |-
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| ! Effect
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| ! M-rig
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| ! L-rig
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| ! XL-rig
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| |-
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| | Reduced EWAR capacutor usage
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| | Electronic Warfare Economy
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| | rowspan="2" | EW Expert System
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| | rowspan="4" style="border-bottom:solid 2px;" | EW and Emissions Co-ordinator
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| |-
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| | Improved EWAR range
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| | Electronic Warfare Projection
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| |-
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| | Reduced energy neutralizer capcitor usage
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| | Energy Neutralizer Economy
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| | rowspan="2" style="border-bottom:solid 2px;" | EW Expert System
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| |-
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| | style="border-bottom:solid 2px;" | Improved energy neutralizer range
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| | style="border-bottom:solid 2px;" | Energy Neutralizer Projection
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| |-
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| | Improved missile explosion velocity
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| | Missile Precision
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| | rowspan="2" | Missile Flight Processor
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| | rowspan="3" style="border-bottom:solid 2px;" | Missile Fire Control Computer
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| |-
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| | Improved missile velocity
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| | Missile Projection
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| |-
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| | style="border-bottom:solid 2px;" | Improved guided bomb velocity and explosion velocity
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| | style="border-bottom:solid 2px;" |
| |
| | style="border-bottom:solid 2px;" | Bomb Aimer
| |
| |-
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| | Improved point defence battery range and reduced capacitor usage
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| |
| |
| | Point Defense Battery Control
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| | rowspan="4" | Extinction Level Weapons Suite
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| |-
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| | Improved targeting speed and range
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| | Enhanced Targeting System
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| | rowspan="2" | Target Acquisition Array
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| |-
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| | Increased maximum number of locked targets
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| | Structure Target Multiplexing
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| |-
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| | Additional doomsday targets and increased secondary target damage
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| |
| |
| |
| |
| |}
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