You hear the alarm on your suit and three crates pile up against a clogged splitter. Four bots idle while one conveyor chokes on Dust. In that second you either redesign or watch profit bleed away.
I’ve built factories that ran while I slept and ones that collapsed under a single misrouted belt. You and I will build the first kind: compact, repeatable, and forgiving. Read fast, place belts faster.
A cramped workshop on Earth teaches you to price space like gold — Most efficient factory setup in Moon Sweepers
Start with a simple rule: conveyors are the bottleneck. You can connect at most 12 of them, so every belt you lay must earn its keep. I recommend a design centered on two Capsule Catchers, four Pressure Chambers, and eight Stone Presses — a layout that turns dust into Moon Stone with the best return per tile.
Place your first Capsule Catcher. Assign four bots to it — that ratio keeps pickup lag negligible. Run two sets of belts from the catcher: one for Dust, one for Sand. From the Dust lane, add a Splitter and branch into two belts; repeat splitting once more so you end up with four Dust paths.
What is the best factory layout in Moon Sweepers?
The best layout for steady profit is a mirrored cell: each Capsule Catcher feeds two Pressure Chambers, and each Pressure Chamber feeds two Stone Presses. That gives you Sand from Pressure Chambers and Dust from split paths feeding Stone Presses — the combination produces Moon Stone at the best margins. If you post screenshots on Steam, the Moon Sweepers Discord, or Reddit, this layout reads clearly and scales well.
A lunchline where everyone gets fed in order — How the flow works
Pressure Chambers convert Dust into Moon Sand; Stone Presses need both Sand and Dust. Place two Pressure Chambers per Capsule Catcher. From each Pressure Chamber, route Sand to two Stone Presses using a Splitter at the chamber output. Label them mentally or in screenshots: PC1 → SP1 & SP2, PC2 → SP3 & SP4.
At each Stone Press, feed Dust from one of the four split Dust lanes and Sand from its paired Pressure Chamber output. Add Splitters at the Dust entry so each of the four Stone Presses receives steady input. After production, merge all Stone Press outputs into a single belt that returns to your base.
How do I automate production in Moon Sweepers?
Automation is about ratios, not complexity. Use four bots per Capsule Catcher, keep your splitter tree balanced, and limit crossovers that force extra belt length. If you’re sharing builds on Steam Workshop or discussing tweaks on Discord/Reddit, call out your conveyor count and bot assignments — those are the metrics people copy first.
A crowded toolbox forces choices — Scaling and trouble-shooting
If you add a second Capsule Catcher, duplicate the cell and stagger the belt outputs to avoid merges colliding. The method is the same but the footprint grows; plan belt routing like a small city map. A well-laid factory runs like a Swiss watch.
Common failure modes: uneven splitter distribution (one press starves), misrouted Sand to a Dust-only terminal, and bot counts below four per catcher. Fix each by tracing one belt at a time and watching the bot pickup icons. Snap photos and compare to layouts on Moyens I/O posts or community threads — the visual cue is faster than a paragraph.
How many conveyor belts should I use for max efficiency?
Because you can only wire up to 12 conveyors from a node, plan for the cell above: two catcher outputs, split into four Dust lanes, two Sand outputs to four presses, plus the merged return. Count belts before you place devices. If you hit the 12 limit, prioritize direct Sand feeds and use mergers only on outputs.
Want a quick checklist? Place Catcher → assign 4 bots → split Dust into 4 lanes → route Sand into 2 chambers → each chamber feeds 2 presses → merge outputs. Share a screenshot on Steam or the official Moon Sweepers Discord and you’ll get faster tweaks than any guide text can offer.
The design is forgiving, but small mistakes cascade — so which change would you make first to push profit higher?