Minecraft · Java + Bedrock · Free
Minecraft Redstone Tick Calculator
Work out exactly how long a redstone circuit will take — convert ticks to seconds, plan repeater chains for a specific delay, or design a clock that pulses at the period you want. Handy when you're building auto-farms, hidden doors, or timed traps.
Three quick redstone timings
1. Ticks ↔ Seconds
1 redstone tick = 0.1 seconds. Type either box, the other updates.
2. Repeater chain for a target delay
Each repeater delays 1, 2, 3 or 4 ticks. This tool finds the shortest chain that hits the delay you want.
3. Redstone dust signal range
Signals start at strength 15 and lose 1 per block. Repeaters reset them to 15.
Redstone timing in plain English
Redstone in Minecraft runs on discrete steps called ticks. Every tenth of a second, the whole game checks every redstone circuit and updates it. That's why redstone circuits feel a little "steppy" compared to real electronics — you can't have a delay of, say, 0.15 seconds, because the game only checks in tenth-of-a-second chunks.
A repeater is your main tool for controlling those steps. Right-click a placed repeater and its delay bumps up by one tick (up to 4, then wraps back to 1). Chain them together and you can build any delay you want — the calculator above works out the shortest chain so you don't end up placing 40 repeaters when 10 would do.
Two extra things worth knowing:
- Signals through redstone dust weaken by 1 each block, so a plain dust line dies at block 15. Use repeaters as booster stations to go further.
- Observers and comparators have their own timing rules — see the FAQ below for the short version. If you need a specific delay, always use repeaters.
Building an auto-farm and want to see where mobs will spawn? Try the SeedLander Map, or browse every SeedLander tool →
Every redstone component, in plain English
Short guide to what each piece does and where you get it. Skip to the ones you care about.
Redstone Dust
What it does: the "wire" of redstone. Placed on the ground, it carries a signal from block to block. Signal starts at strength 15 and drops by 1 for every block travelled — so it dies at block 15 unless you boost it with a repeater.
Where you get it: mine redstone ore blocks (deep in caves, Y −59 or lower is the sweet spot). Each block drops 4-5 dust with a normal iron pickaxe, more with Fortune. Villager clerics also trade dust for emeralds.
Redstone Torch
What it does: a permanent signal source. Powers any adjacent block or dust with strength 15. It's also a NOT gate — when the block below is powered, the torch turns OFF. That's how nearly every redstone contraption inverts a signal.
Where you get it: craft one stick + one redstone dust in a crafting table. Cheap, plentiful, and doesn't need updating.
Redstone Repeater
What it does: three jobs in one. (1) resets a dying signal back to strength 15 — think booster station. (2) forces the signal to travel one direction only. (3) adds a delay of 1, 2, 3 or 4 redstone ticks (0.1s per tick). Right-click to bump the delay up.
Where you get it: craft 3 stone + 2 redstone torches + 1 redstone dust. Or trade with a novice-level villager. This is the tool the calculator above chains together for you.
Redstone Comparator
What it does: reads block state and does maths on signals. Two modes: compare (front torch off) passes the strongest input; subtract (front torch on) subtracts side input from back input. Also detects how full a chest, furnace or hopper is — huge for auto-sorters and item farms.
Where you get it: craft 3 stone + 3 redstone torches + 1 nether quartz. The quartz means you need a trip to the Nether first.
Piston (Regular & Sticky)
What it does: pushes up to 12 blocks in a line when powered. A sticky piston also pulls the block back when it retracts — that's the one you want for hidden doors and folding builds. Pistons cannot push obsidian, bedrock or tile entities (chests, furnaces, etc.).
Where you get it: regular piston = 3 planks + 4 cobblestone + 1 iron + 1 redstone. Sticky piston = regular piston + 1 slimeball (or a honey block in a pinch).
Observer
What it does: watches the block directly in front of it. Any block state change (crop growth, water flow, doors opening, a piston moving) makes it fire a 1-tick pulse out the back. Perfect for auto-farms: place one in front of a fully-grown crop and it triggers the harvest the moment the crop ripens.
Where you get it: craft 6 cobblestone + 2 redstone + 1 nether quartz in a crafting table.
Hopper
What it does: transfers items into the container below it. Sucks up items from any container above (or floating items on top). Only moves 1 item every 4 game ticks (0.2s) — that's the maximum throughput to remember for bigger farms. Pipe several in a line for item sorters.
Where you get it: craft 5 iron ingots + 1 chest. Not cheap early game — save your iron for the ones you actually need.
Dispenser & Dropper
What they do: both eject items from a 9-slot inventory when powered. A dispenser uses the item (fires an arrow, sprays water, places a boat), a dropper just throws it as an item. That's the only difference. Both fire one item per redstone pulse.
Where you get them: dispenser = 7 cobblestone + 1 bow + 1 redstone. Dropper = 7 cobblestone + 1 redstone (no bow). Droppers are cheaper — use them when you don't need item-launch behaviour.
Redstone timing FAQ
A redstone tick is the smallest unit of time in a redstone circuit — one redstone tick is exactly 0.1 seconds. That's why redstone feels a little "chunky" compared to real electronics: everything jumps in tenth-of-a-second steps. Note the difference between a "redstone tick" (0.1s) and a "game tick" (0.05s) — two game ticks per redstone tick. The calculator above uses redstone ticks because that's what repeaters count in.
On its shortest setting (right-click 0 times after placing), a repeater delays the signal by 1 redstone tick, or 0.1 seconds. Right-click to bump it up: 2 ticks (0.2s), 3 ticks (0.3s), or the maximum 4 ticks (0.4s). If you need a longer delay, chain repeaters — the calculator above works out the cheapest chain for the delay you want.
A redstone signal starts at strength 15 and loses 1 strength for every block of redstone dust it crosses. That means signals die after 15 blocks. To go further, place a repeater — it resets the signal back to 15 and gives you another 15 blocks of range. Repeaters cost a small delay each, though, which the calculator factors into the timing.
The fastest reliable redstone clock is a 1-tick clock (0.1s period), usually built with an observer or a piston that keeps flipping itself. Very fast clocks can lag your server and are usually overkill — for most farms, a 2-4 second clock (built from 3-4 repeaters on max setting looped back) is plenty. Enter your target period above to see how many repeaters you'd need.
Yes, but with their own quirks. An observer sends a 1-tick pulse (0.1s) every time the block it's watching changes — great for auto-farms. A comparator has no delay of its own by default, but adds 1 tick of delay when it's in subtract mode. Neither is adjustable like a repeater — if you need a specific delay, use repeaters and let the calculator tell you the shortest chain.
