If you built a compact 3-villager panic box from a Java iron farm guide on your Bedrock world, it is not going to spawn anything, ever. That is not bad luck or a missing zombie; it is the wrong mechanic entirely. Bedrock Edition does not use villager panic or gossip to spawn iron golems. It uses a village-size threshold, and the threshold is much higher than three villagers.
This guide covers the actual Bedrock model, verified against minecraft.wiki/w/Iron_Golem, and what a working Bedrock iron farm looks like as a result.
If you came here after a Java guide gave you nothing: you built the wrong farm for this edition, not a broken version of the right one. See the section below on why the Java design fails outright, then skip straight to the Bedrock build.
Why the Java iron farm does not transfer
Java iron golems spawn out of two village behaviors: gossip (a village of 5 or more villagers can spawn a golem passively) and panic (3 or more villagers fleeing a threat they can see trigger an emergency spawn). The standard compact Java farm exploits panic: three villagers, a zombie they can see but can't reach, done. Our Java iron farm guide covers that build in full, and it is explicitly a Java-only design.
Bedrock has no gossip mechanic and no panic mechanic. A Bedrock village does not care whether villagers are scared, and it does not track threat gossip between villagers at all. The entire trigger the Java farm depends on simply is not code that runs on Bedrock. A 3-villager panic box built on Bedrock is just three villagers standing near a zombie behind glass, forever, producing zero golems, because the game is not evaluating panic as a spawn condition in the first place.
Verified on minecraft.wiki/w/Iron_Golem: the gossip and panic spawn triggers are documented as Java Edition mechanics. Bedrock's golem spawning runs on a village population and bed-linkage check instead, described below.
This is also why our Java farms on Bedrock article and the wider Java vs Bedrock in 2026 comparison both flag iron farms specifically: it is one of the clearest cases where porting a build across editions produces nothing rather than just a worse rate.
The actual Bedrock village requirement
On Bedrock, a village becomes eligible to spawn iron golems only once it clears a size threshold. Per the wiki, a Bedrock village needs:
- At least 20 beds claimed within the village bounds
- At least 10 villagers living in it
- At least 75% of villagers must have been able to work at some point in the past 20 minutes (24000 ticks) - meaning they had access to a valid job site block during that window
- 100% of villagers must be linked to a bed
Miss any one of those and the village does not spawn golems, no matter how long you wait. This is a binary gate, not a rate modifier: a 9-bed, 9-villager village behaves identically to an empty field as far as golem spawning is concerned.
The 75% work-access rule is checked on a rolling 20-minute window, not once at world load. If you lock villagers away from their job sites (say, while building the containment pen), give them time back at a workstation before expecting golems again.
Spawn chance and the village centre
Once the population threshold is met, Bedrock rolls for a golem spawn with a 1/700 chance per game tick, which averages out to roughly one spawn attempt every 35 seconds. That is notably slower than Java's roughly 30-second attempt cadence under its own gossip/panic conditions, and it is a flat per-tick roll rather than a threat-triggered event, so it runs continuously as long as the village qualifies, with no zombie required.
Golems spawn within a fixed 17x13x17 block volume centred on the village's centre block, extending plus or minus 8 blocks horizontally and plus or minus 6 blocks vertically from that point. The village centre is a weighted average of claimed bed and job site positions, and it shifts as villagers claim or lose beds and workstations. This matters for the build: your spawn platforms need to sit inside that volume relative to wherever the centre actually lands, not wherever you guessed it would be.
Because the centre is computed from bed and job-site positions, spreading beds out over a huge area pushes the centre around unpredictably and can push golem-eligible space outside your build. Keep beds and job sites compact and stacked near your intended spawn platforms.
Golem count scales with village size
Bedrock adds one additional simultaneous golem allowance for every 10 villagers beyond the first 10. Java has no equivalent scaling rule tied to villager count in this way. Practically, this means a Bedrock farm's ceiling on concurrent golems (and therefore its practical throughput ceiling) goes up with population, which is the actual lever for improving a Bedrock iron farm, rather than optimizing panic radius or sightlines the way a Java build would.
What a Bedrock iron farm actually looks like
Given the requirements above, the build has different priorities from a Java panic box:
1. Village population comes first. You need 10+ villagers with beds and access to job site blocks (any of the usual workstation blocks: composter, lectern, smoker, and so on) for 75% of them. Breeding villagers up to this count, or transporting them in via boat/minecart, is the actual first phase of the build; there is no compact shortcut around it the way panic allows on Java.
2. Bed count must clear 20. Since only 100% of villagers need to be bed-linked (not one bed per two villagers or similar), plan for at least 20 beds regardless of exact villager count, stacked as densely as the centre-block sensitivity above allows.
3. Contain villagers, don't scare them. Because there's no panic mechanic to exploit, you don't need a visible threat at all. A simple glass-walled or fenced village works: villagers just need to exist, be bed-linked, and periodically reach their job sites.
4. Build spawn platforms inside the 17x13x17 volume. Flat, well-lit (golems don't care about light level to spawn, but you don't want other mobs claiming the space) platforms positioned around your measured village centre, with water streams or trapdoors funneling any spawned golem toward a central collection point.
5. Kill method. Iron golems have high health and do not take fall damage reduction the way most mobs do, so most designs use a long fall (23+ blocks reliably kills a golem on drop) into a kill chamber, or a manual/automated damage source like magma blocks plus a hopper collection floor. This part of the build does not differ meaningfully from Java once the golem is falling; the difference is entirely upstream, in how the golem gets spawned in the first place.
Pros
- No threat mob or panic trigger required at all once the village qualifies
- Golem cap scales with village size, giving a clear upgrade path
- Spawn volume is fixed and predictable once you've located the village centre
Cons
- Minimum village size (20 beds, 10 villagers) is a much larger up-front investment than Java's 3-villager box
- Village centre shifts as beds/job sites change, which can silently move spawn platforms out of range
- No published wiki figure for iron-per-hour on Bedrock; expect to measure your own build
The Bedrock iron farm isn't a smaller version of the Java one. It's a population farm with a golem output, and the villager count is the build.
On rates
The wiki does not publish an iron-per-hour figure for Bedrock iron farms, and this site does not invent one. Golem output depends on your qualifying village's population (and therefore its golem cap), how reliably 75% of villagers retain job-site access, and how tightly your spawn platforms sit inside the 17x13x17 volume relative to the actual centre block. Time your own build with a hopper-and-comparator counter rather than trusting a number from a different edition or a different village size.
Frequently asked questions
Does the Java iron farm design work on Bedrock?
No. The compact 3-villager panic farm relies on Java's gossip and panic mechanics, neither of which exists on Bedrock. Built on Bedrock, it produces zero golems regardless of how long you wait, because the game never evaluates panic as a spawn trigger there.
Why is my Bedrock iron farm not working?
The most common cause is an undersized village. Bedrock requires at least 20 beds and 10 villagers, with 75% having had job-site access in the past 20 minutes and 100% bed-linked, before any golem can spawn at all. Check villager count and bed count first; a village one villager short of 10 produces nothing.
How many villagers do I need for a Bedrock iron farm?
At least 10, with at least 20 beds claimed among them. Beyond that minimum, every additional group of 10 villagers adds one more simultaneous golem allowance, so larger villages support higher golem throughput.
How often does a golem spawn attempt happen on Bedrock?
Once a village qualifies, Bedrock rolls a 1-in-700 chance per game tick, which averages to roughly one spawn attempt every 35 seconds. This runs continuously; no zombie or threat is required to trigger it.
Where do golems spawn relative to my village?
Within a 17x13x17 block volume centred on the village's centre block: plus or minus 8 blocks horizontally and plus or minus 6 blocks vertically. The centre block is a weighted average of bed and job-site positions and moves as those change, so build your spawn platforms after locating the current centre, not before.
Does simulation distance affect Bedrock iron farms?
Iron golem spawning from a qualifying village is not gated by the same spawn-radius rules covered in our render vs simulation distance guide, which applies to general mob spawning rather than village golem spawns. Keep the village and spawn platforms loaded (within simulation distance) so the game continues ticking the spawn check, but no special AFK-distance tuning is required beyond that.
