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Rust’s Industrial system lets you move resources between containers, feed an Industrial Crafter, and control production with electricity instead of hand-carrying every stack. A reliable base automation line uses storage adaptors on containers, Industrial Conveyors for filtered transport, Industrial Splitters when one source must serve several destinations, and a powered Industrial Crafter for repeatable recipes. The default conveyor and crafter cycle is five seconds, although server owners can change the relevant frequencies.
This guide explains the hardware, power behavior, wiring, blueprint costs, network limits, practical layouts, and the failure checks that matter when you build an automated production room.
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What the Rust Industrial system does
An Industrial network is a pipe-and-conveyor logistics layer for your base. Instead of opening a box, taking ingredients, and carrying them to a workbench, you connect containers to Industrial devices. Conveyors move selected items through the network; a crafter consumes the incoming ingredients for one selected recipe and sends finished items through its output port.
The system is not a universal “set and forget” factory. Every component still needs a valid physical connection, adequate electricity, correctly configured filters, and storage space at the destination. Server settings can also change movement and crafting timing, so a design that works on one server may run at a different rate on another.
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The four functional layers
- Storage: Storage adaptors attach to boxes, furnaces, lockers, and other supported containers so items can enter or leave the pipe network. The available documentation describes their role but does not provide a separately verified power draw.
- Transport: Industrial Conveyors move items from one adaptor or device to another and can filter which item types pass.
- Routing: An Industrial Splitter accepts one pipe input and routes material to three outputs.
- Production: An Industrial Crafter makes one recipe selected in its interface. Ingredients arrive through the conveyor network and completed items leave through its output port.
Components and known specifications
The table separates values reported by the official Facepunch wiki from values reported by community guides. Rust is updated frequently, and server configuration can override defaults, so treat the figures as time-bound rather than permanent game constants.
| Component | Primary function | Power information | Timing or capacity | Cost or requirement |
|---|---|---|---|---|
| Industrial Conveyor | Moves and filters items between connected adaptors and devices | 1 rW on the Facepunch wiki | Default movement cycle reported as 5 seconds; server frequency can change it | 75 Metal Fragments; Workbench level 1 blueprint (Rust Clash wiki) |
| Industrial Crafter | Automatically crafts one recipe selected in its UI | 1 rW on the Facepunch wiki | Default crafting cycle reported as 5 seconds; server.industrialcrafterfrequency can change it |
Recipe and crafting requirements depend on the selected item; a specific universal material cost was not stated |
| Industrial Splitter | Routes one pipe input to up to three outputs | Unresolved: Rust Survival lists 0 rW, while Falcon Rust lists 2 electricity per operation | Three output branches; throughput behavior depends on server version and network design | 75 Metal Fragments; Workbench level 1 blueprint (Rust Clash wiki). One guide reports 15 Industrial Splitter Scrap at a Research Table, but that figure is low-confidence |
| Storage adaptor | Connects a supported container to the Industrial network | Not separately verified in the available documentation | Container inventory and destination space remain practical limits | Exact material requirement was not stated |
How much power should you budget?
For planning, count 1 rW for every Industrial Conveyor and 1 rW for every Industrial Crafter, based on the Facepunch wiki entries. The Industrial Splitter is the exception: published community values conflict. One source lists no draw, another lists 2 electricity per operation, and a Rustrician handbook description discusses evenly dividing power among outputs rather than stating a device draw. Until your server’s current implementation is verified in-game, leave a power margin and do not design a circuit that depends on the splitter consuming exactly zero or exactly two units.
Some builders prefer electrical power branches instead of electrical splitters for distributing power, because community guidance says electrical splitters can waste rW. That is a design recommendation rather than a confirmed universal rule; test the circuit on the server where you play.
How conveyors, adaptors, and pipes work together
A conveyor is the active logistics component. It reads the item filters configured in its interface, draws matching items from the connected input side, and pushes them toward the connected output side. The conveyor’s electrical terminals are Power In, Turn Off, and Turn On. A powered conveyor can therefore be left running continuously or controlled by another electrical device.
Adaptors provide the inventory boundary. An input adaptor exposes items from a container to the pipe network; an output adaptor deposits incoming items into its attached container. Place adaptors so the pipe route can physically reach them, then connect the pipe ends to the matching Industrial ports. The exact container support and placement rules are determined by the current game build.
A splitter changes topology rather than acting as a filter. It receives one pipe input and presents three outputs, allowing one source—such as a bulk-resource box—to feed separate conveyors, crafters, furnaces, or reserve storage. Filtering still belongs on the downstream conveyors or device configuration.
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Build a basic automated crafter
This layout is suitable for one recipe and one finished-goods container: an ingredient box, input adaptor, conveyor, Industrial Crafter, and output adaptor. Add a power source sized for at least the conveyor and crafter, plus any other electrical devices in the circuit.
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- Choose the recipe and containers. Put the ingredients in a container that will act as the source. Place a second container where you want finished items stored. Leave free slots in both inventories; a full source or destination can make a correctly wired system appear broken.
- Install storage adaptors. Attach an input adaptor to the ingredient container and an output adaptor to the finished-goods container. Keep the adaptor ports accessible for pipe connections.
- Place the Industrial Conveyor. Connect the source adaptor to the conveyor’s input side and the output side to the crafter’s ingredient input. Follow the current port labels and the physical pipe path; a visually close device is not necessarily connected.
- Connect the crafter’s output. Run the crafter output to the output container’s adaptor. Do not route the finished goods back to the ingredient side unless you intentionally want a recycling loop.
- Configure conveyor filters. Open the conveyor interface and allow only the ingredient items needed by the selected recipe. Filtering prevents unrelated materials from occupying the crafter’s input or being consumed by another line.
- Select one recipe in the crafter. The Industrial Crafter is designed around one chosen recipe at a time. Confirm that the selected recipe matches the ingredients being supplied.
- Power the devices. Wire the conveyor’s Power In and the crafter’s power input to your electrical system. Keep the circuit within available generation and storage. A 1 rW draw applies to each conveyor and each crafter according to the Facepunch wiki.
- Test with a small batch. Place enough ingredients for one or two craft cycles, watch the conveyor move material, and verify that the crafter output reaches the destination container before loading the entire stockpile.
What the five-second cycle means
Hostari and Rust Survival report a default five-second cycle for conveyor movement and crafter crafting. These are defaults, not guaranteed timings for every server. Administrators can alter the conveyor move frequency and the server.industrialcrafterfrequency setting, so use observed behavior when estimating production time. A five-second interval is a scheduling cycle, not a promise that every item in a large inventory will move or craft at once.
Add an Industrial Splitter for several destinations
Use a splitter when one pipe source needs to feed up to three branches. A common arrangement is a bulk input container followed by a splitter, with each output leading to a filtered conveyor and then to a separate crafter or processing container.
- Attach the source container’s adaptor to the splitter input.
- Connect each of the three splitter outputs to a distinct downstream branch.
- Put a conveyor on each branch where item filtering is required.
- Configure each conveyor with only the materials that branch should accept.
- Power the conveyors and crafters independently or from a deliberately sized common branch.
- Run a one-stack test through each output before filling the source container.
The splitter’s power behavior is not settled by the available references. Rust Survival lists 0 rW, Falcon Rust lists 2 electricity per operation, and the Rustrician handbook’s description concerns dividing power evenly among up to three outputs rather than documenting a fixed consumption value. Check the device readout and your server’s current rules before finalizing a tight power budget.
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A splitter is unnecessary when a single conveyor can feed one destination, and it can make troubleshooting harder by adding another junction. Use separate, clearly labeled branches when you need independent on/off control, different filters, or easy isolation of a failed crafter. The community claim that electrical splitters waste rW is not a substitute for measuring your own circuit.
Control automation with electrical signals
Conveyors expose three control terminals. Power In supplies operating power. Turn On and Turn Off accept control signals, allowing a switch, timer, sensor arrangement, or other electrical logic to start and stop movement without removing the main power connection.
Using a timer
The Rust Casino wiki identifies the Timer as an electrical item that can be wired to a conveyor’s Industrial Input, Power Input, Turn On, and Turn Off connections. The available reference does not document a universal timer configuration or interval table, so configure the timer controls shown in your current game UI and test the resulting signal before connecting a valuable production line.
A practical pattern is to keep the crafter powered while using a timer to release ingredients in batches. Another is to stop a conveyor during a raid-defense window or while you empty a destination box. Remember that stopping transport does not automatically remove items already inside a device, nor does it stop a crafter that still has ingredients and power.
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Network size, throughput, and server limits
Falcon Rust reports a maximum of 16 containers on a single conveyor network, including storage adaptors in and out. This is a single-source community statement, not an official limit confirmed in the available Facepunch material. Treat 16 as a design warning: split a large factory into smaller networks and test the exact build on your server rather than assuming every server enforces the same cap.
A Rust Clash user comment describes a network with 31 or more splitters still reaching 31 boxes. That is anecdotal and low-confidence; it should not be used as a guaranteed capacity specification. More junctions also mean more possible misroutes, slower diagnosis, and additional power demand from the conveyors and crafters attached to them.
Design for inventory and rate, not only connections
- Keep a buffer container before a crafter so short interruptions do not starve production.
- Give the output container enough free slots for multiple cycles; a blocked output can halt the useful part of the line.
- Use one conveyor per distinct filter policy when a shared conveyor would pass unwanted materials.
- Separate high-volume resources from low-volume ingredients so one busy branch does not obscure another’s failure.
- Label containers and cables physically. Industrial networks are difficult to audit when several identical boxes are adjacent.
Blueprint and research planning
Rust Clash lists Industrial Conveyor and Industrial Splitter blueprints at 75 Metal Fragments and Workbench level 1. A separate guide reports that researching the splitter costs 15 Industrial Splitter Scrap at a Research Table, but that figure is low-confidence and should be checked against the current blueprint screen on your server. No universal material cost for the Industrial Crafter was established in the available references.
Plan the build in stages: research or acquire the transport pieces first, prove one conveyor-to-crafter line, then add splitters and extra crafters. This avoids spending scarce resources on a large network before you know that the server’s ports, timing, and power rules match your design.
Troubleshooting checklist
Nothing moves through the conveyor
- Confirm the conveyor has power at Power In; a control signal on Turn On cannot replace operating power.
- Check that the source adaptor is attached to the intended container and that the container actually holds the filtered item.
- Open the conveyor UI and verify the item filter, direction, and enabled state.
- Inspect every pipe junction for a missed connection or a route attached to the wrong port.
- Check whether a Turn Off signal is being held high by a switch or timer.
- Wait through a complete cycle. The default reported interval is five seconds, but server settings may make it longer or shorter.
The crafter has ingredients but does not produce
- Verify that the crafter itself is powered; conveyor power does not automatically power the crafter.
- Confirm that exactly the intended recipe is selected and that all required ingredients are present in the correct quantities.
- Check whether the output port leads to a container with free space.
- Look for a server-side change to
server.industrialcrafterfrequencythat alters the expected cadence. - Test a small manual input to distinguish a recipe issue from a transport issue.
Only one splitter branch works
- Test each of the three outputs individually with a small item batch.
- Check that downstream conveyors are not filtering out the item you used for the test.
- Inspect the branch’s adaptor and destination inventory for a full container.
- Measure or observe power on the branch. The splitter’s published consumption values conflict, so an overloaded circuit may present differently across server versions.
Maintenance and safe expansion
After a wipe or server update, recheck the conveyor and crafter intervals, blueprint availability, and splitter behavior. Keep a simple map of source adaptor, conveyor filter, splitter output, crafter recipe, and destination container for every line. Expand one branch at a time and test it before adding another junction.
For a dependable base, reserve electrical capacity above the calculated 1 rW per conveyor and 1 rW per crafter. That margin covers control hardware and the unresolved splitter behavior without relying on a borderline circuit. If the network approaches the single-guide 16-container figure, create a second independent line rather than assuming anecdotal reports about larger networks apply to your server.
Quick Recap
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