Presets

Schematic presets

Dimensional Drive Processor Schematic

Dimensional Drive Processor is a tiny 7 x 6 x 5 block item-processing schematic built around item vaults, chutes, a creative crate, depot, deployer, large cogwheel, creative motor, mechanical arm, and hopper. It is not a decorative factory; it is a compact utility module for a custom dimensional-drive workflow that should be inspected closely before being placed into a technical room.

Preset result

A compact dimensional-drive processor review that helps builders inspect the vault stack, chute routing, creative crate placement, depot, deployer, mechanical arm, motor, and recipe-workshop dependencies before using the schematic.

dimensional-drive-read-description.nbt
Dimensions
7 x 6 x 5 blocks
Blocks
51
Minecraft
1.21.X
Create
6.0.10
Item ProcessorDimensional DriveNorthstarAeronauticsCompact

Required mods

Create, Sable, Create Aeronautics, Create: Northstar-Aeronautics Compatibility, Create: Northstar - Redux, Create: Recipe Workshop.

Preset screenshot

The featured screenshot shows the entire processor at once: a short vault stack and chute column feed a small work area with deployer, depot, motor, cogwheel, and mechanical arm blocks.

Build the preset

  1. Open the 3D preview and inspect the item vault stack, chute column, creative crate, depot, deployer, large cogwheel, creative motor, mechanical arm, and hopper.
  2. Check the footprint: 7 x 6 x 5 blocks with 51 total blocks, making this a compact processor that can fit inside a laboratory wall or utility corner.
  3. Prepare Create, Sable, Create Aeronautics, Create: Northstar-Aeronautics Compatibility, Create: Northstar - Redux, and Create: Recipe Workshop before import.
  4. After placement, confirm the custom recipe path and special item requirements before wiring the processor into storage or automation.
  5. Use the preview to decide whether the vault face, depot, and deployer should point toward a player-accessible maintenance aisle.

Build review summary

This schematic is valuable because it is small and readable. Every important part is visible in one view: vaults, chutes, crate, depot, deployer, motor, cogwheel, mechanical arm, and hopper. That makes it easy to audit the process before adding it to a technical base.

The tradeoff is specificity. The build is designed around a dimensional-drive recipe path, so it is best for modpacks that already include the related Northstar, Aeronautics, physics, and recipe-workshop blocks.

  • Author: Oscis.
  • Best fit: technical lab, custom recipe room, small item processor, Aeronautics support area.
  • Top materials include item vaults, chutes, creative crates, depots, large cogwheels, creative motors, deployers, mechanical arms, and hoppers.
  • The compact size makes it easy to relocate if the recipe room layout changes.

Technical planning notes

The schematic dimensions are 7 x 6 x 5 blocks with 51 total blocks. It can fit almost anywhere, but the dependency stack is more important than the footprint.

Required mods include Create, Sable, Create Aeronautics, Create: Northstar-Aeronautics Compatibility, Create: Northstar - Redux, and Create: Recipe Workshop. Check the custom recipe behavior before treating the processor as survival-ready.

  • Game version: 1.21.X.
  • Create version: 6.0.10.
  • Keep the depot and deployer side accessible for testing.
  • Place it near storage only after the recipe path behaves correctly.

World fit and placement notes

Dimensional Drive Processor fits best in a compact technical lab rather than a public factory floor. The small footprint makes it easy to tuck beside other Northstar or Aeronautics support machines.

For survival use, build it on an isolated test pad first. Once the item path, recipe step, and mechanical arm behavior are confirmed, move the processor into a finished room with labels, lighting, and storage access.

  • Best first import location: a flat 11 x 9 utility pad.
  • Leave one side open until the custom process is confirmed.
  • Add item storage nearby, but keep it disconnected during the first test.
  • Back up the world before adding custom recipe machinery to an existing automation line.

Open this workflow

Start from the related Schematic workbench, then adjust the preset fields for your world.