Satisfactory Guides — Build Factories That Actually Produce

Your first hour: mine, hand-craft, and build your first smelter.

Every part and component, and what builds it.

Smelters, constructors and the late-game accelerators.

Getting machines to do the crafting for you.

Where nodes spawn and what to claim first.

Biomass, coal and the grid that runs it all.

Belts, trains and drones that move parts.

The map, hard drives and unlocks.

The creatures that bite your builders.

Designing lines that do not clog.

Turrets and walls against the wildlife.

How the milestone tiers gate your build.

The habits that clog a factory.

Small habits that scale into mega-factories.

Biomass means hand-feeding forever. When to jump to coal and why it is the first real automation win.

From a bare node to plates on a belt: the miner to smelter to constructor chain every factory builds on.

Foundations, straight lines, and conveyor lifts. Habits that keep a growing factory readable.

Why machines idle and belts jam. The throughput math that stops over-building or starving a line.

A brownout starves the grid and spirals into shutdown. The buffer rule and grid separation that keep lights on.

The central highway of resources. Why a main bus scales better than a scattered web of machines.

Splitters divide one belt into many; mergers combine them. Route, balance, and sort by type.

Ground space runs out fast. Stack production floors and use conveyor lifts to build upward.

When belts get too long, trains take over. Stations, rails, and bulk throughput across the map.

Oil unlocks plastic and rubber but dumps heavy residue. Route the chain before it stalls you.

The MAM hands you better recipes. When an alternate is worth the rebalance and when default is simpler.

Excess parts are not waste. Turn surplus into coupons and keep storage from choking.

Steel needs coal and limestone, not just iron. The beams and pipes that unlock the mid-game.

Past coal, fuel generators burn oil for far more watts. Feed them and multiply with turbofuel.

Free geothermal where you find it, and nuclear with a waste loop you must close. Approach both safely.

The reinforced iron plate recipe, inputs and the compact line that feeds everything later.

Modular Frame inputs and the iron line that anchors your early factory.

The beam recipe and why steel unlocks this versatile part.

The high-tier frame recipe and the steel-plus-beam line behind it.

Computer inputs, the plastic-and-circuit chain, and the oil dependency.

The nuclear-tier rod recipe and the parts it consumes.

Battery recipe and why it matters for vehicles and power storage.

Silica from quartz and the alternate that uses less power.

Rubber from oil residue and its place in the plastic chain.

Plastic from crude oil and the residue you must handle.

Copper Sheet recipe and its surprising mid-tier demand.

Wire from copper and the hidden volume trap it creates.

Cable recipe and why it sits under almost every tech tier.

Circuit Board recipe and the copper-and-plastic chain behind it.

Aluminum Casing from bauxite and its role in the aluminum tier.

The scrap step that sits between bauxite and every aluminum part.

Turbo Motor recipe and the deep aluminum-plus-rubber chain.

Radio Control Unit recipe and its place in late automation.

The final-tier rocket and the parts it consumes.

Nuclear Fuel Rod recipe and the uranium chain behind it.

Packaged Fuel from oil and its use in fuel power.

Fused Modular Frame recipe and the aluminum-plus-steel merge.

Fluid logistics: pipe rules, headlift and why fluids behave unlike belts.

Overclock and underclock with power slugs to match ratios.

Farming blue, yellow and purple slugs for overclocking at scale.

Block and path signals that keep multi-train networks from crashing.

Drone ports and the battery logistics that move parts without tracks.

Truck routes and the roads that keep them from driving off.

Why belts back up and the sink-or-splitter fixes that keep lines moving.

Pure, normal and impure nodes and how purity changes your math.

Choosing a starting spot near the resources your tiers actually need.

The four starting biomes ranked by build difficulty, biomass and resource nodes, plus where to go later for oil and coal.

Flatten, raise and lower terrain to make building space.

Turrets, ammo and walls that keep aliens from wrecking your lines.

Which parts each tier needs and how to prep them early.

The museum duplicate that doubles a single production line.

Save and stamp factory designs to build faster and consistently.

Foundation grids that make belts and buildings line up cleanly.

A hub that buffers parts so every line can pull what it needs.

The nitrogen step in the late rocket and fuel chains.

Turbofuel from fuel and compacted coal for dense late-game power.

Rocket Fuel for the densest power and the nitro-rocket chain.

Map markers and the radar that stop you losing your base in the fog.

Hard drives and the MAM analysis that unlock better recipes.

The Molecular Analysis Machine that unlocks recipes and tech.

A clean starting base that scales from tier 0 to your first factory.

Avoiding brownouts by matching production and a battery buffer.

Quartz nodes and the silica chain that feeds cables and glass.

The bauxite-to-aluminum chain and the water it demands.

The top-tier control unit and the deep chain behind it.

The supercomputer and the circuit-and-crystal chain it needs.

The four transport options compared by throughput, speed and setup cost.

150+ items with chain position.

100+ buildings by role.