Tablet Testing

Tablet Responsive Test

Verify your website's layout and usability across tablet screens

Select Device

iPhone 12/13

390 × 844px (Portrait)

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About This Tablet Test

Tablets occupy a challenging middle ground in responsive design—too wide for mobile layouts but too narrow and touch-driven for desktop experiences. Many websites handle mobile and desktop well but completely neglect the tablet viewport, resulting in awkward two-column layouts with oversized text or cramped desktop views that are impossible to navigate by touch.

A tablet responsive test examines how your website adapts to viewports between 600px and 1024px—the range covering most tablets from small Android devices to large iPad Pros. This range is where responsive designs frequently break down, exposing gaps in CSS breakpoints and touch interaction assumptions.

With tablets increasingly used for productivity, e-commerce, and content consumption, getting the tablet experience right is directly tied to conversions. Users who encounter layout problems on tablets are among the most likely to abandon — they expected a better experience than mobile but got something worse.

The Unique Challenge of Tablet Viewports

Tablets present a dual-mode challenge: they can be used in portrait (768px wide) or landscape (1024px wide) orientation, and users switch between them constantly. Your layout must handle both orientations gracefully, often requiring different column structures for each.

Unlike phones, tablets are frequently used with both hands or propped up, changing how users interact with touch targets. Navigation patterns that work on mobile (thumb-friendly bottom navigation) differ from what works on tablet (side navigation or top bars become more natural with a larger screen).

Many developers set breakpoints at 768px (iPad portrait) and 1024px (iPad landscape) without considering the massive variety of Android tablets that don't conform to these dimensions. A thorough tablet test must also cover 600px, 800px, 900px, and 960px viewports to catch the full range.

Key Considerations for Tablet Testing

Orientation Changes

Tablets switch between portrait and landscape constantly. Your layout must reflow correctly during orientation changes without elements jumping, content disappearing, or scroll position being lost. CSS Grid and Flexbox handle this better than fixed-width layouts.

Two vs Three Column Layouts

At tablet widths, you often have enough space for two columns but not three. Designs that look great with a sidebar on desktop may need that sidebar to collapse or move below content at tablet widths to maintain readability.

Navigation Patterns

Desktop navigation menus are often too wide for tablet portrait view. Tablet-specific navigation patterns—collapsible sidebars, tabbed navigation, or adapted top bars—improve usability significantly over forcing either mobile hamburger menus or full desktop nav.

Image and Media Scaling

Images sized for mobile are too small on tablet. Images optimized for desktop are over-specified. Use srcset and sizes attributes to serve appropriately-sized images for tablet viewports, balancing quality and load performance.

Common Tablet Issues to Watch For

Layout Gaps

  • Three-column desktop layouts that half-collapse at tablet width, leaving awkward two-wide-one-narrow configurations
  • Mobile layouts that don't expand to use available tablet space, leaving large empty margins
  • Missing breakpoints between 768px and 1024px causing sudden layout jumps
  • Sidebars that either disappear too early or stay too long relative to content

Orientation Issues

  • Layout that works in portrait but breaks in landscape (or vice versa)
  • Fixed-height elements that don't adapt to landscape's reduced vertical space
  • Modals and overlays that position incorrectly after orientation change
  • Videos and iframes that don't maintain aspect ratio during rotation

Touch and Interaction

  • Hover-dependent interactions (tooltips, dropdowns) with no touch equivalent
  • Drag and scroll conflicts where swipe gestures interfere with page scroll
  • Forms with inputs too small for comfortable touch typing on tablet keyboards
  • Custom scroll containers that conflict with native tablet scroll behavior

How to Fix Common Tablet Issues

Add Tablet-Specific Breakpoints

Most frameworks jump from mobile (< 768px) to desktop (> 1024px). Add intermediate breakpoints to handle the tablet range properly:

/* Mobile first approach with tablet breakpoints */
.grid {
  display: grid;
  grid-template-columns: 1fr; /* Mobile: single column */
}

/* Small tablet */
@media (min-width: 600px) {
  .grid {
    grid-template-columns: repeat(2, 1fr);
  }
}

/* Large tablet / small desktop */
@media (min-width: 900px) {
  .grid {
    grid-template-columns: repeat(3, 1fr);
  }
}

/* Desktop */
@media (min-width: 1200px) {
  .grid {
    grid-template-columns: repeat(4, 1fr);
  }
}

Handle Orientation Changes

Use the orientation media query and CSS custom properties to adapt layouts when users rotate their device:

/* Detect orientation */
@media (orientation: portrait) {
  .hero {
    min-height: 60vh;
  }
  .sidebar {
    display: none; /* Hide sidebar in portrait */
  }
}

@media (orientation: landscape) and (max-width: 1024px) {
  .hero {
    min-height: 40vh; /* Less height in landscape */
  }
  .sidebar {
    display: block;
    width: 240px;
  }
}

Responsive Images for Tablet

Serve appropriately sized images using srcset so tablets don't download unnecessarily large desktop images:

<img
  src="image-800w.jpg"
  srcset="
    image-400w.jpg 400w,
    image-800w.jpg 800w,
    image-1200w.jpg 1200w
  "
  sizes="
    (max-width: 600px) 100vw,
    (max-width: 1024px) 50vw,
    33vw
  "
  alt="Description"
/>

Common Use Cases

  • Testing e-commerce product pages on tablet before launch
  • Verifying dashboard and data-heavy interfaces at tablet widths
  • Checking content-heavy blogs and news sites on iPad
  • Testing web apps used in professional tablet environments
  • Verifying orientation change behavior for media-rich sites

Pro Tip

Test your site at exactly 768px (iPad portrait) and 1024px (iPad landscape) — these are the most common tablet breakpoints and the most likely places for layout gaps to appear. Then also test at 600px for Android tablets.

Frequently Asked Questions

What are the most common tablet screen sizes to test?+
The most important tablet viewports are 768px (iPad portrait, many Android tablets), 800px (Android tablets), 1024px (iPad landscape, iPad Pro portrait), and 1280px (iPad Pro landscape). Testing portrait and landscape for each adds another dimension. At minimum, test 768px portrait and 1024px landscape to cover the most common iPad configurations.
Should I have separate tablet-specific CSS or just rely on mobile and desktop breakpoints?+
For most sites, adding 1-2 tablet-specific breakpoints between your mobile and desktop styles is the right approach. Fully separate tablet stylesheets are overkill. Focus on the 600px–900px range where most responsive designs have gaps — add a breakpoint there to handle two-column layouts and navigation adaptation before the full desktop experience kicks in.
How do I handle hover states on tablet touch screens?+
Use the @media (hover: hover) query to apply hover styles only to devices with a true hover capability. On touch devices, hover styles should either not be applied or be converted to persistent states. For navigation dropdowns, add tap-to-open functionality alongside hover to support both interaction modes.
Why does my tablet layout look fine in DevTools but broken on a real iPad?+
Browser DevTools simulate viewport sizes but don't perfectly replicate real device rendering. Differences in Safari's rendering engine, system fonts, and scroll behavior on actual iPads can cause discrepancies. Whenever possible, test on real devices or use tools that render using actual browser engines for the most accurate results.
Do tablets use mobile or desktop versions of websites?+
This depends entirely on how your responsive design is set up. If you're using CSS breakpoints, tablets will receive the styles matching their viewport width — usually something between your mobile and desktop styles. Avoid user-agent sniffing to serve different versions, as this is unreliable. Pure CSS responsive design is always more predictable.

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