Conveyor Splitter

Lore & Background

In the early days of establishing the AF's automated factory on this distant world, the engineers who came before you left behind scattered blueprints and half-finished relay stations. The Conveyor Splitter design was among the most ubiquitous components found in those ruins — small, sturdy, and requiring no power cell to operate. It was clearly a workhorse part, designed to be deployed in quantities by the hundreds so that a single extraction line could feed an entire district of processors.

The AF's design philosophy, as pieced together from the scattered documentation, favored modularity above all. Rather than building complex multi-port distribution hubs, the engineers relied on chaining simple splitters and mergers to create arbitrarily complex routing topologies. A single splitter is trivial; fifty of them, stacked and angled in a cascading array, become a traffic-control system for thousands of items per second. The alien world's vast raw material deposits demanded exactly this kind of scalable, low-maintenance infrastructure, and the splitter was the atom of that system.

For the player — the lone factory engineer continuing the AF's work — the splitter represents a quiet philosophical shift. Before it, production is a straight line: mine, smelt, craft, done. After it, production becomes a graph. Items fork, rejoin, fork again. The factory stops being a pipeline and starts being an organism, routing resources to wherever demand is highest. And it all starts with one small box, one input, two outputs, and a satisfying click as the first item bounces down the left conveyor.

Reader's Guide

The Conveyor Splitter is the first time your factory stops being a sentence and starts being a paragraph. One input on the back, two outputs on the front, zero power draw, and it's available the moment you unlock the conveyor system. No research, no tier gate, no fiddly prerequisites. You build it, you connect it, and suddenly your single smelter can feed two different assembly lines at once.

The default behavior is a clean 50/50 alternation: item one goes left, item two goes right, item three goes left, and so on. But here's where it gets genuinely fun — you can open the configuration and assign priority to one output. That output will fill first, and the second output only receives items once the first is full. In practice, this means you can use a splitter as a "overflow valve," feeding your main line until it's saturated and then dumping the excess into a secondary buffer or a different crafting station.

The design intent is pure modularity. The AF engineers didn't want you to build a 4-way or 8-way distribution hub. They wanted you to chain splitters, angle them, stack them, and let the topology emerge organically. A two-splitter cascade gives you four output paths. Three gives you eight. The combinatorial elegance is the whole point.

The 'aha' moment hits when you're staring at a single extraction line and realize you need that material in three different places. You don't need a new extractor. You don't need to restructure. You just pop in two splitters, angle them at 45 degrees, and your one belt becomes three. The factory breathes. It grows. And it all cost you one small grey box and about four seconds of build time.

Did You Know?

• The Conveyor Splitter is completely passive — it requires no power cell and draws zero energy, making it one of the cheapest-per-function components in the entire game.
• By chaining splitters in a binary tree configuration, a single input conveyor can be fanned out into 2, 4, 8, 16, or even more output paths without any additional power infrastructure.
• The Conveyor Splitter and its counterpart, the Conveyor Merger, are the only two tier-1 conveyor components that change the topology of the belt network rather than simply transporting items in a straight line.