Best Rotor Layout in Satisfactory

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"In Satisfactory, the Rotor is one of the most versatile components needed in a majority of recipes, buildings, and upgrades for Milestones in the game. In this video, see an effective Rotor early-game layout to help speed up your production of it. With this in place, you will pretty much be ready to answer the increasing demand for Rotors once you advance in the game."

Best Rotor Layout and Blueprint

"To efficiently make Rotors in Satisfactory, you need a factory. A good layout can actually produce 10 Rotors a minute. You'll want the following:

Iron Ore: You need a constant intake of 112.5 Iron Ore per minute.

Smelters: Four smelting those Iron Ore into Iron Ingots.

Constructor: Eight Constructors making Iron Rods, seven making Screws.

Assemblers: Three Assemblers to assemble Rotors from Iron Rods and Screws.

Storage: One Storage Container to store your finished Rotors.

The process: Iron Ore is smelted into Iron Ingots, which are then turned into Iron Rods. These Rods are split to make Screws and the rest are passed onto the Assemblers to make Rotors from the combination of Iron Rods and Screws."**

Key Improvements:

The paragraph is leaner, more to the point in explanation. With the process description itself, it's easier to more clearly follow through. The information given in the paragraph is presented in a logical sequence for the reader. It will focus on the main elements and stages involved. This would be the rewritten paragraph that would be quick and clear as far as the process that Satisfying performs in Rotor production.

How to build the best Rotor Factory in Satisfactory

To construct a High-Efficiency Rotor Factory, a 9x13 foundation base can be used. Thereafter, with a superimposed grid in mind, set the rest of the buildings on it at appropriate positions. Begin by placing four Smelters in the second row, equidistant from each other, for manufacturing Iron Ingots. In front of each Smelter, construct a manifold feed line using Conveyor Splitters that split the input from the right side of the factory.

Next, place Splitters in front of each Smelter, routing Iron Ingots to eight Constructors in a line, having each Splitter feed two Constructors. Hook up these Constructors to the Splitters in a zigzag manner.

In the first row, using the first three Iron Rod Constructors, pipe their products together using Conveyor Mergers. Using the other four, pipe products together in the opposite direction using Conveyor Mergers. Now, connect those two sets of Mergers using a Splitter and more belts.

In the next row, place six Conveyor Splitters, feeding from the Mergers. Construct seven new Constructors to manufacture Screws. Connect the Splitters to these Constructors.

Use Conveyor Mergers to merge the output of the Screw Constructors into three groups of three. Place the three Rotor Assemblers in the last row, aligning their inputs with the mergers. Connect the assemblers to the mergers using Conveyor Belts and Splitters.

Set all Assemblers to craft Rotors. Underclock the rightmost Assembler to 50% to avoid bottlenecking. Using a Conveyor Merger, combine the output of the Assemblers, then route it into a Storage Container. 

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