When you first start to build redstone devices, one of the first items you may find yourself building is a redstone repeater. These blocks are useful for restoring redstone signals back to full strength, delay signals, prevent signals from moving backwards, and lock signals in a certain state. There are a lot of creative applications that you can use for redstone repeaters and having them on hand makes building redstone devices much simpler.
Redstone Repeater
| Redstone Torch | Redstone Dust | Redstone Torch |
| Stone | Stone | Stone |
How to make a Redstone Repeater
- Two Redstone Torches
- Redstone Dust
- Three Stone
To make a redstone torch you will need redstone dust and sticks. Make them like you make regular torches except replace the coal with a piece of redstone. You ought to have plenty if you have run into it in your mines. To finish making the repeater you will need three regular stones. Not cobblestone or smooth stone, but the state in between. Take your ingredients to a crafting table and place a row of stone, a torch on either end, and a redstone dust in the middle.
That’s all you need to make a redstone repeater.
How to Use Redstone Repeaters in Minecraft?
Utilizing redstone can be intimidating. It helps to know some basics like a redstone pulse will only go out to fifteen blocks. Much of redstone is straightforward and logical, it becomes easier to understand when you see it for yourself.
There are four applications for a redstone repeater, you can transmit signals further, you can delay the signal from reaching its output, they can also prevent signals from moving backwards if you need another input further up the wiring, and finally you can lock signals into a certain state.
Signal Transmission
A repeater will only transmit signals one way.
It will transmit signals when the back is powered with a powered redstone dust, redstone torch, redstone block, and other power sources. It will transmit the signal to the block in front of it, this can be the output you want like redstone lamps, another redstone repeater, more redstone dust, etc. Another thing to note is that a redstone repeater powering a block will input a strong signal rather than a weak signal from redstone dust. A strongly powered block can power adjacent blocks.
Signal Repeating
Redstone can only emit up to fifteen blocks.
The top lamp is not being powered because the redstone signal peeters out before it reaches the lamp. Redstone repeaters can be used to repeat the signal and act as a new power source as long as it is receiving power.
By placing a repeater down its track the redstone signal becomes repeated and will continue until it reaches another fifteen blocks. You can use this repeating signal as many times as you want as long as the repeaters are still being powered.
Signal Delay
You can also right click on a repeater to slow the speed that it transmits its signal.
Once this clock has been powered it will slowly travel around the ring of redstone repeaters and power the lamps set to the sides at a set interval. A repeater at max delay will take half a second to emit its signal. For this particular clock, it will take seconds for it to reach its next lamp (5 repeaters, seconds of delay each). With multiple repeaters you can set this delay to whatever specific delay you need for a redstone contraption.
Signal Direction
As shown above, a redstone repeater will not accept a signal from the opposite direction that it is facing. If you want to prevent a signal from looping back into itself you can use redstone repeaters for that. You may run into situations where the redstone has to come back to its input. A redstone signal will not go through the back of a repeater.
Signal Locking
You can lock a signal in place by placing another repeater facing into a repeater.
The repeater at the bottom has been locked and the signal will stay on even if the torch to the right is broken.
You can do the opposite of this and keep the signal locked on the off state as well.
This can be useful when you are working with multiple redstone signals and devices for your home or base. With levers you can decide if you want to keep the house lights on by locking the signal in place or keep the lights off by locking the signal.
Trivia
You can make a redstone clock with just two repeaters and four redstone dust. This configuration will not burn out like a redstone torch looped into itself will.
You can lock four repeaters into the on state by pointing four repeaters into each other. This does not have a practical use, but it is a way you can have redstone repeaters stay on without any further inputs.
FAQ
What do Redstone Repeaters and Comparators do?
Comparators will compare the block in front of them and emit a redstone pulse depending on the state of the block in front of it. Repeaters transmit signals further, delay the signal from reaching its output, prevent signals from moving backwards, and finally you can lock signals into a certain state.
Why do Redstone Repeaters stay on?
Repeaters that are locked will keep their locked state so long as the repeater that is locking it stays on. Repeaters will turn off if they do not have any inputs.
How do you activate a Repeater?
Feed a redstone signal into the repeater. You can also right click on the repeater to increase its delay.
How do you make a Repeater loop?
Place four redstone dust and two repeaters.
Then power the circuit with a redstone torch or lever and break it immediately. This repeater loop will continue even if you log off and come back in.
How long does a Redstone Repeater delay?
The least it can delay is seconds at its lowest setting. At its highest setting the repeater will delay for seconds. Of course if you want to increase the delay even further, place more redstone repeaters.
What is the point of a redstone comparator?
To compare the state of the block in front of it. It may seem like a redstone repeater in appearance, but its functions are entirely different. The signal it emits depends on the state the block it is comparing is in. A comparator will check how full a chest is, the direction an item frame is pointing, and even check strengths of redstone pulses.
Redstone Repeaters and Comparators
These two blocks look similar but perform quite different functions in redstone circuits.
Repeaters
Crafting
Redstone repeaters are important components of any Minecraft redstone system. They perform several functions.
- They only allow current to pass one way.
The repeater has an arrow on top; redstone current can only pass through in this direction: in through the back and out at the front. There is no sideways, upwards or downwards transmission, which is very useful when you're trying to place wires in tight spaces. - They amplify a current so as to extend its range.
No matter what strength the current that goes in the back is, the signal that comes out the front is strong enough to travel 15 blocks. Therefore you can extend a wire as far as you like, as long as every 16th block is a repeater.
This amplification means that placing a repeater at the end of a redstone wire where it meets its target delivers full power, not weak power. - They introduce a delay.
Right-clicking on the repeater moves one of the little torches and adjusts the length of the delay caused when a signal passes through the repeater: there are 4 positions, corresponding to , , and seconds. These delays can be useful in setting the timing of all sorts of inventions. - Two repeaters placed together can act as a latch.
If a repeater has another, powered repeater pointing at it from the side, then its output status is locked in place, and does not respond to changes in the input. It's not as complicated as it sounds: look at the pictures!
This is a simple repeater latch setup, with two repeater, one pointing at the side of the other
When the lever near the camera is activated, current passes through repeater A and lights the lamp.
When repeater B s powered, though, repeater A turns into a latch.
Now, wiggling the lever near the camera doesn't do anything to the lamp. Repeater A is locked into the OFF position.
Similarly, if the current had been ON when repeater A was locked, then it will stay on even if the lever is switched off (or removed).Comparators look similar to repeaters, but they have some quite different functions.
The crafting recipe is also similar, except you'll need a piece of Nether Quartz.
Here's a rundown of what you can do with a comparator:
Like a repeater, a comparator only allows current to pass through it in one direction: in at the back, out at the front, marked by an arrow on the top.
Unlike a repeater, the signal is neither delayed nor amplified.
Comparing current strengths
As its name suggests, a comparator can compare the strength of two currents. It compares the main signal that it receives through the back (base of the arrow) with a signal that it gets through the side, and sends it output through the front.
Normal mode
The signal that comes in at the back will be passed out through the front if it is greater than the signal coming in through the side. If the repeater is getting a signal in through both sides, it just uses whichever is the strongest and ignores the other one.
The main signal will not be altered in strength.
Subtraction mode
If you right-click the comparator, this will put it into subtraction mode. This is marked by the front one of the three redstone torches (the little one) lighting up.
In subtraction mode, the comparator works the same as described above, except the current output at the front is equal to the main input minus the side input. That is to say, the strength of the main current that passes through will be reduced by the strength of the side current (to zero if the side current is greater than the main current.)
A: the main signal is stronger than the side signal because it hasn't travelled as far: the signal is passed through.
B: the main signal is weaker than the side signal, so it is not passed through.
C: in subtraction mode, although the main signal is stronger, it has the side signal subtracted from it, so that the current that passes through is too weak to reach the end of the wire.
Reporting the fullness of containers
If the base of a comparator is placed against a container (chest, furnace, hopper, dropper, dispenser, brewing stand or juke box) then it will output a current with a strength that depends on how full the container is. This can be used to test whether a container is empty, or to compare how full two different containers are.
Comparators can also work in either normal mode or subtraction mode in this role, allowing all sorts of complicated calculations to set thresholds for comparison.
This setup compares how much stuff is in each chest, and sends a signal if the one on the left has more.
How does signal strength relate to how full the container is?
This is quite complicated, since each type of container has a different number of slots, and different items can be stacked differently. The output current is 0 for a completely empty container, and 15 for a full one.
A brewing stand has 3 slots for bottles, and the bottles do not stack, so each bottle is worth one third of the maximum signal strength, ie. 5 each.
A large chest can hold of any block that can stack to 64 items per slot, so each item is worth much less than the bottles in a brewing stand! Items that do not stack, such as tools or boats, count for a whole stack each, and a full stack of 16 eggs is worth the same as a full stack of 64 of something.
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Minecraft: How To Make & Use Redstone Repeaters
While survival games at the base level need to be simple and straightforward, they should also possess aspects that allow the deeper-thinking gamers to craft and build to their heart's content in a satisfying manner.
RELATED: Minecraft: The Best Animals To Tame (& How To Tame Them)
Players enjoying Minecraft have been able to do just that for close to a full decade, as the sky is literally the limit when building and beautifying one's domain. Besides architectural pursuits, there are many mechanical ones that gamers can delve into to create some of the most complex and sometimes unorthodox contraptions.
The most important factor to forming any kind of complex mechanism is to use Redstone and the various devices that allow players to harness the signals that this red dust can send. Redstone Repeaters, as their name implies, grant one the potential to repeat signals sent through Redstone Dust circuits, which amplifies and strengthens them. Furthermore, Redstone Repeaters do so at a delay, which gives room for timing-based factors when building a circuit for one's machine.
How To Craft A Redstone Repeater
Crafting Components
Redstone Dust (x 1) - This crimson power that can convey signals when powered can be mined from blocks of Redstone Ore, which spawn between layers 1 and 16, near to the bottom of the Overworld. Multiple formations of between 1 to 10 blocks of Redstone Ore get generated with each newly loaded area, which results in about 30 blocks of Redstone Ore spawning per chunk.
Redstone Torch (x 2) - Made from 1 Stick and 1 Redstone Dust placed so that the dust is vertically adjacent to the Stick in any kind of crafting grid (Crafting Table or the 2 x 2 grid in the player's inventory).
Stone (x 3) - This is not Cobblestone, which is what drops after one has mined a block of natural Stone. To acquire this slightly smoother kind of Stone, players will have to place a block of Cobblestone into a Furnace and cook it in the same way that one would cook meat to create food items. Alternatively, players who have a Pickaxe with the Silk Touch enchantment can mine Stone blocks without them turning into Cobblestone.
RELATED: Minecraft: How To Make Tinted Glass
Crafting Recipe
To make a Redstone Repeater, players will need to use a Crafting Table due to the 3 x 2 dimensions of the recipe. First, make a 1 x 3 layer of Stone and then place the Redstone Dust on top of the middle block of Stone. Following this, place the Redstone Torches on the remaining blocks of Stone to get the completed Redstone Repeater.
How To Use A Redstone Repeater
Orientation Of A Redstone Repeater
The front of the Redstone Repeater is the side with the stationary Redstone Torch and the back is the side where the groove of the movable Redstone Torch ends. This is important to note because Redstone Repeaters can only be powered from the back and output their signal through the front.
Overview Of Redstone Repeater Functions
In addition to being able to strengthen signals sent via Redstone Dust by repeating them, Redstone Repeaters can also delay, redirect, and lock signal paths. In terms of being powered, they act much like a directional Redstone Torch in that they get lit up from the same kinds of sources, though only from its back.
Repeating A Redstone Signal With A Redstone Repeater
Usually, to extend the signal through a Redstone Dust circuit further, players place Redstone Torches alongside the trail of dust to continuously power it, however, players can instead replace these extending Redstone Torches with Redstone Repeaters to boost the signal along its desired path instead of re-powering them with a constant source. This grants much more control to the direction and speed of a signal.
Delaying A Redstone Signal With A Redstone Repeater
Every time a signal gets repeated within a Redstone Repeater, it needs a bit of time to amplify the signal, which results in a time delay between the signal entering and exiting the device. By using an empty hand to interact with a placed Redstone Repeater, players can also adjust the length of the delay so that one can time many different components in a more organized manner. There are 4 speed settings for Redstone Repeaters, and the different settings can be noted by looking at the position of the moveable Redstone Torch on the repeater.
Redirecting A Redstone Signal With A Redstone Repeater
Since Redstone Repeaters can only be powered from the back and output the signal from their front, they can be used in circuits to allow different paths to be closer together without interfering with one another. This results in more compact and simple mechanisms that can further be controlled in other methods.
Locking A Redstone Signal With A Redstone Repeater
By placing a powered Redstone Repeater adjacent and facing another one, the first can disable the signal output of the second. Gamers usually use this to get a signal to a certain point and then stop it while it is in a powered device, creating a Redstone Dust signal floodgate that can be opened on a whim.
NEXT: Minecraft: How To Make An Ender Chest
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About The AuthorThis article is about the block. For repeater circuits, see Transmission circuit&#;§&#;Repeater. For other topics related to redstone, see Redstone (disambiguation).
A redstone repeater is a block used in redstone circuits to "repeat" redstone signals back to full strength, delay signals, prevent signals moving backwards, or to "lock" signals in one state.
Obtaining[]
A redstone repeater can be obtained by crafting, by looting jungle temples, or by breaking a previously-placed repeater.
Breaking[]
A redstone repeater can be broken instantly using any tool, or without a tool, and drops itself as an item. To remove a redstone repeater, mine it.
A redstone repeater is removed and drops itself as an item if:
- its attachment block is moved, removed, or destroyed;
- water or lava flows into its space;&#;[Java Edition only]
- a piston tries to push it or moves a block into its space.
Natural generation[]
A single redstone repeater is generated naturally in each jungle temple.
Crafting[]
Usage[]
See also: Redstone circuit
A redstone repeater can be used in four different ways: to "repeat" redstone signals back to full strength, delay signals, prevent signals moving backwards, or to "lock" signals in one state.
A repeater can be placed only on top of opaque blocks (dirt, stone, etc.), on top of upside-down slabs, upside-down stairs, furnaces, and glass. In Bedrock Edition, a repeater can also be placed on fences and stone walls. They can also be placed on some transparent blocks. See Opacity/Placement for more information. To place a repeater, use the Place Blockcontrol.
A redstone repeater has a front and back – the arrow on the top points to the repeater's front. A repeater also has two small redstone torches on its top – the color of the torches indicates whether its output is on (dark red when off, bright red when on) and the distance between them indicates the delay the repeater adds to the signal transmission.
A repeater is (1&#;8) blocks high.
Signal transmission[]
A repeater transmits signals only from its back to its front, but its behavior can be modified from the side (see signal locking, below).
A redstone repeater can be powered by any of the following components at its back:
A redstone repeater can power any of the following components at its front:
- redstone dust
- a redstone comparator or another redstone repeater facing away from the repeater
- any opaque block (including any opaque mechanism components)
A redstone repeater can activate any mechanism component it is facing.
An opaque block powered by a redstone repeater is called "strongly-powered" (as opposed to an opaque block "weakly-powered" by redstone dust). A strongly-powered opaque block can power adjacent redstone dust, as well as other redstone components.
Signal repeating[]
See also: Transmission circuit&#;§&#;Repeater
A redstone repeater can "repeat" a redstone signal, boosting it back up to power level
Redstone signals have a maximum power level of 15 and that level drops by 1 for every block of redstone dust the signal travels through. If a signal must travel through more than 15 blocks of redstone dust, a redstone repeater can be used to boost the signal back up to full strength. An extra two blocks of distance can be achieved by placing solid opaque blocks before and after the repeater.
While redstone repeaters can allow signals to travel great distances, each always adds some delay to the transmission since the minimum amount of delay is 1 redstone tick ( seconds, barring lag).
Signal delay[]
When initially placed, a redstone repeater has a delay of one redstone tick (equivalent to two game ticks, or seconds barring lag).
A repeater's delay can be modified by using the Use Item control. Each use increases the repeater's delay by one redstone tick, to a maximum of four redstone ticks, then back to one redstone tick. Longer delays can be made with multiple repeaters – for example, a repeater set to 'four' and another to 'one' provides a half-second delay (s + s = s).
A repeater set to a delay of two to four redstone ticks increases the length of any shorter on-pulse to match the length of the repeater's delay, and suppress any shorter off-pulse. For example, a repeater set to a 4-tick delay changes a 1-tick, 2-tick, or 3-tick on-pulse into a 4-tick on-pulse, and does not allow through any off-pulse shorter than 4 ticks.
Although a repeater cannot be set to have a delay of zero, instant repeater circuits are possible (circuits that repeat a signal with no delay).
In Bedrock Edition, the first repeater have a delay of zero but the repeater is still showing 1-tick[more information needed]
Signal direction[]
See also: Mechanics/Redstone/Transmission circuit&#;§&#;Diode
A redstone repeater acts as a "diode" – it allows redstone signals through in one direction (unlike redstone dust or opaque blocks that can transmit redstone signals in any direction).
A diode can be used to protect a redstone circuit from redstone signals feeding back into the circuit from its output, or can be used to isolate one part of a circuit from another.
Signal locking[]
See also: Mechanics/Redstone/Memory circuit
A redstone repeater can be "locked" by another powered redstone repeater facing its side. When locked, the repeater does not change its output (whether powered or unpowered), no matter what the input does. When the side repeater turns back off, the repeater returns to its normal behavior.
A repeater can also be locked by a powered redstone comparator facing its side. This offers additional possibilities for locking signals because a comparator's output can be affected from 3 sides as well as by containers.
If a repeater is locked again too quickly after unlocking (e.g. the lock is controlled by a fast clock circuit), or the lock and the input are changed only on the same tick (e.g. because they're fed by the same clock and both repeaters have the same delay), the repeater does not switch states.
Sounds[]
Java Edition:
Bedrock Edition:
| Sound | Source | Description | Resource location | Volume | Pitch |
|---|---|---|---|---|---|
| ? | Blocks | Once the block has broken | |||
| ? | Blocks | Falling on the block with fall damage | |||
| ? | Blocks | While the block is in the process of being broken | |||
| ? | Blocks | Jumping from the block | |||
| ? | Blocks | Falling on the block without fall damage | |||
| ? | Blocks | Walking on the block | |||
| ? | Blocks | When the block is placed |
Data values[]
ID[]
Java Edition:
| Name | Resource location | Form | Translation key |
|---|---|---|---|
| Redstone Repeater | Block & Item |
Bedrock Edition:
| Redstone Repeater | Resource location | Numeric ID | Form | Translation key |
|---|---|---|---|---|
| Unpowered block | Block | |||
| Powered block | Block | |||
| Item | Item |
Metadata[]
See also: Data values
In Bedrock Edition, redstone repeaters block use the following data values:
| Bits | Values |
|---|---|
| 0x1 0x2 | A two-bit field storing a value from 0 to 3 specifying the direction the redstone repeater is facing:
|
| 0x4 0x8 | A two-bit field storing a value from 0 to 3 specifying the redstone repeater's delay:
|
Effectively, add the repeater's facing value (0 to 3) to 4×(delay-1). For example, a repeater facing west with a delay of 3 redstone ticks would have a block data value of 3 + 4×() =
Block states[]
See also: Block states
Java Edition:
| Name | Default value | Allowed values | Description |
|---|---|---|---|
| delay | The redstone repeater's delay in redstone ticks. | ||
| facing | The direction from the output side to the input side of a repeater. The opposite from the direction the player faces while placing the repeater. | ||
| locked | True if the repeater is currently locked. | ||
| powered | If the redstone repeater is lit. |
Bedrock Edition:
| Name | Default value | Allowed values | Description |
|---|---|---|---|
| repeater_delay | The redstone repeater's delay in redstone ticks minus 1. | ||
| direction | The direction from the output side to the input side of a repeater. The opposite from the direction the player faces while placing the repeater. |
Video[]
History[]
For a more in-depth breakdown of changes to repeater textures and models, including a set of renders for each state combination, see /Asset history
| Java Edition Beta | |||||
|---|---|---|---|---|---|
  Added redstone repeaters. | |||||
| Originally, the four possible settings were "1, 2, 5 and 7",[1] but Jeb decided to change the settings to "1, 2, 3, and 4".[2] | |||||
| The particle when breaking redstone repeaters is currently a smooth stone slab top texture, even though none of the elements on the model use it. | |||||
 The side texture of redstone repeaters has been changed to the previous bottom part of the texture. | |||||
| Nearby redstone dust now automatically connects to a redstone repeater. | |||||
| Java Edition | |||||
| ? | The breaking particle of restone repeaters has been changed to an unlit redstone torch when unpowered and a lit redstone torch when powered. | ||||
| 12w22a | Redstone repeaters now naturally generate inside jungle temples. | ||||
 The texture of redstone repeater items have been changed. | |||||
| 12w42a |  The top texture of redstone repeaters has now been changed. | ||||
 Added repeater locking to redstone repeaters. Interestingly, the smallest face of the bedrock cuboid's texture changes depending on the delay, but the other two faces remain the same. When/if this changed is unknown. | |||||
| 13w02a |  The side textures of redstone repeaters have been changed to use the top texture of stone slabs. | ||||
| ? | The breaking particle of redstone repeaters has been changed once again and now matches the top texture of redstone repeaters. | ||||
| ? | Repeaters no longer produce block light when powered. | ||||
| 14w10a |  Torches on repeaters now no longer have protruding features. | ||||
The torches underneath redstone repeaters have now been shortened, which has changed the underside textures from                 to               | |||||
Redstone repeaters minecraft
How to make a Redstone Repeater in Minecraft
This Minecraft tutorial explains how to craft a redstone repeater with screenshots and step-by-step instructions.
In Minecraft, redstone repeaters are one of the many mechanisms that you can make.
Let's explore how to make a redstone repeater.
Supported Platforms
A redstone repeater is available in the following versions of Minecraft:
* The version that it was added or removed, if applicable.
NOTE: Pocket Edition (PE), Xbox One, PS4, Nintendo Switch, and Windows 10 Edition are now called Bedrock Edition. We will continue to show them individually for version history.
Where to find a Redstone Repeater in Creative Mode
- Java
- PE
- Xbox
- PS
- Nintendo
- Win10
- Edu
Minecraft Java Edition (PC/Mac)
Here is where you can find a redstone repeater in the Creative Inventory menu:
| Platform | Version(s) | Creative Menu Location |
|---|---|---|
 Java Edition (PC/Mac) | - |  Redstone |
Minecraft Pocket Edition (PE)
Here is where you can find a redstone repeater in the Creative Inventory menu:
Minecraft Xbox Editions
Here is where you can find a redstone repeater in the Creative Inventory menu:
Minecraft PS Editions
Here is where you can find a redstone repeater in the Creative Inventory menu:
Minecraft Nintendo
Here is where you can find a redstone repeater in the Creative Inventory menu:
Minecraft Windows 10 Edition
Here is where you can find a redstone repeater in the Creative Inventory menu:
Minecraft Education Edition
Here is where you can find a redstone repeater in the Creative Inventory menu:
Definitions
- Platform is the platform that applies.
- Version(s) is the Minecraft version numbers where the item can be found in the menu location listed (we have tested and confirmed this version number).
- Creative Menu Location is the location of the item in the Creative menu.
Required Materials to make a Redstone Repeater
In Minecraft, these are the materials you can use to craft a redstone repeater:
How to craft a Redstone Repeater in Survival Mode
1. Open the Crafting Menu
First, open your crafting table so that you have the 3x3 crafting grid that looks like this:
2. Add Items to make a Redstone Repeater
In the crafting menu, you should see a crafting area that is made up of a 3x3 crafting grid. To make a redstone repeater, place 3 stones, 2 redstone torches, and 1 redstone in the 3x3 crafting grid.
When making a redstone repeater, it is important that the stones, redstone torches, and redstone are placed in the exact pattern as the image below. In the first row, there should be 1 redstone torch in the first box, 1 redstone in the second box, and 1 redstone torch in the third box. In the second row, there should be 3 stones. This is the Minecraft crafting recipe for a redstone repeater.
Now that you have filled the crafting area with the correct pattern, the redstone repeater will appear in the box to the right.
3. Move the Redstone Repeater to Inventory
Once you have crafted a redstone repeater, you need to move the new item to your inventory.
Congratulations, you have made a redstone repeater in Minecraft!
Item ID and Name
- Java
- PE
- Xbox
- PS
- Nintendo
- Win10
- Edu
Minecraft Java Edition (PC/Mac)
In Minecraft, a redstone repeater has the following Name, ID and DataValue:
See a complete list of Minecraft IDs that is interactive and searchable.
Minecraft Pocket Edition (PE)
In Minecraft, a redstone repeater has the following Name, ID and DataValue:
| Item | Description (Minecraft ID Name) | Minecraft ID | Minecraft Data Value | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Repeater (minecraft:repeater) | 0 |  Pocket Edition (PE) | - |
See a complete list of Minecraft IDs that is interactive and searchable.
Minecraft Xbox One
In Minecraft, a redstone repeater has the following Name, ID and DataValue:
| Item | Description (Minecraft ID Name) | Minecraft ID | Minecraft Data Value | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Repeater (minecraft:repeater) | 0 |  Xbox One | - |
See a complete list of Minecraft IDs that is interactive and searchable.
Minecraft PS4
In Minecraft, a redstone repeater has the following Name, ID and DataValue:
| Item | Description (Minecraft ID Name) | Minecraft ID | Minecraft Data Value | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Repeater (minecraft:repeater) | 0 |  PS4 | - |
See a complete list of Minecraft IDs that is interactive and searchable.
Minecraft Nintendo Switch
In Minecraft, a redstone repeater has the following Name, ID and DataValue:
| Item | Description (Minecraft ID Name) | Minecraft ID | Minecraft Data Value | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Repeater (minecraft:repeater) | 0 |  Nintendo Switch | - |
See a complete list of Minecraft IDs that is interactive and searchable.
Minecraft Windows 10 Edition
In Minecraft, a redstone repeater has the following Name, ID and DataValue:
| Item | Description (Minecraft ID Name) | Minecraft ID | Minecraft Data Value | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Repeater (minecraft:repeater) | 0 |  Windows 10 Edition | - |
See a complete list of Minecraft IDs that is interactive and searchable.
Minecraft Education Edition
In Minecraft, a redstone repeater has the following Name, ID and DataValue:
| Item | Description (Minecraft ID Name) | Minecraft ID | Minecraft Data Value | Platform | Version(s) |
|---|---|---|---|---|---|
| Redstone Repeater (minecraft:repeater) | 0 |  Education Edition | - |
See a complete list of Minecraft IDs that is interactive and searchable.
Definitions
- Description is what the item is called and (Minecraft ID Name) is the string value that is used in game commands.
- Minecraft ID is the Internal number for the item.
- Minecraft DataValue (or damage value) identifies the variation of the block if more than one type exists for the Minecraft ID.
- Platform is the platform that applies.
- Version(s) is the Minecraft version numbers that the Minecraft ID and Name are valid for.
Stackable Information
Definitions
- Stackable indicates whether the item can be stacked (with more than 1 item in a stack).
- Stack Size is the maximum stack size for this item. While some items in Minecraft are stackable up to 64, other items can only be stacked up to 16 or 1. (NOTE: These stack sizes are for vanilla Minecraft only. If you are running a mod, some mods may change the stack size for an item.)
Give Command for Redstone Repeater
- Java
- PE
- Xbox
- PS
- Nintendo
- Win10
- Edu
Give Command in Minecraft Java Edition (PC/Mac)
In Minecraft Java Edition (PC/Mac) , , , , , and , the /give command for Redstone Repeater is:
/give @p repeater 1In Minecraft Java Edition (PC/Mac) , , , and , the /give command for Redstone Repeater is:
/give @p repeater 1 0Give Command in Minecraft Pocket Edition (PE)
In Minecraft Pocket Edition (PE) , , , , , , , , , , , , , , , , and , the /give command for Redstone Repeater is:
/give @p repeater 1 0Give Command in Minecraft Xbox One
In Minecraft Xbox One , , , , , , , , , , and , the /give command for Redstone Repeater is:
/give @p repeater 1 0Give Command in Minecraft PS4
In Minecraft PS4 , , and , the /give command for Redstone Repeater is:
/give @p repeater 1 0Give Command in Minecraft Nintendo Switch
In Minecraft Nintendo Switch , , , , , , , , , , and , the /give command for Redstone Repeater is:
/give @p repeater 1 0Give Command in Minecraft Windows 10 Edition
In Minecraft Windows 10 Edition , , , , , , , , , , , , , , , , and , the /give command for Redstone Repeater is:
/give @p repeater 1 0Give Command in Minecraft Education Edition
In Minecraft Education Edition , , , , , , , , and , the /give command for Redstone Repeater is:
/give @p repeater 1 0Things to Do with Redstone Repeaters
Here are some activities that you can do with redstone repeaters in Minecraft:
Sergei began to pour out into the body of his wife. Sveta managed to finish a few moments before her husband's orgasm, and now she listened favorably to the streams of semen pouring into her. In exhaustion, having fallen off the body of his wife, Sergei fell onto the bed.
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Ensign. - Well done, but that's not all. He freed my breasts and began kissing again, while with his hands he massaged my nipples, then my penis, then stroking my battered ass.