This Minecraft tutorial explains how to craft a sticky piston with screenshots and step-by-step instructions. We will continue to show them individually for version history.
First, open your crafting table so that you have the 3x3 crafting grid that looks like this:. In the crafting menu, you should see a crafting area that is made up of a 3x3 crafting grid. To make a sticky piston, place 1 slimeball and 1 piston in the 3x3 crafting grid. When making a sticky piston, it is important that the slimeball and piston are placed in the exact pattern as the image below. In the first row, there should be 1 slimeball in the second box. In the second row, there should be 1 piston in the second box.
This is the Minecraft crafting recipe for a sticky piston. Now that you have filled the crafting area with the correct pattern, the sticky piston will appear in the box to the right. See a complete list of Minecraft IDs that is interactive and searchable. In Minecraft Xbox One 1. In Minecraft PS4 1. In Minecraft Nintendo Switch 1. In Minecraft Windows 10 Edition 0. In Minecraft Education Edition 1.
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How to make a Sticky Piston in Minecraft This Minecraft tutorial explains how to craft a sticky piston with screenshots and step-by-step instructions. It finishes retracting 2 game ticks 1 redstone tick ; 0. A sticky piston also pulls the block attached to its head, but not any of the other blocks it may have pushed. Sticky pistons stick to a block only when retracting, so a block next to the piston head can be pushed aside by another piston and sticky pistons cannot hold falling blocks horizontally against gravity.
In Java Edition , pistons finish extending early and start retracting if given a pulse shorter than 3 game ticks 1. These shorter pulses cause sticky pistons to "drop" their block, leaving it behind when trying to push it with a short pulse.
Also, this causes the block to end up in its final position earlier. A piston that pushes a slime block bounces any entity that it displaces in the direction the piston is facing. In addition, when a slime block is moved by a piston, any movable blocks adjacent not diagonally to the slime block also moves.
See the "Slime blocks" section below for more details. In Bedrock Edition , blocks that stick to walls such as levers can be placed on pistons or sticky pistons.
Pistons can push most blocks, and sticky pistons can pull most blocks, except those listed in the table below. Sticky pistons simply leave a block behind if it cannot pull it. Pistons cannot push blocks into the void or beyond the top of the map. They also cannot push more than 12 blocks. If the requirements for a block to be pushed are not met, the piston simply does not extend.
When a slime block is pushed or pulled by a piston, while moving, adjacent blocks also move with the slime block, unless a non-piston movable block stops the blocks that are "grabbed" by the slime blocks.
These blocks may in turn push other blocks, not just the blocks in the line in front of the piston. For example, a slime block sitting on the ground attempts to move the ground block underneath itself, which in turn has to push additional ground blocks in the direction of motion just as if it were being pushed directly by a piston. Glazed terracotta is an exception; it does not move when adjacent slime blocks are moved. The same occurs when a slime block is moved by an adjacent Slime Block.
A slime block adjacent to a block that cannot be moved by pistons ignores the immobile block. But if an adjacent block could be moved but is prevented by the presence of an immobile block, the slime block is prevented from moving. Slime blocks are not pulled by a non-sticky piston, nor are they moved if an adjacent non-Slime block is moved by a piston. The maximum of 12 blocks moved by a piston still applies. A piston cannot move itself via a "hook" constructed of slime blocks, but self-propelled contraptions can be created with multiple pistons.
The same happens for the honey block , but it does not stick to slime blocks. The piston head is a technical block used as the second block of an extended piston. A block state defines whether it is a normal or a sticky piston head. It drops nothing.
In Java Edition , the normal and sticky piston heads are distinguished by a block state. In Bedrock Edition , they used separate block IDs, and it can be obtained as an item via inventory editors. In Bedrock Edition , piston heads use the following data values:. Since moving blocks vary in how much of each grid cell they occupy, they can't be stored as normal blocks and are instead stored as block entities.
It is overwritten with air, the piston head or the carried block at the end of the piston stroke; but if it is placed through editing and no piston is connected, it remains indefinitely.
It is invisible and non-solid in Java Edition , and cannot be broken without the use of commands or TNT. Although it is non-solid, fluids cannot pass through it. It also prevents players from building at its location. Mobs can see through it, but cannot walk through it. The game treats the block as a stone block when it comes to the player's footstep sounds. It is similar to Invisible Bedrock in properties with the exception that the player can walk through the moving piston but not invisible bedrock.
The moving piston has a block entity associated with it that holds additional data about the block. In Bedrock Edition , pistons use the following data values:. In Bedrock Edition , a piston has a block entity associated with it that holds additional data about the block.
Issues relating to "Piston" are maintained on the bug tracker. Report issues there. Notch's explanation on how the rod a full block long when extended fits into the piston box whose depth is a block minus the face's thickness. An example of sticky piston use with glass panes. Minecraft Wiki. Minecraft Wiki Explore. Main Page All Pages. Minecraft Minecraft Earth Minecraft Dungeons.
Useful pages. Minecraft links. Gamepedia support Report a bad ad Help Wiki Contact us. Explore Wikis Community Central. Register Don't have an account? History Talk Piston A may extend because the slime block ignores the adjacent obsidian. Piston B may not extend because the diamond block is prevented from moving by the obsidian and so the slime block also refuses to move. See also: Data values.
See also: Block states. See also: Block entity format. Block entity data Tags common to all block entities blockState : The moving block represented by this block entity. Name : The namespaced ID of the block. Properties : Optional. The block states of the block. Name : The block state name and its value.
This page would benefit from the addition of isometric renders. Please remove this notice once you've added suitable isometric renders to the article. The specific instructions are: MCPE A comparison between a normal stone block, and a stone block with a block 36 on it.
Artwork of a Piston connected to a lever. Upcoming JE 1. Categories Renewable resources Missing stackability Missing hardness Pages needing historical isometric renders Check version Redstone Blocks Block entities Redstone mechanics Mechanisms Manufactured blocks Generated structure blocks Add category. Cancel Save. Fan Feed 1 Java Edition 1. Universal Conquest Wiki.
Glazed Terracotta. Can be pushed, but not pulled. Double Chest. Can be pushed or pulled, but separates into two chests. Banner Sign. Breaks when pushed or unsupported, turning into drops. Campfire Soul Campfire. Breaks when pushed, turning to drops when applicable.
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