Skip to main content

What steps would you take to fix mobile usability errors in GSC, like 'Text too small to read' or 'Clickable elements too close together'?

Fixing mobile usability errors like "Text too small to read" or "Clickable elements too close together" in Google Search Console (GSC) is crucial for improving the user experience on mobile devices, which can directly impact your site's search rankings. Google prioritizes mobile-friendliness, so addressing these issues is important for both user experience and SEO.

What steps would you take to fix mobile usability errors in GSC, like 'Text too small to read' or 'Clickable elements too close together'?

Steps to Fix Mobile Usability Errors in Google Search Console

1. Identify the Errors in GSC

  • Log in to Google Search Console.

  • Go to Mobile Usability under the Experience section.

  • Here, you'll see a list of mobile usability errors affecting your website.

    • Text too small to read

    • Clickable elements too close together

    • Other mobile-specific issues like viewport problems or content being wider than the screen.

  • Click on the error type to see a list of pages affected by the issue.

2. Fix “Text Too Small to Read” Errors

This issue happens when text on your page is too small for users to read without zooming in. This negatively impacts the user experience, especially on small mobile screens.

Steps to Fix:

  • Increase font size: Ensure the base font size is at least 16px. Smaller fonts (like 12px or 14px) can be hard to read on mobile devices.

  • Use responsive typography: Implement relative units (e.g., em or rem) instead of fixed units (e.g., px) for font sizes, so they adjust based on the viewport size.

  • Check line height: Set an appropriate line-height (e.g., 1.4x the font size) to enhance readability and reduce cramped text.

  • Mobile-first design: If using media queries, ensure that text size and layout adjustments are made specifically for smaller screens.

Example CSS Fix:

body { font-size: 16px; line-height: 1.5; } /* Adjust font size for smaller devices */ @media (max-width: 768px) { body { font-size: 14px; } }

3. Fix “Clickable Elements Too Close Together” Errors

This error occurs when clickable elements like buttons, links, or navigation items are too close to each other, making it difficult for users to tap the correct element, especially on small touchscreens.

Steps to Fix:

  • Increase the size of clickable elements: Make sure buttons, links, and other clickable items are large enough to be easily tapped. A good guideline is to make clickable elements at least 48px by 48px (as per Google’s recommendations).

  • Add spacing between elements: Add sufficient padding between buttons and links to ensure they don't overlap or become hard to tap.

  • Use CSS media queries: Customize the spacing for mobile devices using media queries to adapt the layout based on the screen size.

Example CSS Fix:

/* Ensure buttons are large enough to tap on mobile */ button, a { padding: 10px 20px; font-size: 16px; } /* Add spacing between buttons or links */ .button-container a { margin-right: 20px; } /* Adjust for smaller devices */ @media (max-width: 768px) { button, a { padding: 15px 30px; } }

4. Fix Viewport Issues

If your site doesn’t have a properly set viewport meta tag, it can cause issues where content is too large or too small on mobile devices.

Steps to Fix:

  • Add a viewport meta tag to your HTML, ensuring it adjusts the content based on the device's width. The following code snippet is commonly used to fix viewport issues:


<meta name="viewport" content="width=device-width, initial-scale=1.0">

5. Check and Fix Content Overflow

Content that extends beyond the width of the mobile screen can cause horizontal scrolling and other usability issues.

Steps to Fix:

  • Set a max-width for your container elements to prevent content from spilling out of the screen. You can use max-width: 100% to ensure elements are responsive.

  • Ensure images and videos are responsive by using CSS rules such as:

    img, video { max-width: 100%; height: auto; }
  • Use flexbox or CSS grid to create layouts that automatically adjust to different screen sizes.

6. Test Changes and Revalidate in GSC

After making these changes, it’s essential to test how they affect mobile usability.

  • Use Google Chrome’s DevTools to simulate different mobile devices and screen sizes and manually check how your site renders.

  • After testing the changes, go back to Google Search Console and click the Validate Fix button under the Mobile Usability section to let Google know you’ve resolved the issues.

7. Monitor for Ongoing Issues

  • Continue to monitor the Mobile Usability report in Google Search Console to ensure that there are no further issues.

  • Regularly check your site for any new usability problems as your site evolves and new content is added.

📌 Additional Tips:

  • Use a mobile-first design approach to ensure that your site works optimally on mobile devices, which should be the priority since Google uses mobile-first indexing.

  • Automated Tools like Lighthouse or PageSpeed Insights can help you identify additional mobile usability issues.

  • Regularly test on different mobile devices (not just using emulation) to ensure the best user experience.

🧠 Summary

IssueHow to Fix
Text too small to readIncrease font size (at least 16px), use responsive typography
Clickable elements too closeIncrease button sizes, add space between elements
Viewport issuesAdd <meta name="viewport" content="width=device-width, initial-scale=1.0">
Content overflowUse max-width: 100% for containers, make media responsive
Testing and RevalidationUse DevTools for testing, validate fixes in GSC

Fixing these issues not only enhances mobile usability but also helps improve your SEO rankings as Google considers mobile-friendliness as a ranking factor. If you need further assistance with specific fixes or testing, feel free to ask!

Popular posts from this blog

Explain the Angular compilation process: View Engine vs. Ivy.

 The Angular compilation process transforms your Angular templates and components into efficient JavaScript code that the browser can execute. Over time, Angular has evolved from the View Engine compiler to a newer, more efficient system called Ivy . Here's a breakdown of the differences between View Engine and Ivy , and how each affects the compilation process: 🔧 1. What Is Angular Compilation? Angular templates ( HTML inside components) are not regular HTML—they include Angular-specific syntax like *ngIf , {{ }} interpolation, and custom directives. The compiler translates these templates into JavaScript instructions that render and update the DOM. Angular uses Ahead-of-Time (AOT) or Just-in-Time (JIT) compilation modes: JIT : Compiles in the browser at runtime (used in development). AOT : Compiles at build time into efficient JS (used in production). 🧱 2. View Engine (Legacy Compiler) ➤ Used in Angular versions < 9 🔍 How It Works: Compiles templat...

Explain the concept of ControlValueAccessor in custom form components.

 In Angular, the ControlValueAccessor interface is what allows custom form components to work seamlessly with Angular forms (both reactive and template-driven). 🧠 What is ControlValueAccessor ? It’s an Angular bridge between your custom component and the Angular Forms API . When you use a custom form component (like a date picker, dropdown, slider, etc.), Angular doesn't automatically know how to read or write its value. That’s where ControlValueAccessor comes in. It tells Angular: How to write a value to the component How to notify Angular when the component’s value changes How to handle disabled state 📦 Common Built-in Examples: <input> and <select> already implement ControlValueAccessor You implement it when creating custom form controls 🔧 Key Methods in the Interface Method Purpose writeValue(obj: any) Called by Angular to set the value in the component registerOnChange(fn: any) Passes a function to call when the component value ch...

What are the different types of directives in Angular? Give real-world examples.

In Angular, directives are classes that allow you to manipulate the DOM or component behavior . There are three main types of directives: 🧱 1. Component Directives Technically, components are directives with a template. They control a section of the screen (UI) and encapsulate logi c. ✅ Example: @Component ({ selector : 'app-user-card' , template : `<h2>{{ name }}</h2>` }) export class UserCardComponent { name = 'Alice' ; } 📌 Real-World Use: A ProductCardComponent showing product details on an e-commerce site. A ChatMessageComponent displaying individual messages in a chat app. ⚙️ 2. Structural Directives These change the DOM layout by adding or removing elements. ✅ Built-in Examples: *ngIf : Conditionally includes a template. *ngFor : Iterates over a list and renders template for each item. *ngSwitch : Switches views based on a condition. 📌 Real-World Use: < div * ngIf = "user.isLoggedIn...