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This article will teach you how to make a controllable sprite in Scratch coding, a free visual programming language. The script we write will tell a sprite to move in the four cardinal directions when a player presses the arrow keys.

Once you’ve learned the simple method of making sprites move, making them move smoothly is a natural next step. As with other programming languages, it’s always a good goal to try and learn how to iterate on code you’ve made before and find ways to make it run better or more efficiently.

Movement of some sort is present in almost every game made in Scratch. It’s usually the primary way the player interacts with your game. By pressing the arrow keys, players tell their character to move around on the screen. They can control the character in this way in order to collect items or complete objectives in the game.

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Because it’s what the player spends the most time doing, it’s important that our character moves as smoothly and intuitively as possible.

In our how to make a sprite move in Scratch tutorial, we used a very simple system of movement. It works, but you may have noticed that the character kind of stutters around the screen. In this article, we will introduce a more advanced piece of code that works much better.

This is perfect for Scratchers who have tried the simple system, and want to step their game up a notch. This style of movement feels good. It’s continuous and smooth, and still pretty easy to create. Let’s check it out!

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Here’s a more advanced way to add movement to your game. Let’s start by writing code to move in just one direction.

. It’s inside of a forever loop in order to make sure it stays running for the entire game. When the right arrow key is pressed, the sprite moves to the right. The blue motion blocks inside the if statement do that for us.

Block tells our sprite to look to the right. Because of this block, the sprite will always look in the direction that it is moving. Next, the

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Remember: A sprite’s x-value (x coordinate) determines its horizontal position (x position) on the screen. If we want a sprite to move to the right, we increase its x position. To move to the left, we decrease it instead. Similarly, a sprite’s y-value (y coordinate) determines its vertical position (y position) on the screen. if we want a sprite to move up / down, we tell it to change its y position by a positive / negative amount.

Now that we understand how to move in one direction, let’s apply this to extend our code. The following script allows movement in all four primary directions.

This is pretty much just an extension of the original code. Now we have an if statement for all four directions! Notice that all of them reside inside of the same forever loop. We could split these off into separate loops, but it’s not necessary.

Make A Sprite Move Smoothly In Scratch (kids 8+)

Each if statement here is in charge of moving in one direction. These if statements all use similar code, but the numbers are slightly different for each.

Debugging: However, we’re not done just yet. There’s a bug here that needs fixing. As with any style of movement in Scratch, you might find that your sprite flips upside down when moving to the left! Fear not, as this is a common issue that most Scratchers experience.

There’s a simple solution to this, which we discuss in our article on how to make a sprite move in Scratch. Check out the “Fixing Bugs” section there for more information.

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Now that you’ve fixed any bugs, you should find that your sprite moves around flawlessly! Compared to the simpler method of movement, this is much more continuous and satisfying.

For all of these reasons, we believe that smooth movement is objectively superior to simple movement. Once you have learned this method, there’s no reason to look back!

For a more intuitive understanding of the advantages that smooth movement offers, check out these two Scratch projects for a side-by-side comparison:

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Smooth movement is the foundation of almost every game in Scratch. Now that you’ve got a controllable character, you can create anything you want!

Your next challenge should be to make a simple game which uses this movement. You can check out the following articles for more help.

Additionally, stay tuned for our step-by-step coding tutorials on how to make specific types of games in Scratch. This movement will fit into all of them!

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For structured Scratch learning, Juni Learning offers project-based Scratch coding courses for kids 8-11 to get started with coding. Our Scratch curriculum prepares students with full mastery of the Scratch environment, and prepares them to advance into coding with more advanced, text-based coding languages like Python.

George Owen is a junior at UCLA majoring in Linguistics and Computer Science. He is currently a computer science instructor at Juni Learning, teaching Scratch, Python, and Java. He hopes to combine his passion for linguistics with data analysis algorithms in order to create useful and convenient applications. When he's not programming, George loves studying game theory, drawing, and hiking.