How to make a piston door in minecraft How to make sticky piston doors in Minecraft How to make automatic doors with pistons

The piston door in minecraft is a very handy device, it will help you prevent unauthorized entry into your home or another building of uninvited guests, or build a secret door to some room.

To build a full-fledged piston door, you will need quite a lot of resources. , namely:

4 sticky pistons, the pistons must be sticky, otherwise your door will only work once to close. Sticky pistons are made from normal pistons by coating them with slime, which in turn is extracted from small slugs.

A regular piston is made from 4 cobblestone, three planks of any monotonous wood, one iron ingot and one unit of red dust. After creating the piston, we apply mucus on it and it becomes sticky, we do this 4 times.

Red dust, which is also needed to create pistons, is obtained by splitting red ore with an iron pick, about 4-5 units of dust for each block of red ore. In addition to the conductive function, red dust will be used for crafting red torch and further repeaters necessary for the full functioning of piston doors. All we need 4 red repeaters, they are created according to the following recipe.

To begin with, red torches are crafted, two for each repeater, for each torch 1 stick and 1 unit of red dust. For each repeater, you will have to get three units of stone and an additional unit of red dust. All red repeaters are ready. Now that we have all the ingredients, let's move on to building and assembling the piston door mechanism.

Making a piston door

We put sticky pistons at a distance of 4 blocks “face” to each other, and set stone blocks point-blank to them (as shown in picture 1). Between the mechanisms we dig a hole 2x2x5 (depth width length). Additionally, we dig a moat from the inside of the door next to the mechanism (picture 2).

Next to the pistons in the moat we put one stone block. We put red torches next to these blocks and remove the dust as shown in picture 3.

In front of the doors and behind them at a distance of 1 block, we install a pair of pressure plates and bring red dust to them, after that we carefully close the entire lower part of the structure with some kind of material.

For safety, we put in places, as seen in picture 4, red repeaters with a maximum delay.
Now, when you click on any of the pressure plates, the doors will open, and without crushing you, they will close after a certain period of time. Your piston door is ready to use.

It is not necessary to watch a YouTube video to understand how to make a piston door in minecraft with or without traps. I offer you a good gift under the Christmas tree in the form of a detailed description with a photo of this process. Works in different versions, including 1.5.2.
Making a piston door is not difficult. With a little time, you can get reliable protection against unwanted persons in a dwelling or other building, including it will be a suitable protection for a secret passage. It can be used at your discretion, so you should be smart and let your imagination run wild.
Piston door for minecraft: instructions for creating
Construction requires 4 sticky pistons to make the structure work properly.
How to make a sticky piston in minecraft
A sticky piston in minecraft is made using standard pistons that are covered with slime. Slime must be obtained from a small slug.

The standard solution involves the use of 4 cobblestones. You also need to take 3 boards (any wood), 1 iron ingot and 1 red dust. When it is ready, slime is applied to it. Repeat the procedure 4 times.
red dust minecraft
Without it, it will not be possible to make pistons, so you need to mine it. It appears in the event of a split of red ore. In this case, an iron pickaxe is used. Approximate output of 4 - 5 dust for one red ore. This element is suitable for both the conductive role and for crafting a red torch and crafting a repeater. In total, we make 4 repeaters of the red type.
Red Repeater: Recipe


First of all, we craft torches, which we need at least 2 pieces. In addition, one stick and the same amount of dust go to one torch. We extract 3 stones for 1 repeater and add more red dust.
How to make a piston door in minecraft
First, install the pistons at a distance of 4 blocks. The front parts should look at each other. Near them we put a block of stone. We make a hole 2 deep, 2 wide and 5 long.


On the inside, another ditch is being made.


Near the piston it is necessary to place 1 stone block directly into the ditch for each part of the structure. After that, we will install red torches near the delivered blocks, after which we draw the output of red dust.


Near the structure and behind it with a distance of one block, it is recommended to place several pressure plates. After that, dust is brought to the plates, and the bottom of the assembly should be covered with any of the available materials.


For the sake of safety, the maximum possible delay is chosen for repeaters. We press on the pressure plate and open the door, and it closes after a specified time.

Ehh, hello to you all Mr_Kriper! And today I will show a guide on how to make a door out of pistons. And do not arrange a srach in the comments that everyone knows this! Some who don't know
Guide:

Sory no music

By the way, there will be new videos soon, so stay tuned)

This guide was created for fans of mechanisms. Here I will talk about how to make a hidden door in the wall in Minecraft: Pocket Edition.

In this guide, I will teach you how to build hidden doors in the wall. At the end we will get this:

So what we need:

• 4 stone pressure plates
• 4 sticky pistons
• Redstone
• 6 repeaters
• 2 red torches
• solid blocks

Repeaters are needed here so that as soon as you get off the pressure plates, the doors close with a delay. You can increase the delay if you wish.

Now connect the redstone under the passage to the pressure plates on the other side of the door:

The disadvantage of this mechanism is its large size. I think a similar guide with a more compact version will be released soon!

Doors made of cobblestone and piston

Pistons and sticky pistons are used in many redstone mechanisms as they move the block directly in front of them. They are needed for harvesting, exterminating mobs, moving elevators and creating sliding doors. Create automatic sliding doors using pistons.

1. Place four blocks of cobblestone (two wide and two high) to make doors.

2. On one side of the door, one block apart, place two sticky pistons on top of each other. (The placed piston will be directed towards you in a moving half-block.)

Create two doors out of four cobblestone blocks. Add two sets of two sticky pistons one block apart on each side of the door

3. Place a red torch and above it a cobblestone block on the other side of the sticky pistons. The red stone activates the bottom piston. In addition, it feeds energy to the block of cobblestone located above it, and this sets the upper sticky piston in motion.

Power up the pistons. The lower piston is activated by a red torch. The top one is driven by the same red torch signal passing through the block of cobblestone located above the torch

This will create a closed door as the energy of the red torch (which is always on) keeps the pistons in the extended position. However, you need the door to open. It is necessary to ensure that the red torch supplying the pistons is turned off. Fortunately, when a signal is sent to the red torch, it turns off! To do this, use the pressure plates, which will send a signal to the red torches along the redstone wiring. Four pressure plates (two on each side of the door) are placed two blocks away from the doors.

4. Dig two trenches two blocks deep on each side to connect the red torch to the pressure plates. Place one block near the red torch as a step. The fact is that redstone wiring can only go up one block at a time, and you use blocks-created steps to lift it up. The depth of the trench should be two blocks - the redstone works when there is a block of free space above. (You can use a half block instead of a block to cover the redstone, as this will give you enough space above the wiring for it to work.)

5. When you have dug the trenches, place redstone wires along them from one end to the other.

Dig trenches to run redstone wiring from one end to the other

6. On both sides of the door, replace the empty blocks in front of them with planks of wood or other flooring material and place pressure plates on top of them.

Add dirt blocks in front of doors and place stone pressure plates on top

Now you can go through the doors. When you step on the pressure plates, they signal the redstone wiring underneath, which reaches the sticky pistons and disables them. It opens doors. Once you pass through the doors, the pressure plates will disengage and the doors will slam shut. Trenches with wiring can be closed with any building blocks. Remember that you must leave a block of empty space above each block that has a redstone wire. If the wiring goes up one of the sides of the block, then there must also be a block of empty space above that block.

The picture shows a finished sliding door, the mechanism of which is completely hidden.

Doors made of cobblestone and piston

Pistons and sticky pistons are used in many redstone mechanisms as they move the block directly in front of them. They are needed for harvesting, exterminating mobs, moving elevators and creating sliding doors. Create automatic sliding doors using pistons.

1. Place four cobblestone blocks (two wide and two high) to make the doors.

2. On one side of the door, one block apart, place two sticky pistons on top of each other. (The placed piston will be directed towards you in a moving half-block.)

Create two doors out of four cobblestone blocks. Add two sets of two sticky pistons one block apart on each side of the door

3. Place a red torch and above it a cobblestone block on the other side of the sticky pistons. The red stone activates the bottom piston. In addition, it feeds energy to the block of cobblestone located above it, and this sets the upper sticky piston in motion.

Power up the pistons. The lower piston is activated by a red torch. The top one is driven by the same red torch signal passing through the block of cobblestone located above the torch

This will create a closed door as the energy of the red torch (which is always on) keeps the pistons in the extended position. However, you need the door to open. It is necessary to ensure that the red torch supplying the pistons is turned off. Fortunately, when a signal is sent to the red torch, it turns off! To do this, use the pressure plates, which will send a signal to the red torches along the redstone wiring. Four pressure plates (two on each side of the door) are placed two blocks away from the doors.

4. Dig two trenches two blocks deep on each side to connect the red torch to the pressure plates. Place one block near the red torch as a step. The fact is that redstone wiring can only go up one block at a time, and you use blocks-created steps to lift it up. The depth of the trench should be two blocks - the redstone works when there is a block of free space above. (You can use a half block instead of a block to cover the redstone, as this will give you enough space above the wiring for it to work.)

5. When you dig the trenches, place redstone wires along them from one end to the other.

Dig trenches to run redstone wiring from one end to the other

6. On both sides of the door, replace the empty blocks in front of them with planks of wood or other flooring material and place pressure plates on top of them.

Add dirt blocks in front of doors and place stone pressure plates on top

Now you can go through the doors. When you step on the pressure plates, they signal the redstone wiring underneath, which reaches the sticky pistons and disables them. It opens doors. Once you pass through the doors, the pressure plates will disengage and the doors will slam shut. Trenches with wiring can be closed with any building blocks. Remember that you must leave a block of empty space above each block that has a redstone wire. If the wiring goes up one of the sides of the block, then there must also be a block of empty space above that block.

The picture shows a finished sliding door, the mechanism of which is completely hidden.

This text is an introductory piece.

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