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How to Build Responsive Layouts with Tailwind Breakpoints

Responsive design is a critical aspect of creating websites and web development. With the diverse range of devices and screen sizes in use today, it is imperative that web content adapts to provide the best user experience. This will make your website mobile-friendly, improve the way it looks on all devices, improve accessibility, and make it easier to navigate. From mobile phones to tablets, to larger screens, your users must get the best experience possible. This is where Tailwind breakpoints come in, but a little more on responsive design.

According to a study by MarketTailor, if your website is non-responsive, it can be difficult to navigate and may not display properly on mobile devices and smaller resolutions. This may then lead to a poor user experience and lower conversion rates. Your visitors may become frustrated and abandon their task, or they may leave the site and go to a competitor. As a business owner or software developer, you want to avoid such scenarios.

Tailwind CSS is a popular utility-first CSS framework that has made it simpler and easier to style your websites or web applications using utility HTML classes.

Crafting styles from scratch has always been a time-consuming task and also, requires thorough planning. That is why at Purecode.ai, we have simplified and reduced the time for you to develop your web applications by providing you with 10, 000+ AI-generated custom components for you to quickly kick-start your project.

CSS frameworks such as Tailwind CSS, Bootstrap, Foundation, Bulma, Skeleton, etc., have simplified the complexities of creating responsive layouts for websites.

In this comprehensive guide, we will delve into the world of breakpoints in Tailwind, exploring their usage, implementation, customization, and advantages over traditional media queries. With Tailwind, you no longer have to write much CSS code just to achieve responsiveness, rather, its utility classes take care of that.

Let’s jump right in and learn about breakpoints in Tailwind and how to build responsive layouts using them 🎇🎆🎉!

Let's jump right in!

The Significance of Responsive Design

Responsive design is the practice of creating web interfaces that adapt gracefully to different screen sizes and devices. With the prevalence of smartphones, tablets, laptops, and desktops, designing a fixed-width website is no longer practical. Users expect websites to look and function seamlessly, regardless of the device they are using. This is where breakpoints come into play.

Breakpoints are specific screen widths at which your website’s layout and content should change to ensure a consistent and visually appealing user experience. Responsive design is about creating a flexible and dynamic web layout that responds to these breakpoints.

Tailwind CSS as a Robust Tool for Managing Breakpoints

Tailwind CSS, known for its utility-first approach, has gained popularity as an efficient tool for managing breakpoints in responsive design. It simplifies the process of creating responsive layouts by providing a set of predefined breakpoints and utility classes, making it easier for developers to adapt their designs to different screen sizes.

Breakpoints in Tailwind CSS

There are five breakpoints by default in Tailwind, inspired by common device resolutions. You can use these breakpoints prefixes to conditionally apply styles based on the device’s resolution. This allows you to build complex responsive interfaces without ever leaving your HTML.

What are Tailwind CSS Breakpoints?

Breakpoints in Tailwind are predefined screen widths to which your web design should adapt. Unlike traditional CSS media queries, which involve writing custom CSS for each breakpoint, Tailwind offers a streamlined approach. It provides responsive classes that you can apply directly to your HTML elements, saving you time and effort.

Overview of Default Tailwind Breakpoints

A comprehensive list of the default breakpoints in Tailwind is as follows:

  • sm (640px)

  • md (768px)

  • lg (1024px)

  • xl (1280px)

  • 2xl (1536px)

These breakpoints cover a broad range of screen sizes, making them suitable for most projects.

Tailwind CSS Breakpoints

To add a class but only have it take effect at a certain breakpoint, all you need to do is prefix the utility class with the name, followed by the `:` character like so:

<p class="hidden sm:hidden md:block lg:hidden xl:hidden">Only displayed on Tablets</p>

Example Usage of Breakpoint

This code below demonstrates the use of Tailwind breakpoint to build a stacked layout on small screens, and a side-by-side layout on larger screens.

<div class="mt-10 max-w-md mx-auto bg-white rounded-xl shadow-md overflow-hidden md:max-w-2xl text-center">
  <div class="md:flex">
    <div class="md:shrink-0">
      <img class="h-48 w-full object-cover md:h-full md:w-48" src="<https://helene-ui.netlify.app/ui/overlay-chat-ui/img/embedded-image.png>" alt="Nature plantation">
    <div class="p-8">
      <p class="uppercase tracking-wide text-sm text-indigo-500 font-semibold">Who We Are?</p>
      <a href="#" class="block mt-1 text-lg leading-tight font-medium text-black hover:underline">We are an Incredible Team</a>
      <p class="mt-2 text-slate-500">We are a diverse group of passionate individuals who come together with a shared vision and unwavering dedication to making a difference. Our team embodies excellence and innovation</p>

Dynamic Breakpoints in Tailwind CSS

Dynamic breakpoints in Tailwind CSS refer to arbitrary values that enable your webpage to adapt its layout. These dynamic breakpoints play a crucial role in crafting responsive designs that deliver an optimal appearance and functionality across a diverse range of devices and screen resolutions.

Dynamic breakpoints were introduced in Tailwind CSS version 3.2, and it allows you to generate a custom breakpoint on the fly using any arbitrary value. There are two methods to implement dynamic breakpoints: the max-* variant and the min-* variant.

Implementing the max-* Dynamic Breakpoint Variant

The max-* variant allows you to apply max-width queries by your defined breakpoints. For example:

<p class="w-[300px] max-lg:w-[800px]">
  <!-- Sets the width to 300px when the screen resolution is less than or equal to 1023px -->

With this code snippet, the div element will have a width of 300px whenever the screen resolution falls within the range of 0 to 1023px.

Implementing the min-* Dynamic Breakpoint Variant

In contrast to the max-* variant, the min-* variant allows you to use min-width based on custom values. For example:

<p class="w-[300px] min-[1024px]:w-[800px]">
  <!-- Sets the width to 800px when the screen resolution is greater than or equal to 1024px -->

With this code snippet, the div element will have a width of 800px whenever the screen resolution is greater than 1023px.

NOTE: It is important to note that the dynamic breakpoints discussed above will only function as intended under specific conditions. These features require a straightforward screens configuration for your project.

Sometimes it can be useful to have a single breakpoint definition apply in multiple ranges. In essence, your configuration should consist of a basic object with string values, similar to the default configuration exemplified here:

// tailwind.config.js
module.exports = {
  theme: {
    screens: {
      sm: "640px",
      md: "768px",
      lg: "1024px",
      xl: "1280px",
      "2xl": "1536px",

NOTE: It is also important to note that it is recommended to use the min-width breakpoint by default. When you use rules like md:flex, they will be applied only when the screen size has a minimum width of 768px. To target a specific breakpoint range, you can combine a responsive modifier like md with a max-* modifier to constrain the style within that range, like so:

<p class="md:max-xl:flex text-center">
  <!-- ... -->

Tailwind automatically generates corresponding max-* modifiers for each breakpoint. Here’s a table listing the available modifiers:

Dynamic breakpoints

Unique Approach of Tailwind CSS Compared

The primary distinction between Tailwind CSS breakpoints and traditional CSS media queries lies in their approach. The latter requires developers to write custom CSS rules for each breakpoint, resulting in a bloated stylesheet. In contrast, Tailwind CSS generates responsive classes based on breakpoints, allowing for cleaner and more maintainable code.

In the code below ⬇, I highlight the difference between Tailwind’s breakpoints implementation and traditional CSS media query implementation.

This code below ⬇ is the implementation in traditional CSS:

@media (min-width: 1024px) {
  div {
    width: 768px;
    background-color: skyblue;
    color: #000;

This code below ⬇ is the implementation in Tailwind CSS:

<p class="lg:w-3/4 lg:bg-sky-300 lg:text-black">
    Your content goes here.

In the code above ⬆:

  • lg:w-3/4 sets the width to 75% of the parent container when the minimum screen resolution is 1024px (lg).

  • lg:bg-sky-300 gives the background color as `skyblue` when the minimum screen resolution is 1024px (lg).

  • lg:text-black sets the text color to black when the minimum screen resolution is 1024px (lg).

Traditional CSS media queries involve writing custom CSS code for each breakpoint. In contrast, Tailwind offers pre-built classes, making responsive design more efficient.

Implementing Breakpoints

To implement breakpoints in Tailwind in your project, follow these steps:

  1. Include Tailwind: Ensure that Tailwind is included in your project. The first step is to ensure that Tailwind is included in your project. You can do this either using the Tailwind CLI, using PostCSS, CDN, or via your framework.

  2. Apply Responsive Classes: Add responsive classes to your HTML elements, indicating how they should behave at different breakpoints.

  3. Customize as Needed: This entails customization if the default breakpoints do not suit your project’s requirements.

Examples of Breakpoints Application Across Various Elements

You can apply breakpoints to various elements on your web page, including text, images, and containers. For example, you can make text larger on larger screens, hide images on smaller screens, or adjust container widths for different viewports. (See example codes below ⬇)

  • Make text larger on larger screens

<!-- Apply larger text on screens with a width of 1024px or more -->
<p class="text-base lg:text-xl">
  This text becomes larger on larger screens.

  • Hide image on smaller screens

<!-- Hide the image on screens with a width of 1023px or less -->
<img src="<https://helene-ui.netlify.app/ui/overlay-chat-ui/img/embedded-image.png>" class="hidden lg:block" alt="Nature plantation">

  • Adjust container widths for different viewports

<!-- Set the container width to full (100%) on screens with a width of 768px or more -->
<p class="w-1/2 md:w-full">
  This container spans the full width on medium screens and above.

Tailwind vs. Traditional Media Queries

Traditional media queries provide complete control over CSS, but they can result in bloated stylesheets. Tailwind CSS simplifies the process but may be limiting for those who require advanced customizations. Choosing between the two approaches depends on your project’s requirements and your preference for coding efficiency.

Advantages of Breakpoints in Tailwind

These breakpoints in Tailwind offer several advantages:

  • Speedier Development: With predefined classes, development is faster, as you can implement the responsive design with minimal custom CSS.

  • Enhanced Maintainability: Tailwind encourages clean and organized code, simplifying maintenance and updates.

When to Use Custom Breakpoints

Custom breakpoints are essential for tailoring your project’s responsive design to specific requirements and device resolutions. By configuring custom screens in your Tailwind config file, you can define breakpoints that suit your project perfectly.

To customize your breakpoints, navigate to the `theme.screens` section in your Tailwind config file. In this section, you can define your custom breakpoints, where the keys represent your responsive modifiers (e.g., md:text-center), and the values indicate the minimum width at which that breakpoint should trigger.

While the default breakpoints provided by Tailwind are inspired by common device resolutions, there are scenarios where custom breakpoints become the right choice. Here are some situations in which you should consider using custom breakpoints:

  1. Unique Design Requirements: When your project demands a specific layout adjustment at a screen width that falls outside the default breakpoints, custom breakpoints allow you to cater to these unique design requirements.

  2. Targeting Specific Devices: If you are designing a web application with a particular device or screen size in mind, custom breakpoints enable precise control over how your content is displayed on that device.

  3. Fine-Tuning Responsiveness: Custom breakpoints give you the ability to fine-tune the responsiveness of your design. You can create breakpoints that align perfectly with your content’s structure, ensuring an optimal user experience.

// tailwind.config.js

/** @type {import('tailwindcss').Config} */
module.exports = {
  theme: {
    screens: {
      'sm': '640px',
      // => @media (min-width: 640px) { ... }

      'md': '768px',
      // => @media (min-width: 768px) { ... }

      'lg': '1024px',
      // => @media (min-width: 1024px) { ... }

      'xl': '1280px',
      // => @media (min-width: 1280px) { ... }

      '2xl': '1536px',
      // => @media (min-width: 1536px) { ... }

Tailwind and CSS Purging

  • What is CSS Purging?

    CSS purging is the process of removing unused CSS from your stylesheet to reduce its file size. This is crucial for optimizing website performance. Tools like PurgeCSS removes unused CSS rules from your stylesheets to reduce their size and therefore speed up page-loads. Please take a look at their documentationto learn more about PurgeCSS.

  • Relevance of CSS Purging in the Context of Tailwind?

    In Tailwind, purging is essential to eliminate unused classes and keep the stylesheet as lean as possible.

  • How Breakpoints Function in Tailwind?

    Tailwind generates responsive classes like sm:, md:, and lg: that allow you to apply specific styles to elements at different breakpoints. These classes make it easy to create responsive layouts without writing custom CSS code.

  • How to Enable CSS Purging in Tailwind?

    You can enable CSS purging in Tailwind by configuring your build process to remove unused classes, reduce file size, and improve load times.

    By default, Tailwind will purge all styles in the base, components, and utilities layers. If you’d like to change this, use the layers option to manually specify the layers you’d like to purge.

    // tailwind.config.js
    module.exports = {
      purge: {
        layers: ['components', 'utilities'],
        content: ['./src/**/*.html'],
      // ...

Wrapping Up

In the ever-evolving landscape of software development, responsive design, a cornerstone of user experience excellence, continues to evolve. It is a constant endeavor to ensure that web content adapts seamlessly to the multitude of devices and screen sizes in use today, and here is where Tailwind steps in.

Throughout this article, we have learned about the Tailwind breakpoint. These versatile tools offer a dynamic and efficient approach to simplifying the intricate process of responsive design. By applying responsive utility Tailwind classes, you’ve harnessed the power to seamlessly adapt web content to different screen sizes, thereby unlocking the key to faster development and heightened maintainability.

But our journey extends far beyond the fundamentals; we’ve explored the art of custom breakpoint configuration. The ability to define your own breakpoints in the `theme.screens` section of your `tailwind.config.js` file grants you unmatched flexibility. Now, you can perfectly align your responsive design with your project’s unique requirements. Whether it’s for an unconventional layout adjustment or to precisely target a specific device, Tailwind CSS breakpoints have got you covered.

In essence, Tailwind CSS breakpoints provide you with a toolkit to revolutionize your approach to front-end development. With this newfound knowledge, you’re equipped to confidently venture into the world of responsive design.

Before you embark on your journey into the world of responsive design, consider exploring our extensive repository, boasting over 10,000+ AI-generated custom components. This enables you to craft exceptional web experiences without the painstaking task of hand-coding everything.

As you stride confidently into the domain of Tailwind CSS breakpoints, it is important you to embrace the power of responsive design. Responsive designs, utility Tailwind classes, custom breakpoints, and the entire toolkit of Tailwind CSS breakpoints are at your disposal, ready to take your web projects to the next level.

Further Readings

Below are links to awesome reads from the Purecode.ai blog:

Emmanuel Uchenna

Emmanuel Uchenna

Emmanuel is an experienced and enthusiastic software developer and technical writer with 4+ proven years of professional experience. He focuses on full-stack web development. He is fluent in React, TypeScript, VueJS, and NodeJS and familiar with industry-standard technologies such as version control, headless CMS, and JAMstack. He is passionate about knowledge sharing.