Storage and production layout become increasingly important as your base grows in The Crust 1.0. At the beginning, you can usually place buildings wherever you have space and move resources around without too much planning. However, once your production expands and you start processing large amounts of materials, a poorly organized layout can quickly create bottlenecks.
In this guide, I will show you a practical way to organize your storage, surface operations, underground production, and resource transportation. The goal is not necessarily to create the only perfect layout, but to give you a system that keeps resources moving and makes your base easier to manage.
We will start with surface storage and contracts, then move underground to organize large-scale production and storage. This setup becomes particularly useful once you unlock the Multi-Regolith Refinery and begin handling multiple resources and production chains at the same time.
The Crust 1.0 Storage and Layout Guide – Contracts
The surface is an important part of your logistics network in The Crust. Resources can travel between your underground base and the surface through the Elevator, allowing you to separate production, storage, and contract operations.
A useful approach is to bring resources up through the Elevator and split them around your storage containers. Instead of sending everything directly into one location, you can organize the flow so different resources have their own storage paths.
This makes it easier to control what stays on the surface and what continues through your logistics network.
The basic idea is:
- Resources arrive through the Elevator.
- They are separated and routed around storage containers.
- Resources that need to remain available for contracts stay on the surface.
- Resources that are not currently needed can return underground for storage or production.
Keeping your contract resources organized near your surface logistics infrastructure can make completing contracts much faster.
Managing Resources for Contracts
Contracts can require you to move resources quickly, so you do not always want drones spending their time transporting materials between buildings unnecessarily.
When you are preparing resources for fast contract deliveries, it can be useful to control drone activity around certain buildings. If drones are constantly moving resources that are already correctly positioned, they may waste time that could be used for construction, repairs, or other logistics tasks.
Your storage system should therefore make it easy for resources to move toward the appropriate delivery location.
A well-organized surface layout allows you to separate resources into two main groups:
Resources Needed on the Surface
These are materials you want readily available for contracts, deliveries, and other surface operations.
Keeping them close to your contract infrastructure reduces unnecessary transportation time.
Resources Not Currently Needed
If a resource does not need to stay on the surface, it can travel back through the Elevator and return to your underground storage system.
This prevents your surface from becoming filled with unnecessary containers and keeps your main production area organized.
Using Flight Control and Expedition Control
Your resource routing can also interact with buildings such as the Flight Control Center and Expedition Control Center.
Depending on your layout, resources can continue through different parts of your logistics system before reaching their final destination.
You can control the route by blocking or opening specific paths. For example, if you do not want resources to continue through one Flight Control Center, you can redirect them toward another destination.
This gives you more control over how materials move across your base.
The important thing is to think about your logistics network as a continuous loop rather than a collection of separate conveyor belts. Every resource should have a clear destination.
Ask yourself:
- Where does this resource enter the system?
- Where is it processed?
- Where is it stored?
- Does it need to go to the surface?
- Can it return underground if storage is full?
Planning these routes early makes large-scale production much easier later.
Using the Cargo Dock and Separate Elevators
The Cargo Dock can become another important part of your logistics setup.
A useful system is to separate resources based on where they need to go. Finished resources can be transported upward while raw materials and production byproducts move downward through another route.
For example, your logistics system can send certain resources toward the surface while materials such as:
- Regolith
- Slag
- Rare Earth Minerals
are routed back underground for processing.
Using separate routes helps prevent your production lines from becoming congested.
Instead of mixing every resource on one conveyor network, try to create dedicated paths for major categories of materials.
Planning Your Underground Production Area
The underground area is where your large-scale industrial production can really begin.
Once you unlock the Multi-Regolith Refinery, you can create a much more efficient production layout. A useful design is to place multiple Multi-Regolith Refineries in a symmetrical arrangement.
For example, you can place several refineries on both sides of your production area while bringing Regolith into the middle.
This creates a central resource flow that can feed multiple refineries.
A setup with multiple refineries allows you to process larger amounts of Regolith and collect the resulting materials in a central location.
The general flow looks like this:
Regolith → Multi-Regolith Refineries → Oxides → Storage and Processing
Keeping this production chain organized is important because the refinery system can quickly produce more materials than your next production stage can consume.
Setting Up Multiple Multi-Regolith Refineries
A large-scale layout can use multiple Multi-Regolith Refineries on each side of a central conveyor system.
Regolith enters through the middle and is distributed toward the refineries.
The processed materials then travel back toward your main collection area.
This type of symmetrical layout has several advantages.
Easier Expansion
You can add more refineries to the same production line without redesigning everything.
Better Resource Flow
Regolith has a dedicated path, while the produced materials can travel toward separate storage or processing areas.
Easier Troubleshooting
When something stops working, it is easier to identify the bottleneck because each section of the production chain has a specific job.
You do not need to copy this exact layout, but keeping your refinery area centralized will make future expansion much easier.
Collecting and Sorting Oxides
After processing Regolith, your production system will begin generating different Oxides.
Instead of allowing these resources to travel randomly through your base, collect them in a central sorting area.
A practical layout sends the Oxides toward the top or middle of your production system, where they can be separated and sent toward their appropriate destinations.
From there, you can decide whether the material should:
- Go directly into production.
- Enter Bulk Storage.
- Be converted into another resource.
- Continue along a dedicated conveyor line.
Sorting becomes increasingly important as your base grows because multiple production chains can require different Oxides.
Without a proper sorting system, one resource can block another and create production bottlenecks.
Producing Smart Concrete Along the Production Line
Not every resource needs to travel all the way to storage before being used.
A good production layout allows certain materials to be consumed along the way.
For example, Silicon Oxide and Slag can be used as part of your Smart Concrete production.
Instead of storing both resources first and then transporting them to another factory, you can connect the production chain directly to the appropriate manufacturing area.
This reduces unnecessary transportation.
The principle is simple:
If a resource has an immediate use, consider using it before sending it to long-term storage.
This keeps your conveyor network cleaner and prevents storage from filling with resources that could immediately be turned into useful products.
Using Bulk Storage for Oxides
After your Oxides reach the main collection area, Bulk Storage can be used to organize them.
A vertical storage arrangement can work particularly well because different materials can be separated from top to bottom.
Each storage location can hold a specific resource, making it easier to identify where materials are located.
Your system can follow a structure like this:
- First Bulk Storage: One type of Oxide.
- Second Bulk Storage: Another Oxide.
- Additional storage: Other processed resources.
From Bulk Storage, the materials can be sent toward the next stage of production.
This provides a buffer between your refineries and factories.
Buffers are extremely useful in The Crust because production does not always happen at the same speed. If one building produces materials faster than another consumes them, storage prevents the entire system from immediately becoming blocked.
Turning Oxides Into Usable Materials
The next major step is converting your processed Oxides into usable materials.
This is where your Smelting Furnaces become important.
The basic production flow is:
Regolith → Refinery → Oxides → Bulk Storage → Smelting Furnace → Usable Materials
Keeping the Smelting Furnaces close to your Oxide storage can reduce conveyor distance and make the layout easier to manage.
Once the Smelting Furnaces begin producing finished materials, you can send those materials into separate factory production lines.
Organizing Materials From the Smelting Furnace
After resources leave your Smelting Furnaces, they should be separated according to their final purpose.
This is where your layout becomes a proper production network rather than just a collection of machines.
Different materials will be needed by different factories.
For example, Steel and Titanium can be routed toward production buildings such as:
- Rolling Mills
- Component Factories
Other resources can travel toward different manufacturing chains.
Instead of allowing every item to travel down one long belt without organization, create branches that supply the factories that need each material.
Routing Steel and Titanium
Steel and Titanium are important industrial resources and can be routed toward your Rolling Mills and Component Factories.
These materials are used in multiple production chains, so it is useful to keep them available through organized storage or conveyor lines.
You should also consider keeping a resource buffer.
For example, if every piece of Steel immediately enters a factory, you may not have any available when drones need materials for:
- Building construction.
- Repairs.
- Emergency production.
- New infrastructure.
A storage buffer can prevent this problem.
You can reserve a specific amount of important materials and allow only the excess to continue through the production line.
This gives your base a reliable supply of construction materials while keeping factories running.
Routing Aluminum, Silicon and Rare Earth Elements
Other materials can be sent toward different specialized factories.
For example, resources such as Aluminum, Silicon, and Rare Earth Elements can be routed toward manufacturing chains involving buildings such as:
- Fuel Factories
- Microcircuits Factories
These production chains should have their own branches.
As your base expands, you will have more resources moving through the same area. Creating dedicated production lanes makes it easier to expand without rebuilding your entire base.
Try to avoid mixing every resource into one massive conveyor network.
Instead, organize your production by category.
For example:
Industrial Materials
Resources used for construction and major components.
Electronics
Resources used for Microcircuits and advanced technology.
Fuel Production
Materials required for fuel-related manufacturing.
General Components
Resources used to create components for buildings and advanced production.
This approach makes your base easier to understand when you return to it later.
Creating a Main Production Line
After resources are separated and used by their required factories, the remaining materials can continue along your main production line.
Newly manufactured items can then join the same system.
This creates a continuous production flow.
A useful concept is:
Raw Resources → Processing → Intermediate Materials → Factories → Finished Items → Storage
Some resources leave the line temporarily to enter a factory.
After the factory produces a new item, that item can return to the main production line.
This allows your entire base to function as a connected industrial system.
Storing Finished Items
At the end of your production chain, finished items should enter your storage network.
However, you do not necessarily need every item to stop permanently in the first storage container it reaches.
You can create a system where resources continue moving if the first storage location is full.
This is particularly useful for large-scale bases.
Your storage system can act as a circulation loop.
The resource enters one storage area. If there is available space, it stays there. If there is no space, it continues toward the next storage location.
This prevents a single full container from stopping the entire production line.
Underground Storage Layout
Underground storage can act as the main backup system for your base.
Finished items can travel through the Elevator toward the surface.
If they are successfully stored on the surface, they remain there.
However, if the surface storage does not have enough space, the items can return underground through your logistics network.
The underground system can then attempt to store them.
This creates a flexible storage loop rather than a dead end.
The general idea is:
Underground Production → Elevator → Surface Storage
If Surface Storage is full:
Surface → Elevator → Underground Storage
If Underground Storage is also full, the resources can continue moving through the storage network and eventually return toward the surface.
Creating a Resource Circulation Loop
One of the most useful ideas behind this layout is creating a circulation system.
Resources should not automatically stop production simply because one storage location is full.
Instead, they can continue around the storage network.
A simple version of the loop looks like this:
Production → Surface Storage → Underground Storage → Storage Loop → Surface
As long as there is available storage somewhere in the system, resources can continue moving.
This can help prevent major production shutdowns.
However, you should still monitor your storage capacity. A circulation loop is useful, but eventually every storage location can become full if your production is creating more resources than your factories or contracts are consuming.
Keep Production and Storage Separate
One of the biggest layout improvements you can make is separating production from long-term storage.
Production buildings should focus on producing.
Storage should focus on buffering and organizing resources.
When these two systems become mixed together, expanding your base can become difficult.
You may end up with storage containers blocking conveyor routes or factories scattered across multiple areas.
A cleaner approach is to create dedicated zones.
Production Zone
This includes:
- Refineries.
- Smelting Furnaces.
- Rolling Mills.
- Component Factories.
- Microcircuits Factories.
- Fuel Factories.
Storage Zone
This includes:
- Bulk Storage.
- Resource buffers.
- Finished item storage.
- Overflow storage.
Surface Logistics Zone
This includes:
- Elevators.
- Cargo operations.
- Contract resources.
- Flight Control infrastructure.
- Expedition-related logistics.
Separating these areas makes future expansion much easier.
Plan for Bottlenecks
Even a good-looking base layout can have production problems.
The most common issue is a bottleneck.
A bottleneck happens when one building produces resources faster than the next building can process them.
For example, if your refinery produces more Oxide than your Smelting Furnaces can consume, the Oxide will begin filling storage.
Eventually, the storage may become full.
Once that happens, the refinery may stop working.
You can avoid this by checking production rates and expanding the slower part of the chain.
If necessary, you can:
- Build additional production buildings.
- Upgrade existing buildings.
- Add more storage.
- Create additional conveyor routes.
The goal is to keep resources moving.
Expand Your Layout Gradually
You do not need to build the perfect base immediately.
The Crust gives you more technologies and production options as you progress, so your layout will naturally change over time.
A simple early-game setup may eventually become a large industrial network.
That is completely normal.
My advice is to leave room for expansion whenever possible.
Do not place every building directly beside another building if you know you will eventually need more factories or conveyor lines.
A little extra space can save you from having to redesign your entire production area later.
A good storage and layout system can make a huge difference once your base starts growing in The Crust 1.0.
The main goal is to create a clear flow for every resource. Materials should come into your base, move through processing, enter the correct factories, and eventually reach storage or the surface for contracts.
You do not have to copy one exact layout for your base to work. The best layout is one that you can understand, expand, and repair when something goes wrong.
Once you unlock larger production options such as the Multi-Regolith Refinery, having organized storage and dedicated production lines becomes even more important. Start with a simple system, create buffers for important resources, and expand your network as your production requirements increase.
With a proper surface storage system, organized underground production, and enough overflow storage, you can keep your resources moving and make your growing lunar base much easier to manage.