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= manufacturing = | = manufacturing = | ||
{| class="wikitable collapsible collapsed" | {| class="wikitable collapsible collapsed" | ||
! colspan = 4 style="width: 1596px" | | ! colspan = 4 style="width: 1596px" | Engineering rigs | ||
|- | |- | ||
! style="width: 425px" | Effect !! style="width: 350px" | M-rig !! style="width: 300px" | L-rig !! style="width: 320px" | XL-rig | ! style="width: 425px" | Effect !! style="width: 350px" | M-rig !! style="width: 300px" | L-rig !! style="width: 320px" | XL-rig | ||
Revision as of 09:58, 26 December 2019
manufacturing
| Engineering rigs | |||
|---|---|---|---|
| Effect | M-rig | L-rig | XL-rig |
| T2 component material usage -2% | Advanced Component Manufacturing Material Efficiency | Advanced Component Manufacturing Efficiency | Structure and Component Manufacturing Efficiency |
| T2 component time duration -20% | Advanced Component Manufacturing Time Efficiency | ||
| Capital component material usage -2% | Basic Capital Component Manufacturing Material Efficiency | Basic Capital Component Manufacturing Efficiency | |
| Capital component time duration -20% | Basic Capital Component Manufacturing Time Efficiency | ||
| Structure, structure component, structure rig and fuel block material usage -2% | Structure Manufacturing Material Efficiency | Structure Manufacturing Efficiency | |
| Structure, structure component, structure rig and fuel block time duration -20% | Structure Manufacturing Time Efficiency | ||
| T1 small ship material usage -2% | Basic Small Ship Manufacturing Material Efficiency | Basic Small Ship Manufacturing Efficiency | Ship Manufacturing Efficiency |
| T1 small ship time duration -20% | Basic Small Ship Manufacturing Time Efficiency | ||
| T1 medium ship material usage -2% | Basic Medium Ship Manufacturing Material Efficiency | Basic Medium Ship Manufacturing Efficiency | |
| T1 medium ship time duration -20% | Basic Medium Ship Manufacturing Time Efficiency | ||
| T1 large ship material usage -2% | Basic Large Ship Manufacturing Material Efficiency | Basic Large Ship Manufacturing Efficiency | |
| T1 large ship time duration -20% | Basic Large Ship Manufacturing Time Efficiency | ||
| T2 Small ship material usage -2% | Advanced Small Ship Manufacturing Material Efficiency | Advanced Small Ship Manufacturing Efficiency | |
| T2 small ship time duration -20% | Advanced Small Ship Manufacturing Time Efficiency | ||
| T2 medium ship material usage -2% | Advanced Medium Ship Manufacturing Material Efficiency | Advanced Medium Ship Manufacturing Efficiency | |
| T2 medium ship time duration -20% | Advanced Medium Ship Manufacturing Time Efficiency | ||
| T2 large ship material usage -2% | Advanced Large Ship Manufacturing Material Efficiency | Advanced Large Ship Manufacturing Efficiency | |
| T2 large ship time duration -20% | Advanced Large Ship Manufacturing Time Efficiency | ||
| Ammunition materual usage -2% | Ammunition Manufacturing Material Efficiency | Ammunition Manufacturing Efficiency | Equipment and Consumable Manufacturing Efficiency |
| Ammunition time duration -20% | Ammunition Manufacturing Time Efficiency | ||
| Drone and fighter material usage -2% | Drone and Fighter Manufacturing Material Efficiency | Drone and Fighter Manufacturing Efficiency | |
| Drone and fighter time duration -20% | Drone and Fighter Manufacturing Time Efficiency | ||
| Ship module, ship rig, deployable, implant, cargo container material usage -2% | Equipment Manufacturing Material Efficiency | Equipment Manufacturing Efficiency | |
| Ship module, ship rig, deployable, implant, cargo container time duration -20% | Equipment Manufacturing Time Efficiency | ||
| Blueprint copy ISK cost -10% | Blueprint Copy Cost Optimization | Blueprint Copy Optimization | Laboratory Optimization |
| Blueprint copy time duration -20% | Blueprint Copy Accelerator | ||
| ME research ISK cost -10% | ME Research Cost Optimization | ME Research Optimization | |
| ME research time duration -20% | ME Research Accelerator | ||
| TE research ISK cost -10% | TE Research Cost Optimization | TE Research Optimization | |
| TE research time duration -20% | TE Research Accelerator | ||
| Invention ISK cost -10% | Invention Cost Optimization | Invention Optimization | |
| Invention time duration -20% | Invention Accelerator | ||
resource
| Improved refnng yeld for asterod ores | M-Set Asterod Ore Gradng Processor | L-Set Reprocessng Montor | XL-Set Reprocessng Montor | |
|---|---|---|---|---|
| Improved refnng yeld for moon asterods | M-Set Moon Ore Gradng Processor | |||
| Improved refnng yeld for ce | M-Set ce Gradng Processor | |||
| Bochemcal reactons materal usage reducton | M-Set Bochemcal Reactor Materal Effcency | L-Set Reactor Effcency | ||
| Bochemcal reactons tme duraton reducton | M-Set Bochemcal Reactor Tme Effcency | |||
| Composte reactons materal usage reducton | M-Set Composte Reactor Materal Effcency | |||
| Composte reactons tme duraton reducton | M-Set Composte Reactor Tme Effcency | |||
| Hybrd reactons materal usage reducton | M-Set Hybrd Reactor Materal Effcency | |||
| Hybrd reactons tme duraton reducton | M-Set Hybrd Reactor Tme Effcency | |||
| ncreased moon drlng yeld | M-Set Moon Drllng Effcency | L-Set Moon Drllng Profcency | ||
| Improved moon chunk stablty, more compact asterod feld and longer lastng asterod feld | M-Set Moon Drllng Stablty |