Ever wished you could soar above the ground, create an unforgettable science project, or just satisfy your curiosity about flight? Figuring out how to make flying machines can turn these dreams into reality. Whether it’s for fun, learning, or a creative challenge, building something that takes to the sky is an exciting achievement.

In this article, you’ll discover simple steps, helpful tips, and practical advice for making flying machines of your own. Let’s get started!

Related Video

How to Make Flying Machines in Minecraft

Flying machines in Minecraft are amazing contraptions that glide across the sky, carrying you, blocks, or even precious items over huge distances. If you’ve ever dreamed of soaring above the clouds without the need for Elytra or potions, building a flying machine is the answer. While they may look complex, with the right materials and a step-by-step approach, you’ll be sending your creations skyward in no time!


What Is a Flying Machine in Minecraft?

A flying machine is a redstone-powered moving structure that travels horizontally or vertically through the air, all on its own. You can use flying machines for transportation, moving platforms, automatic farms, or simply showing off your engineering skills to friends!

These inventions rely on a handful of special blocks, primarily slime blocks or honey blocks, and movable components like pistons and observers. When activated, they move forward repeatedly without further player input, as long as nothing blocks their path.


How to Make a Simple Flying Machine in Minecraft: 12 Steps - wikiHow - make flying machines


Why Build a Flying Machine?

Here’s why flying machines are so popular and useful:

  • Transportation: Travel long distances hands-free, especially over dangerous terrain or in The End.
  • Automation: Use them for auto-harvesting farms, like sugarcane or bamboo automations.
  • Fun and Creativity: Invent new machines, dazzle friends, and learn advanced redstone concepts.
  • Challenges: Overcome obstacles and push the limits of Minecraft’s unique mechanics.

Even if you’re new to redstone, flying machines are reachable with a little practice—consider this your beginner’s guide!


Materials Required

Before you start, gather these basic supplies. All of these are available in both the Java and Bedrock editions of Minecraft:

  • Regular Pistons
  • Sticky Pistons
  • Slime Blocks or Honey Blocks (both work similarly for most machines)
  • Observer Blocks
  • Building Blocks (e.g., any block that won’t get stuck to slime/honey)
  • Optional: Redstone blocks, walls, or slabs for starting/stopping mechanisms

Some flying machines can be built from as little as six blocks, but it’s best to keep extra parts handy in case you want to experiment with designs.


Step-By-Step Guide to Building a Simple Flying Machine

Let’s walk through building a basic horizontal flying machine. This classic design will help you understand key principles—and set you up to create your own versions later.

1. Choose a Location

Pick an open area, high off the ground (above trees, water, or in The End). Make sure there’s a clear path ahead with enough space to fly.


How to Make a Flying Machine in Minecraft - A Step-by-Step Guide - make flying machines

2. Place the Initial Blocks

  1. Place two building blocks on the ground as a temporary platform—these are only there to give you a spot to start.
  2. On top of one block, put a regular piston facing horizontally (the direction you want to fly).

3. Set Up the Slime or Honey Blocks

  1. Attach a slime or honey block to the piston’s face.
  2. Add a second slime/honey block to the side of the first one.
  3. These form the “body” of your machine.

4. Add Pistons

  1. On the far side of the second slime/honey block, place a sticky piston facing the same way as the regular piston.
  2. This piston will keep the machine moving as it cycles.

5. Add Observer Blocks

  1. Above each piston (regular and sticky), place an observer facing toward the piston (you want the dot/output to touch the piston).
  2. Observers detect block updates and send signals that drive the pistons.

6. Final Touches

  • Add non-movable blocks (like obsidian or furnaces) nearby to act as “anchors” for stopping the machine.
  • You can also add a seat (minecart or boat) if you want to ride along.

7. Activate the Machine

  1. Break the blocks you used as a platform.
  2. Update (right-click, use a lever, or place a block next to) one of the observers to send a redstone pulse.

The machine should begin to move in the direction the pistons are facing! It will continue sliding forward until it hits an unmoving block.


Types of Flying Machines

Different machines suit different needs. Here are the most common types:

Horizontal Flying Machines

  • Travel along the X or Z axis (sideways or forward).
  • Simple, and great for across-the-map travel.

Vertical Flying Machines

  • Travel up (or down) through the air.
  • Useful for elevators or climbing towers.

Looping or Bidirectional Machines

  • Can reverse direction automatically upon hitting a barrier.
  • Great for automated farms where the machine needs to return to its starting point.

Passenger Flying Machines

  • Allow you to stand, sit, or ride along.
  • Often use minecarts, boats, or trapdoors as “seats.”

Common Benefits and Uses

Minecraft flying machines aren’t just cool—they’re deeply practical:

  • Crop Harvesting: Attach pistons or shovels to harvest wide rows of sugarcane, bamboo, or kelp.
  • Bridge Builders: Lay temporary blocks while flying, creating bridges in hard-to-reach places (ideal in The End!).
  • Mob Transportation: Move mobs or other entities for farms or traps.
  • Redstone Showpieces: Demonstrate your skills and creativity in multiplayer worlds.

Key Redstone Mechanics Explained

Not familiar with some of the block behaviors? Here’s what you need to know, demystified:

  • Slime/Honey Blocks: When pushed or pulled, they drag connected blocks with them—except for immovable blocks (such as obsidian, bedrock, or furnaces).
  • Observer Blocks: Detect updates (movement, placement, block state changes) and output a brief redstone pulse.
  • Pistons: Regular pistons push blocks forward, while sticky pistons can both push and pull blocks.
  • Movable Limit: Pistons can only push/pull up to 12 blocks at a time! If your machine is larger, it won’t budge.

Understanding how these components react to each other is crucial for reliable flying machines.


Practical Tips and Best Practices

Building flying machines can be tricky at first. Here’s how to avoid headaches and get the most out of your builds:

  • Test in Creative Mode: Try out new designs in creative first. It saves your resources and allows quick corrections.
  • Watch for Obstacles: Branches, walls, water, or even stray animals will stop your machine instantly. Always clear the flight path.
  • Use Obsidian for Stops: Obsidian can’t be moved by pistons, making it perfect for creating “bumper” or stopping points.
  • Experiment with Directions: Observers have a “face” (the little dot) that must point toward the piston to function. If it doesn’t move, recheck your observer placements.
  • Sync Multiple Machines: For long or complex builds, synchronize multiple flying machines for wide platforms (treat each segment as a separate machine).

Troubleshooting Common Issues

If your machine won’t move or keeps breaking, consider:

  • Are you trying to move too many blocks? Remember the 12-block limit per piston.
  • Is something sticky being pushed into a non-sticky block, like glass? Slime/honey machines can break if incompatible blocks mix.
  • Are the pistons or observers facing the wrong way? Double-check orientations.
  • Is the machine stuck on a non-movable block? Remove obsidian, double chests, or other immovable blocks in its path.

Inspiring Advanced Ideas

Once you master the basics, try these designs:

  • Looping Return Machines: Use two-way flying machines for farms that harvest rows then return to the start.
  • Passenger Airships: Build a platform with walls, a seat, or even decorative wings or balloons!
  • Automatic Floor Cleaners: Use a flying machine with sweeping arms to collect dropped items in large rooms or open mines.

The only limit is your imagination. Experiment, have fun, and soon you’ll be building machines seen only in the wildest Minecraft dreams!


Summary

Minecraft flying machines are an exciting and practical feature for players of all skill levels. Using pistons, observers, and slime or honey blocks, you can design machines that glide horizontally or vertically, move items and entities, or even carry yourself across vast landscapes. Success relies on understanding the properties of each block and being willing to test, tweak, and try again. With creativity and practice, the skies are yours to conquer!


Frequently Asked Questions (FAQs)

1. What is the easiest flying machine I can build in Minecraft?

The simplest design uses two slime (or honey) blocks, one regular piston, one sticky piston, and two observers. Arrange them in a line with observers facing the pistons, then activate an observer to start flying.


2. Can I build flying machines in both Java and Bedrock editions?

Yes, flying machines work in both editions. However, some redstone behaviors might differ slightly between Java and Bedrock. Test your design in your edition to make sure it works as expected.


3. Does a flying machine stop on its own?

A basic flying machine will stop only if something blocks its way—such as obsidian or an immovable block. To create a reliable stop, place obsidian or similar blocks at the end of its intended path.


4. Can I ride on my flying machine?

Definitely! Many players use a boat, minecart, or even stand right on the slime/honey blocks. For safer rides, build a small platform with fence rails to avoid falling off during flight.


5. Why isn’t my flying machine moving?

The most common reasons are:
– Exceeding the 12-block push limit of pistons.
– Incorrect placement or orientation of observers and pistons.
– An immovable block (like obsidian or a chest) is in its flight path.
Check each element carefully or test your build in creative mode for fast troubleshooting.


Ready to build your own? The sky’s the limit—literally! Happy flying!

Send Your Inquiry Today