TConstruct Support: Uniting Create and Tinker's Construct
In the sprawling ecosystem of Minecraft modding, few pairings feel as natural yet remain as underserved as Create and Tinker's Construct. One celebrates rotational power, mechanical belts, and industrial automation; the other thrives on molten metals, alloying, and tool forging. For years, players building hybrid factories had to settle for awkward workarounds when moving materials between these two worlds. TConstruct Support: Uniting Create and Tinker's Construct changes that dynamic entirely. This add-on, built on the KubeJS and KubeJS Create framework, constructs a genuine mechanical and material bridge between the two mods. It does not merely graft a few recipes onto existing systems; it reimagines how ores, ingots, and plates flow through a Create-based production line, giving every major Tinker's metal a proper place in the rotational ecosystem.
What This Add-On Brings to Your Factory
The core philosophy behind TConstruct Support is straightforward: every key material from Tinker's Construct deserves a functional equivalent within Create's item pipeline. The developer has implemented both crushed and plate variants for a broad selection of alloys and raw ores. The result is a seamless visual and mechanical unity, where metals no longer feel like foreign objects dropped into a Create-centric storage system. Instead, they become native citizens of your mechanical empire.
Supported Materials in Full
The add-on covers an impressive roster of metals, ensuring that no major Tinker's resource is left behind:
- Cobalt
- Netherite, including crushed ancient debris
- Manyullyn
- Hepatizon
- Slimesteel
- Queen's Slime
- Tinker's Bronze
- Rose Gold
- Pig Iron
Beyond these, a zinc plate has been introduced, which slots neatly into Create's standard plate collection. This attention to detail means your resource sorting systems can finally display every metal in a consistent, uniform format.
Two Distinct Paths to Crushed Materials
One of the most compelling aspects of TConstruct Support is the flexibility it offers in production chains. Crushed forms of the listed materials can be obtained through two entirely different mechanical routes. The first, and most obvious, is the classic crushing or milling process using Create's crushers and millstones. Feed a cobalt ingot or a block of manyullyn into the appropriate machine, and you will receive the corresponding crushed output.
The second path involves the heated mixer. By combining specific inputs in a mixer, you can simulate alloying directly during the processing stage. This opens up automation possibilities that were previously impossible without complex multi-step setups. You are no longer locked into a single, rigid production chain. Instead, you can design your factory around whichever method best suits your available space, power generation, and existing infrastructure.
The Role of Plates: Consistency Over Utility
It is worth noting that the plate variants currently serve a primarily aesthetic and organizational purpose. They do not yet have dedicated crafting applications within the add-on itself. At first glance, this might seem like a missed opportunity. However, this design choice lays a solid foundation for future recipe expansions. More importantly, many players will appreciate the visual integrity that plates bring to bulk storage. When every metal in your warehouse is represented in the same physical form, sorting, counting, and retrieving resources becomes a genuinely satisfying experience.
The netherite plate and crushed ancient debris are particularly noteworthy. Prior to this add-on, obtaining these items within a Create-only workflow required third-party extensions or convoluted conversion loops. Now, they are first-class citizens in your mechanical processing line.
How Crushing and Mixing Recipes Work
For those already familiar with Create, the mechanics will feel intuitive. Crushing ore in crusher wheels yields crushed ore, which can then be washed and smelted. TConstruct Support extends this familiar chain to the metals listed above. For example, passing a cobalt ingot or a block of manyullyn through a millstone will produce the corresponding crushed material. Alternatively, the heated mixer route provides a second, equally viable option that mimics the alloying process directly within the machine.
Critically, this add-on does not disrupt or overwrite any of Tinker's Construct's original recipes. All standard methods for obtaining ingots through the smeltery remain fully intact. You are simply gaining additional tools for scenarios where your factory is already optimized for rotational energy rather than liquid metal handling. This non-destructive approach ensures that existing worlds and modpacks will not suffer from broken progression paths or missing crafting chains.
Technical Foundation: KubeJS and KubeJS Create
TConstruct Support is written in JavaScript, leveraging the powerful KubeJS binding tool. This means every recipe is fully configurable and adaptable to your specific modpack needs. Server administrators and pack authors can easily tweak the output of crushed metals or disable unwanted plates without touching any core mod files. KubeJS Create, in turn, guarantees correct interaction with rotational mechanics, eliminating any potential conflicts with Create's base blocks.
For the average player who prefers not to dive into scripting, everything works out of the box. Simply place the add-on into the mods folder alongside its dependencies, and you are ready to go. No additional configuration files are required, although curious users can explore the kubejs/server_scripts directory if they wish to customize behaviors.
Installation Requirements and Compatibility
To get TConstruct Support: Uniting Create and Tinker's Construct running smoothly, you will need the following components:
- Minecraft Forge (version 1.18.2 or 1.19.2 is recommended, depending on your modpack)
- Create (the current version matching your game version)
- Tinker's Construct
- KubeJS
- KubeJS Create
The installation process follows the standard Minecraft modding routine. You download all the necessary jar files and place them into the mods directory. For those who prefer a more streamlined approach, many launchers now offer integrated mod management. This can significantly simplify the process when assembling a complex tech pack that includes both Create and Tinker's Construct. After launching the game, the new recipes will automatically appear in JEI or REI, allowing you to immediately see how to obtain crushed hepatizon or a zinc plate.
Practical Scenarios and Use Cases
Imagine you have built a sprawling Create factory dedicated to processing ores from a mining dimension. Your crushers, washers, and fans are all running at full capacity. Previously, any cobalt or manyullyn you brought back from the nether had to be handled manually or routed through a separate smeltery setup. With TConstruct Support, you can simply feed these metals into your existing mechanical line. The crushed output flows directly into your washing system, and the resulting nuggets can be smelted into ingots without ever touching a liquid metal basin.
Alternatively, consider a base designed around the heated mixer. You can now automate the production of crushed rose gold or slimesteel by setting up a continuous input of the base components. This opens up new possibilities for resource generation and storage, particularly in modpacks where Tinker's metals are gated behind specific progression stages.
Final Verdict
TConstruct Support does not attempt to be a sweeping overhaul or a content-packed expansion. Instead, it fills a specific, long-standing gap in compatibility between two beloved mods with precision and care. The addition of crushed forms for exotic materials like queen's slime and manyullyn creates fresh automation scenarios, while the plates, though currently decorative, provide a sense of completeness and order. If you are constructing a tech-driven empire on the back of Create while simultaneously relying on Tinker's Construct for your tool arsenal, this add-on is a logical and worthwhile addition. It introduces no conflicts, remains highly configurable, and delivers that subtle layer of integration that large modpacks often desperately need. For anyone wondering how to install it, the process is straightforward, and the payoff in factory efficiency is immediate. This is one bridge worth crossing.