Interactive Tool
Redstone Simulator
Design circuits, test signal propagation, and visualize power flow in real-time
Components
Signal Status
2
Sources
2
Outputs
9
Powered Cells
Power Scale
Quick Tips
- •Click levers to toggle power on/off
- •Power decreases by 1 for each block traveled
- •Repeaters refresh signal back to 15
- •Lamps and notes activate with any power level
Prototype the signal path
Use the simulator as a circuit sketchbook
Start with one input and one output, prove the signal path, then add timing and branching. Small verified steps are easier to transfer into a real world than one dense grid.
Edition & scope note
This beta models a focused subset of redstone behavior. It does not claim parity with every Java or Bedrock update-order edge case.
- 01
Place the power source
Begin with a clear input so every later change has a known starting state.
- 02
Trace strength and direction
Watch where power drops, where repeaters restore it, and which components care about facing.
- 03
Rebuild and validate in game
Use the browser sketch to plan the logic, then verify update order, quasi-connectivity, and edition behavior in Minecraft.
Keep the workflow moving
Useful next steps
Learn the component rules
Understand signal strength, repeaters, comparators, observers, and common circuit patterns.
Read redstone guideRelated resourceCraft the components
Check ingredient layouts and totals before collecting material for a larger mechanism.
Browse recipesRelated resourceAdd controlled command logic
Compose readable commands when a creative or map-making system needs more than redstone alone.
Open command generator