The next step is to begin merging the outputs of both rows of foundries. Next, place seven more constructors to the right of the first one, these should all be set to Steel Beams and 100% clock speed. Start by placing one constructor at the start of the eighth row and in the center of the first column. Now we can place the constructors that’ll be producing the Steel Beams for the Versatile Framework. Do this by placing a splitter two steps away and two splitters high of each foundry's right input, these should be flowing right and connected with a conveyor lift. Next we’ll connect the incoming iron ore to each of the foundries right inputs. To do this, place a splitter in front of each foundry's left input flowing to the right. This next step, we’ll connect the incoming coal to each of the foundries left input. Then, place an additional four foundries to the right of the first one, all of these foundries should be set to Steel Ingots as well as 100% clock speed, however, one of these should be set to 30 Steel Ingots/min.

Afterwards, place another foundry at the start of the fifth row and in the center of the second column. Next, place five more foundries to the right of the first one, these will all be set to Steel Ingots at 100% clock speed. To start this build, we’ll place a foundry at the start of the second row and in the center of the second column. This will be built on an eleven wide by fourteen deep grid and will consume upto a total of 244.4Mw You will also need resources for the following buildings:

This factory layout will require the following: With this factory layout you will be able to produce 10 Versatile Framework per minute.

Satisfactory game layout planner