When you are making your redstone suggestions, please note that Java and Bedrock will not have the exact same the same redstone systems - this would require redoing redstone system completely on one platform or the other. The two systems are functionally different and are going to stay that way. Please be sure to tag your suggestions with (Java) or (Bedrock).

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Copper Conduit: Isolated Directional Signal Transmission (Java)

TL;DR
Copper Conduits are copper-based blocks for clean, isolated, straight redstone signal routing, mainly for vertical use.
They are not logic components, do not branch, and do not replace redstone dust.
Problem
Vertical redstone routing is unintuitive and relies on bulky workarounds (torch towers, observer stacks, zig-zag dust), creating hard-to-read “redstone spaghetti”, especially for new players.
Proposed Feature: Copper Conduit

  • Signal carrier only (no logic)
  • Transmits redstone power straight only
  • (no corners, no branching)
  • Direction set by block placement
  • Fully isolated (no signal bleed)
  • Placeable as a normal full block
  • Optimized for 1×1 vertical routing, usable horizontally
  • Can be pushed by pistons
  • Accepts and outputs standard redstone power
  • Does not replace redstone dust, repeaters, or comparators

Connection Rules

  • Does not directly connect to redstone dust
  • Signal transfers only through blocks, using existing redstone rules
  • Normal solid blocks may receive weak power but do not relay it
  • Copper blocks act as special junctions:
  1. preserve weak power only for Copper Conduits
  2. never output back to redstone dust
  3. still activate repeaters, comparators, pistons, droppers, etc.

This prevents branching, feedback loops, and hidden wireless behavior.
Why This Fits Minecraft

  • No UI
  • No wireless logic
  • No new automation system
  • No core redstone replacement

Copper Conduits formalize existing player workarounds while improving clarity, especially for vertical signal routing.

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    Registered User commented
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    Additional idea: Oxidation-based signal attenuation
    Copper Conduits could optionally integrate copper’s existing oxidation system to cap maximum signal strength instead of processing logic.
    Example mapping:
    • Unoxidized: max 15
    • Exposed: max 7
    • Weathered: max 3
    • Oxidized: max 1
    Waxing would lock the chosen state.
    This adds intuitive, material-based balance while preserving all existing redstone rules.