Assembly Director System (includes Automated Wiring and Adaptive Control Productions).□ SOME HELP: To aid you in your plan for Phase 4 here are some links to Satisfactory Tools Production Plans (U6/U7 Compatible) for 1 Phase 4 Part per minute (No Alternate Recipes): Also includes link to Dry Goods Transport by Trains. View Fluids Transport By Train Information which shows why Packaged Fluids in Freight Cars might be better then using Fluid Freight Cars which might be better than using Pipelines. For Fluids (Water / Oil), build near the Ocean and/or Resource Node/Resource Well in order to keep Pipeline lengths lower.I would not plan on doing any Space Elevator Project Assembly Part Production greater than 1 per Minute since these Parts have no real use after Phase 4 is completed (see TABLE link below).You the chance to be an author on our site, get in touch with us. If you have a particular layout or guide you’d be interested in sharing with the community, we’d gladly give We look forward to updating the site weekly with new guides and layouts. We’re very proud to have launched this website and hope you have found the guide both helpful and enjoyable. These will then combine and split between the two assemblers to produce 7.5 reinforced iron plates per minute. The iron ore then needs to run into two smelters running at 112.5% (one at 100% and the second at 12.5%) These will then follow into two constructors producing iron plates, also running at 112.5%. This particular build uses the Adhere iron plate recipe, and uses 7.5 rubber per minute along with 33.75 iron ore to produce 7.5 reinforced iron plates per minute.įirst run the rubber directly into the two assemblers. This setup will produce 30 reinforced iron plates per minute.ĭo note that you will need to use a Mk3 belt whenever you have more than 120 resources on a given line. (do not merge these lines due to the amount of screws being produced) With the steel beams, we will send them to two constructors, both of which should be producing steel screws and set to 96.1538% clockspeed, these will then flow directly into the assemblers. These should then be merged and split between the two assemblers. Starting off, send the 270 iron ore to 9 smelters, each running at 100% clockspeed, following each smelter you will need a constructor producing iron plates. The next layout is for bolted reinforced iron plates, we will be using the Steel Screw alternate recipe so you will have to provide 9.615 steel beams for this layout along with 270 iron ore in order to produces 30 Reinforce iron plate per minute. These will then merge and split between four constructors producing iron wire running at 333.33% (three at 100% and one at 33.33%) These will then be sent and split into the two assemblers. The next two smelters will be placed directly above the first two, with them running at 138.9%. These will then merge and head to the two assemblers. Following these two smelters, you will need to place constructors producing iron plates, also at 187.5%. In this build we will need four smelters, the first two will be clocked at 187.5% clockspeed (one smelter at 100% and one at 87.5%). For this build you will need 98 iron ore per minute. The next layout is for stitched iron plates, we will be using the iron wire alternate recipe so the layout only requires iron ore. These will turn the screws and plates into 10 Reinforced iron plates per minute.ĭo note that when more than 60 items are on a belt, you will need to use at least a mk2 belt for this layout. Next, merge and send the iron rods to the three constructors in the top right of the layout, these will produce 120 screws, which should be split into the two assemblers, along with the iron plates. The fourth smelter feeds the iron ingots into two constructors, each producing iron rods. The first three smelters carry the ingots directly into three constructors producing iron plates. Note that the first three smelters should receive 90 iron ore per minute and the fourth smelter, 30 iron ore. The vanilla recipe, requires 120 Iron ore per minute and produces 10 reinforced iron plate per minute. Note that in order to use these layouts you will have to have the necessary alternate recipes as named in the title of each layout, as well as any further recipe mentioned in the guide. This particular guide, will show the layouts, with a brief commentary on the build. Today we're going to be breaking down 4 different recipe layouts for reinforced iron plates, I recommend watching my video guide covering the builds whilst reading through the layouts here, for extra information.Įfficient Layouts: All Reinforced Iron Plate Alternate Recipes Satisfactory Update 6. This guide will break down the efficient reinforced iron plates alternate recipe factory layouts video, giving you a clear layout to follow for your own factories. Efficient Layouts: All Reinforced Iron Plate Alternate Recipes Satisfactory Update 6
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