Explore ideas, tips guide and info Archer McClemans
Green Chip Blueprint Factorio
Green Chip Blueprint Factorio
Green Chip Blueprint Factorio. Tileable/Upgradeable BLUE CIRCUITS / PROCESSING UNIT design Factorio 0.18 Tutorial/Guide/How This build utilizes a perfectly balanced 3-2 ratio for Copper to Green chip Assembly The Output of this facility is very high, there is a tiny bit of steel drop off towards the end of the production line but this doesn't impact a sustained and compressed belt
two full bluebelts of green chips, no splitters, tileable r/factorio from www.reddit.com
Copy to Clipboard Show Blueprint Show Json Show Blueprint Show Json belted (no robots), fully 8-beaconed, tileable, vanilla! renders and more information on FactorioBin and forum topic regarding my blueprints and other neat things.
two full bluebelts of green chips, no splitters, tileable r/factorio
One segment ( = one fully compressed blue belt of GC) takes 6 assemblers, 21 inserters, no splitters, and 23 beacons, with each additional tiled segment costing 13 beacons The Output of this facility is very high, there is a tiny bit of steel drop off towards the end of the production line but this doesn't impact a sustained and compressed belt Since crafting assembler 2's just takes double the material of an assembler 1, the second pattern is cheaper by 1 assembler, which is 3 green chips, 5 gears and 9 plates
two full bluebelts of green chips, no splitters, tileable r/factorio. So the actual output of this blueprint should be about. Space Optimized Green Circuit Design Post by Ashaman » Wed Mar 06, 2019 8:11 am Got a collection of 0,17 mid to late-game blueprints for fully compressed 4 belt output Green Circuit builds in both Red (7,2k/min) and Blue Belt (10,8k/min) outputs.
Factorio Green Circuit Blueprint. One segment ( = one fully compressed blue belt of GC) takes 6 assemblers, 21 inserters, no splitters, and 23 beacons, with each additional tiled segment costing 13 beacons Here's the link to my green circuits blueprint book, that also contains the standard design for a fully saturated blue belt as well as a tilable, direct-from-ore, blue belt design: