Flux Forge

Flux Foundry 0.15.0-beta.1

Modular Industrial Control, Autocrafting & Advanced Factory Automation

Build the power. Move the resources. Automate everything.

Flux Foundry brings industrial technology, power generation, intelligent logistics, and recursive autocrafting to Minecraft.

Build everything from a small powered workshop to a massive automated industrial complex. Generate electricity, process resources, manufacture electronic components, and create programmable factories that produce items on demand.

With the new Modular Controller Scaling system, your factory can grow without replacing its central Controller.

You request it. Your Controller plans it. Your machines build it.

NEW — Modular Controller Scaling

Your industrial network can now grow alongside your factory!

The existing Controller provides 16 built-in I/O connections. Attach powered Basic Controller Modules to increase the number of machines and endpoints your network can manage.

Expand Your Industrial Network

Controller Configuration	Total I/O Capacity
Master Controller	16
+1 Basic Controller Module	32
+2 Basic Controller Modules	48
+4 Basic Controller Modules	80
+8 Basic Controller Modules	144
+16 Basic Controller Modules	272

Modules connect directly to the Controller or through other connected modules. Build a compact control room or an expandable industrial computing structure.

Basic Controller Module

Each Basic Controller Module provides:

• +16 I/O capacity while powered.

• 4,000 FE internal energy storage.

• 128 FE/t maximum combined energy input.

• 2 FE/t operating consumption while contributing capacity.

• Zero idle energy consumption when inactive.

• Power through Energy Cables or the master Controller’s distribution system.

Craft a Basic Controller Module using:

• 4 Iron Ingots

• 2 Basic Circuits

• 2 Copper Ingots

• 1 Energy Cell

Modules must remain powered to contribute capacity. If a module loses power, its capacity becomes temporarily unavailable.

NEW — Intelligent I/O Management

Manage your industrial network through the Controller’s new I/O Management interface.

Assign priorities to your connected equipment:

• Critical: Essential infrastructure and important machines.

• Normal: Standard factory equipment.

• Low: Optional or lower-priority equipment.

When available I/O capacity decreases, the Controller automatically determines which endpoints remain active.

Safe Factory Scaling

• Existing endpoint registrations are preserved.

• Suspended equipment can reactivate when capacity returns.

• Active jobs and physical resources remain protected.

• Controller identities and machine configurations are preserved.

• Existing factories can expand without replacing their original Controller.

Power loss may pause production, but it doesn’t erase your factory.

Recursive Autocrafting

Flux Foundry includes a programmable autocrafting system capable of manufacturing complex items through multiple crafting and processing stages.

Use the Industrial Terminal to request items. The Controller determines the necessary production steps, gathers materials, and coordinates real machines to manufacture the result.

Autocrafting Features

• Recursive Manufacturing: Automatically produce intermediate components required by larger recipes.

• Recipe Drives: Store up to 16 Crafting or Processing recipes per Basic Recipe Drive.

• Server Hubs: Install up to four Recipe Drives for 64 stored recipes per Basic Hub.

• Modular Crafters: Expand the number of simultaneous crafting lanes.

• Crafter Speed Modules: Accelerate crafting operations.

• Industrial Processing: Integrate Crushers, Powered Furnaces, Alloy Smelters, and Industrial Assemblers.

• Physical Logistics: Ingredients and finished items move through actual Item Pipes and powered Item Nodes.

• Job Recovery: Preserve production progress across power interruptions, unavailable routes, and server restarts.

• Automatic Delivery: Finished products return through the physical logistics network.

Unlike purely digital autocrafting, Flux Foundry requires working machines, physical routes, and actual power.

Industrial Assembler & Electronics

Manufacture electronic components more efficiently with the Industrial Assembler.

The Assembler operates automatically when supplied with ingredients, power, and output space. It can also participate in Controller-managed autocrafting.

Material-Efficient Circuit Manufacturing

Standard Crafting:

1 Silicon + 2 Copper + 2 Redstone → 1 Basic Circuit

Industrial Assembler:

1 Silicon + 2 Copper + 2 Redstone → 2 Basic Circuits

The Industrial Assembler provides twice the Circuit output from the same ingredients.

Machine specifications:

• 16,000 FE capacity

• 256 FE/t maximum input

• 10 active ticks per batch

• 320 FE per batch

• Three input and three output slots

• Zero idle FE consumption

When the Controller requests an odd number of Circuits, the Assembler produces complete batches and safely retains any extra Circuits for future use.

Modular Crafters

Build customizable Crafters with expandable capacity and processing speed.

Speed Modules	Crafting Time	FE per Active Lane
0	20 ticks	4 FE/t
1	16 ticks	6 FE/t
2	13 ticks	8 FE/t
3	10 ticks	12 FE/t
4+	8 ticks	16 FE/t

Add Crafting Modules for additional production lanes and Speed Modules for faster crafting.

More speed requires more power, giving players meaningful choices when designing large factories.

Power Generation & Industrial Processing

Power your machines using a range of industrial technologies.

Power Generation

• Coal Generators

• Wind Turbines

• Geothermal Generators

• Steam Turbines

Industrial Processing

• Crushers

• Powered Furnaces

• Alloy Smelters

• Industrial Assemblers

• Boilers

• Water Pumps

Connect your equipment with Energy Cables and configure machine input/output faces to build automated production lines.

Smart Logistics

Design flexible transportation networks using:

• Item and Fluid Pipes

• Item and Fluid Extractors

• Energy Cables

• Steam Pipes

• Multi-layer Conduit Bundles

• Configurable channels

• Item and Fluid filters

• Destination priorities

• Balanced and Round-Robin routing

• Stockkeeper inventory management

Build compact factories by combining different conduit types within the same block space.

Data Lines carry commands. Pipes carry resources. Energy Cables carry power.

Industrial Materials

Flux Foundry expands resource processing with seven industrial material families:

Platinum • Selenium • Nickel • Tin • Silver • Lead • Chromium

Manufacture Silicon through processing:

Sand → Crusher → Silica → Powered Furnace → Silicon

Use processed materials to manufacture Circuits and expand your industrial infrastructure.

In-Game Flux Foundry Guide

Press G to open the searchable Flux Foundry Guide, or craft a physical Guidebook using a Book and Redstone.

The Guide includes:

• Machine explanations and factory setup instructions.

• Power and logistics tutorials.

• Autocrafting and recipe-programming help.

• Industrial Assembler documentation.

• Controller Modules and I/O Management.

• Searchable chapters and internal links.

• Supported crafting and processing recipe displays.

• Keyboard navigation and scrolling.

The G shortcut is configurable through Minecraft’s Controls menu.

Getting Started — Quick User Guide

1. Generate Power

Craft a Coal Generator and connect it to your machines with Energy Cables.

2. Process Your First Materials

Build a Crusher and Powered Furnace. Use them to manufacture Silicon and other industrial materials.

3. Automate Resource Movement

Connect inventories using Item Pipes and Extractors. Configure filters, channels, and machine faces.

4. Build Your Industrial Controller

Install a Controller, Industrial Terminal, Data Lines, and powered Item Nodes.

Commission your equipment so the Controller can identify valid physical routes.

Your Controller begins with 16 I/O capacity.

5. Program Your Recipes

Install Recipe Drives into Server Hubs and use the Industrial Terminal to program Crafting and Processing definitions.

6. Build Your Autocrafting Machines

Install a Crafter Core, add capacity and speed modules, and connect your processing equipment.

7. Expand Controller Capacity

Craft Basic Controller Modules and connect them orthogonally to your existing Controller.

Supply FE directly through Energy Cables or through the master Controller.

Open I/O Management to monitor capacity and configure endpoint priorities.

8. Request Your First Automated Item

Open the Industrial Terminal, select a programmed recipe, and request an item.

Watch your factory gather ingredients, perform manufacturing steps, and physically deliver the finished product.

9. Troubleshooting

Machine not responding? Check power, Side Configuration, Item Pipes, Data Lines, and Controller commissioning.

Endpoint suspended? Your Controller may not have enough powered I/O capacity. Restore module power or add another module.

Autocrafting waiting? Check resource availability, machine output space, and physical transport routes.

Need help? Press G to open the in-game Guide.

Updating Existing Worlds

Flux Foundry 0.15.0-beta.1 includes the legacy migration foundation introduced in 0.14.

Important: Worlds upgrading directly from Flux Foundry 0.13 require the documented offline migration procedure before opening under this release.

Back up the complete world and its associated migration-authority files together.

Existing 0.14.1 worlds can continue using their established migration authority. Back up your world before updating.

Compatibility

• Minecraft: 26.3

• NeoForge: 26.3.0.92

• Java: 25

• Flux Foundry: 0.15.0-beta.1

• License: MIT

Flux Foundry is actively developed. Additional industrial technologies, advanced Controller Modules, and future automation systems are planned.

Build the factory. Expand the Controller. Automate the future.