Speed Up Elementor: Fix the 14 Things That Make It Slow

Want to speed up Elementor? You’re not alone. Elementor powers over 16 million WordPress sites, letting people build visually complex pages without writing code. The trade-off is Elementor performance. Out of the box, an Elementor page loads 200-400KB of extra CSS and JavaScript, wraps every widget in up to 8 layers of nested divs, loads 220KB of icon fonts you probably don’t need, fires external requests to Google’s font servers, and stores page layouts as JSON blobs that can exceed 1MB per page in your database. Most Elementor sites score 40-65 on Google PageSpeed Insights. They don’t have to.

This Elementor speed optimization guide breaks down every single thing Elementor does that slows your site down, explains why it happens, and gives you the exact fix for each one. Not vague advice like “install a caching plugin.” Specific settings, specific code snippets, specific numbers. Every fix keeps Elementor fully functional – you don’t have to sacrifice features for speed.

We’ve installed Elementor on our own test environment, dug through the source code, measured every asset it loads, and tested each Elementor optimization. The techniques here can speed up Elementor sites from a 45/100 PageSpeed score to 90+ while keeping your designs intact.

Key Takeaways

Elementor adds 200-400KB of CSS/JavaScript overhead plus 220KB of icon fonts (eicons + Font Awesome) – total 420-620KB extra payload per page compared to native WordPress blocks
Default Elementor sites score 40-65 on PageSpeed Insights but proper optimization can achieve 85-95 scores while keeping all design functionality intact
Disabling unused widgets reduces payload by 40-60% – Elementor loads CSS/JS for 80+ widgets by default; most sites use fewer than 15 widgets actively
Font Awesome loads 100-150KB on every page even if you use zero icons – switch to SVG uploads or limit to used icons only for 150KB savings
Server-level caching is mandatory for Elementor – without Nginx FastCGI cache or similar, Elementor’s database queries and JSON parsing make sub-3-second load times nearly impossible

Key takeaway: Disabling unused Elementor widgets reduces JavaScript payload by 100-150KB and eliminates 10-15 HTTP requests for features you never use.

What Elementor Actually Loads (And What It Costs You)

Before you can fix Elementor’s performance problems, you need to understand what it loads. Most site owners have no idea how much overhead the plugin adds because it happens behind the scenes.

On Every Page (Even Non-Elementor Pages)

Just having Elementor installed and active adds these assets to every single page on your site, including blog posts you wrote in the normal WordPress editor:

global.css – Site-wide typography, colours, and theme styles from Elementor’s Kit system. This loads everywhere because it contains your global design tokens.
Elementor Icons (eicons) – A custom icon font weighing approximately 70KB. Loaded on every page whether you use icons or not.
Font Awesome – The full icon library, approximately 100-150KB across three font files (solid, regular, brands). Again, loaded on every page by default.

That’s up to 220KB of CSS and fonts on pages that don’t even use Elementor. A Gutenberg blog post still pays this tax.

On Elementor-Built Pages

On pages you’ve actually built with Elementor, you also get:

elementor-frontend.css (~54KB) – Base styles for all Elementor elements
elementor-frontend.js + modules + webpack runtime (~136KB) – Frontend JavaScript that initialises every widget
post-{ID}.css (5-50KB typical) – Generated CSS unique to that specific page’s widgets and settings
Per-widget CSS and JS chunks – Additional assets for each widget type used on the page (Swiper for carousels, Dialog for lightboxes, etc.)

A typical Elementor page loads 200-400KB of Elementor-specific CSS and JS before your actual content, images, or any other plugins. Add a heavy theme on top (Avada, BeTheme, Enfold) and you can easily hit 500KB-1MB of framework code before a single word of content renders.

Elementor Performance: Before vs After Optimization

Metric	Unoptimized	Optimized	Improvement
Page Weight	2.4 MB	1.2 MB	50% reduction
HTTP Requests	85	42	51% reduction
DOM Elements	1,850	980	47% reduction
LCP (Largest Contentful Paint)	4.2s	1.8s	57% faster
PageSpeed Score (Mobile)	42	78	+36 points
TTFB	850ms	95ms	89% faster

(Data from 10 production Elementor sites, tested February 2026)

In summary: Font Awesome’s full library adds 150KB of unused icons—replacing with custom SVGs or selective icon subsets reduces this to under 5KB.

The 14 Elementor Performance Problems (And How to Fix Each One)

1. DOM Bloat: Too Many HTML Elements

If you’re using Elementor’s legacy Section/Column layout, every widget gets wrapped in 8 levels of nested div elements. A simple heading that should be a single <h2> tag becomes 8 wrapper divs plus the heading. A page with 30 widgets can hit 1,500+ DOM elements. Google flags anything over 1,500 as excessive, and every unnecessary wrapper forces the browser to perform additional layout calculations.

The fix: Switch from Section/Column to Elementor’s Container (Flexbox) layout. The same heading drops from 8 levels of nesting to 3. Elementor’s own benchmarks show 38% fewer DOM elements and 28% less code. Enable it at Elementor > Settings > Features > Container. Then also enable Optimized DOM Output and Optimized Markup to strip additional unnecessary wrappers.

For existing pages, right-click any section in the Elementor editor and select Convert to Container. This needs to be done page by page – spacing and alignment may need adjustment after conversion. Budget 5-15 minutes per page.

2. Icon Font Libraries Loading on Every Page

Elementor loads the entire Font Awesome library plus its own eicons font on every page. That’s approximately 220KB of font files that the browser has to download, parse, and render. The font files are render-blocking, meaning the browser pauses painting until they’ve loaded. Even if you use zero icons on a page, the full libraries still load.

The fix: Enable Inline Font Icons at Elementor > Settings > Features. This replaces the font files with tiny inline SVGs. You keep all your icons, but the 220KB of font files never load. This is the single easiest performance win in Elementor – one toggle, zero visual difference, 220KB saved on every page.

3. Google Fonts Loaded From External Servers

When you select a Google Font in Elementor (Roboto, Open Sans, Montserrat), it loads from Google’s servers. This requires a DNS lookup for fonts.googleapis.com, a connection, a CSS download, then a separate DNS lookup and connection to fonts.gstatic.com for the actual font files. That’s 4 network round trips before text renders in your chosen font. Multiple font families multiply the problem. It also raises GDPR concerns since visitor IPs are sent to Google.

The fix: Add this one line to your theme’s functions.php:

add_filter( 'elementor/frontend/print_google_fonts', '__return_false' );

Then self-host your fonts. The easiest method is the OMGF plugin, which automatically downloads Google Fonts and serves them from your own server. Alternatively, download WOFF2 files from google-webfonts-helper and load them in your theme’s CSS with font-display: swap. This eliminates 2-4 external network requests and typically improves first load by 200-500ms.

4. Elementor Assets Loading on Non-Elementor Pages

If you build your homepage with Elementor but write blog posts in the standard WordPress editor, those blog posts still load Elementor’s frontend CSS, JavaScript, and icon fonts. Elementor doesn’t check per-page whether its assets are needed. Pages that don’t use Elementor are paying the performance tax for pages that do.

The fix: Add this to functions.php to dequeue Elementor assets on pages that aren’t built with Elementor:

add_action( 'wp_enqueue_scripts', function() {
    if ( ! is_singular() ) return;

    $document = ElementorPlugin::$instance->documents->get( get_the_ID() );
    if ( ! $document || ! $document->is_built_with_elementor() ) {
        wp_dequeue_style( 'elementor-frontend' );
        wp_dequeue_style( 'elementor-icons' );
        wp_dequeue_style( 'elementor-animations' );
        wp_dequeue_style( 'elementor-frontend-legacy' );
        wp_dequeue_script( 'elementor-frontend' );
        wp_dequeue_script( 'elementor-frontend-modules' );
        wp_dequeue_script( 'elementor-webpack-runtime' );
    }
}, 100 );

Note: global.css will still load everywhere because it contains your site’s global colour palette and typography. Removing it would break consistent styling across your site. That’s a necessary cost.

5. Unused CSS and JavaScript

Even with Elementor’s conditional widget loading (on by default since v3.3), baseline CSS and JS loads on every Elementor page. The bigger issue is third-party addon packs. Plugins like Essential Addons, PowerPack, and Premium Addons register dozens of widgets, and many load CSS/JS for all their widgets globally, even if you only use 2-3. A site with 3 addon packs can easily load 500KB+ of unused CSS.

The fix: First, verify Elementor’s Improved CSS Loading and Improved Asset Loading are enabled in Settings > Features. Then blacklist widgets you don’t use:

add_filter( 'elementor/widgets/black_list', function( $blacklist ) {
    $blacklist[] = 'google_maps';
    $blacklist[] = 'counter';
    $blacklist[] = 'progress';
    $blacklist[] = 'testimonial';
    $blacklist[] = 'toggle';
    $blacklist[] = 'accordion';
    return $blacklist;
} );

For per-page control, install Asset CleanUp Pro or Perfmatters. These show every CSS/JS file loaded on each page and let you disable specific files per page, per post type, or site-wide. For stripping unused CSS rules within files, Perfmatters’ “Remove Unused CSS” is more reliable than WP Rocket’s equivalent on Elementor sites.

6. The “Bloat Sandwich” (Heavy Theme + Elementor)

Running Elementor on top of a feature-rich theme like Avada (200-500KB CSS), BeTheme, or Enfold creates what we call the “bloat sandwich.” The theme loads its own page builder framework, its own icon sets, its own animation libraries, and its own JavaScript. Elementor loads its own complete set of all the same things. Two full UI frameworks stacked on top of each other.

The fix: Switch to Hello Elementor theme. It’s a blank canvas that loads 10-18KB of CSS and doesn’t require jQuery. It’s purpose-built to let Elementor handle all styling without duplicating anything. GeneratePress (~30KB) and Astra (~40KB) are also acceptable alternatives. If you’re stuck on a heavy theme due to client constraints, use Asset CleanUp to disable the theme’s redundant scripts on Elementor pages.

7. Render-Blocking CSS Delivery

Elementor’s default CSS Print Method is “Internal Embedding,” which injects all CSS as inline <style> tags in the HTML. This makes the HTML document larger and prevents the browser from caching the CSS separately. Every page load re-downloads the same CSS.

The fix: Go to Elementor > Settings > Performance and set CSS Print Method to External File. External CSS files are cacheable by the browser and can be served from a CDN. Then use a cache plugin (WP Rocket, FlyingPress, or Perfmatters) to generate critical CSS – this extracts only the above-fold CSS and inlines that tiny portion, while deferring the rest. This gives you the best of both worlds: fast first paint plus cached CSS on repeat visits.

8. JavaScript Execution Blocking the Main Thread

On page load, Elementor’s JavaScript initialises the Webpack runtime, loads frontend modules, scans the page for widgets needing JS handlers, and initialises each one. Even on pages with no interactive widgets, ~136KB of base JS loads, parses, and executes. This blocks the main thread and directly increases Total Blocking Time (TBT), which accounts for 30% of your Lighthouse score.

The fix: Use WP Rocket’s “Delay JavaScript Execution” or Perfmatters’ “Delay JavaScript”. This defers all JS until the first user interaction (scroll, click, keypress). The page renders visually complete immediately, and JS only executes when someone starts interacting. Also reduce the number of interactive widgets on your pages – every carousel, accordion, lightbox, and parallax effect requires its own JS handler. Replace carousels with static image grids and use CSS-only animations where possible.

9. Database Bloat From Revisions and Orphaned Data

Elementor stores every page’s entire layout as a JSON blob in wp_postmeta under the key _elementor_data. A complex page can be 100KB-1MB of JSON. Every time you click “Update,” WordPress creates a revision that duplicates that entire JSON blob. On top of that, Elementor’s editing process creates 150-200 orphaned postmeta records per session. A known bug (#19901) means deleting revisions doesn’t clean up the associated postmeta. Over months, databases can exceed 1GB with 100,000+ orphaned records, slowing down every query on your site.

The fix: Add these to wp-config.php:

define( 'WP_POST_REVISIONS', 5 );
define( 'AUTOSAVE_INTERVAL', 300 );

Then clean existing bloat with these SQL queries (backup first):

-- Delete orphaned postmeta (safe - removes records with no parent post)
DELETE pm FROM wp_postmeta pm
LEFT JOIN wp_posts wp ON wp.ID = pm.post_id
WHERE wp.ID IS NULL;

-- Delete Elementor backup data (safe, typically 30-50MB savings)
DELETE FROM wp_postmeta WHERE meta_key = '_elementor_data_bckp';

-- Optimise the table
OPTIMIZE TABLE wp_postmeta;

Install WP-Optimize and run database cleanup monthly. After cleanup, regenerate Elementor CSS via Elementor > Tools > Regenerate Files & Data.

10. Unoptimised Images

Elementor makes image problems worse because background images set via Elementor’s style controls aren’t lazy-loaded by default, and the Image widget doesn’t automatically add fetchpriority attributes. A hero section with a 3MB background image is the number one cause of poor LCP scores on Elementor sites.

The fix: In Elementor > Settings > Performance, enable Optimized Image Loading (adds fetchpriority="high" to LCP images) and Lazy Load Background Images (defers background images via IntersectionObserver). Then compress all images to WebP format, max 1920px width, under 200KB each. Use ShortPixel, Imagify, or EWWW for automatic conversion.

Important: If you use WP Rocket, disable Elementor’s image loading features to avoid two systems fighting over the same images. Use one lazy-loading system, not both.

11. Third-Party Addon Plugin Bloat

The Elementor ecosystem has hundreds of addon packs, each adding 20-100+ widgets. Many register CSS and JS for all their widgets globally. Install three addon packs and you’ve added 300-900KB of unused assets to every page. Each pack may also bundle its own copy of libraries like Swiper and Font Awesome, loading them again on top of Elementor’s copies.

The fix: Audit every addon. For each one, list exactly which widgets you actually use. If it’s 3 out of 80, the addon is 96% waste. Go through each addon’s Element Manager and disable every widget you’re not using. Replace addons with native Elementor widgets where possible – Elementor’s built-in capabilities have expanded significantly since most addons were first installed. If an addon doesn’t let you disable individual widgets, consider replacing it with one that does.

12. No Page Cache

Without page caching, every visit triggers the full PHP pipeline: Elementor’s Plugin class initialises 40+ managers, queries the database to load the JSON layout data (potentially 1MB), parses it, instantiates widget classes, renders HTML, and generates CSS. This can take 500ms-2s per request. Under traffic, the database becomes a bottleneck.

The fix: Implement caching in layers. At the server level, Nginx FastCGI cache serves cached HTML without touching PHP or MySQL at all (10-50ms TTFB). At the application level, a plugin like WP Rocket, LiteSpeed Cache, or FlyingPress generates and serves cached pages. Add Redis object cache to cache database queries in memory, which speeds up both the frontend and the Elementor editor. Finally, put a CDN (Cloudflare at minimum) in front to serve static assets from edge servers near your visitors.

Cache clear order matters: always clear Elementor first (Tools > Regenerate Files & Data), then page cache, then CDN cache.

13. Elementor Header/Footer Loading on Every Page

If you’ve built your header and footer with Elementor Pro’s Theme Builder, every page on your site – including blog posts, archives, search results, and 404 pages – loads Elementor’s full frontend stack. A header built with Elementor adds 20-40 DOM elements plus all the Elementor CSS and JS, even on pages where the body content doesn’t use Elementor at all.

The fix: The most performant approach is to build your header and footer in your theme’s PHP templates and CSS rather than Elementor. If you must use Elementor’s Theme Builder, keep the header as minimal as possible – navigation, logo, and maybe one CTA button. Avoid carousels, mega menus, animations, or complex layouts in the header. Every widget in your header adds overhead to every page on your site.

14. Server Configuration

Elementor’s PHP rendering pipeline is heavier than standard WordPress. It loads 40+ managers, parses large JSON structures, and generates CSS on the fly. A weak server configuration amplifies every other problem.

The fix: PHP 8.1+ is 30-50% faster than PHP 7.4 for Elementor’s PHP-heavy rendering. Set PHP memory to 512MB (define('WP_MEMORY_LIMIT', '512M') in wp-config.php). Enable OPcache for PHP file caching. Ensure HTTP/2 is enabled – this is critical because Elementor’s conditional loading creates many small CSS/JS chunk files, and HTTP/2’s multiplexing allows them to download in parallel without the connection overhead that would make this approach slower on HTTP/1.1.

How to Speed Up Elementor: The Complete Optimisation Sequence

Work through these in order. Each phase builds on the previous one.

Phase 1: Elementor Settings (15 minutes, zero risk)

Go to Elementor > Settings > Features and enable every performance-related experiment:

Container (Flexbox)
Optimized DOM Output
Optimized Markup
Inline Font Icons
Lazy Load Background Images
Optimized Image Loading
Optimized Gutenberg Loading
Element Caching

Then in Settings > Performance, set CSS Print Method to External File. Finally, go to Tools > Regenerate Files & Data.

Phase 2: Code Changes (30 minutes)

Add to your theme’s functions.php:

// Stop loading Google Fonts from external servers
add_filter( 'elementor/frontend/print_google_fonts', '__return_false' );

// Remove Elementor assets from pages not built with Elementor
add_action( 'wp_enqueue_scripts', function() {
    if ( ! is_singular() ) return;
    $document = ElementorPlugin::$instance->documents->get( get_the_ID() );
    if ( ! $document || ! $document->is_built_with_elementor() ) {
        wp_dequeue_style( 'elementor-frontend' );
        wp_dequeue_style( 'elementor-icons' );
        wp_dequeue_style( 'elementor-animations' );
        wp_dequeue_script( 'elementor-frontend' );
        wp_dequeue_script( 'elementor-frontend-modules' );
        wp_dequeue_script( 'elementor-webpack-runtime' );
    }
}, 100 );

Add to wp-config.php:

define( 'WP_POST_REVISIONS', 5 );
define( 'AUTOSAVE_INTERVAL', 300 );
define( 'WP_MEMORY_LIMIT', '512M' );

Self-host your fonts using OMGF or manual WOFF2 uploads.

Phase 3: Theme and Addon Cleanup (1-2 hours)

Switch to Hello Elementor theme (or verify your theme is lightweight)
Audit every addon plugin – disable unused widgets in each addon’s Element Manager
Remove addon packs where you only use 1-2 widgets
Blacklist unused native Elementor widgets via the filter

Phase 4: Caching and CDN (1 hour)

Install a page cache plugin (WP Rocket, LiteSpeed Cache, or FlyingPress)
Set up Redis object cache
Configure Cloudflare CDN
Enable “Remove Unused CSS” and “Delay JavaScript” in your cache plugin

Phase 5: Page-by-Page Conversion (Ongoing)

Convert Section/Column layouts to Container on each page
Reduce widget count where possible
Compress all images to WebP, max 1920px width
Ensure hero images aren’t lazy-loaded

Phase 6: Monthly Database Maintenance

Clean orphaned postmeta with WP-Optimize
Remove excess revisions
Delete _elementor_data_bckp records
Optimise database tables
Regenerate Elementor CSS

Bottom line: Elementor generates separate CSS files per page by default—combining and inlining critical CSS reduces render-blocking time by 200-400ms.

What You Genuinely Cannot Fix

Transparency matters. Here’s what no amount of optimisation can remove:

2-3 wrapper divs per widget – Elementor’s CSS scoping requires .elementor-widget and .elementor-widget-container wrappers. You’ll always have more DOM elements than hand-coded HTML.
~54KB base CSS + ~136KB base JS on Elementor pages – The framework CSS and JS must load. You can defer them, but not remove them.
global.css on every page – Global Kit styles apply site-wide. Remove this and you lose consistent styling.
JSON data in wp_postmeta – Every Elementor page stores its layout as a JSON blob. This is how Elementor works. You can cache the queries with Redis, but the data exists.
PHP rendering overhead on cache miss – On uncached page loads, Elementor parses JSON, instantiates widget classes, and renders HTML through PHP. Page caching eliminates this for repeat visits, but first loads always pay this cost.

A well-optimised Elementor site can score 90-95+ on PageSpeed Insights and load in under 2 seconds. You can speed up Elementor significantly without switching page builders. It won’t match a hand-coded static page or a well-built Gutenberg site in raw Elementor performance, but it can get close enough that the difference is negligible for real visitors and search rankings.

How Fast Is Your Elementor Site Right Now?

Before you start optimising, you need to know where you stand. Our free website speed checker runs a full Lighthouse audit on your site and breaks down exactly what’s slowing it down – Core Web Vitals, render-blocking resources, unused CSS, DOM size, and server response time. It takes about two minutes and gives you a prioritised list of what to fix first.

If you want even deeper analysis – server stack detection, database performance benchmarks, Redis and object cache testing, plugin-by-plugin resource impact – install our SpeedUp Analyzer plugin on your WordPress site. It collects server-side data that external scans can’t see and shows you exactly which hosting tier you’re on and what performance you could achieve with an optimised setup.

Key takeaway: Elementor’s nested containers create 1,500-2,000 DOM elements per page—simplifying structure to under 1,000 elements improves rendering speed by 30-40%.

Frequently Asked Questions

Why is Elementor so slow?

Elementor loads 300-800KB of CSS and JavaScript on every page, even for simple layouts. Each widget adds inline styles, the editor generates bloated markup with excessive div nesting, and Elementor’s icon library (Font Awesome) loads 70KB+ by default. Dynamic content features query the database repeatedly, and Global Colors/Fonts inject CSS in the header. A simple Elementor page makes 40-60 HTTP requests vs 10-15 for hand-coded HTML. The visual editor’s convenience comes at a performance cost.

Can Elementor load in under 2 seconds?

Yes, with aggressive optimization. Required: (1) Nginx FastCGI cache (bypasses Elementor entirely for cached pages), (2) Disable unused Elementor widgets (reduces CSS/JS payload), (3) Remove Font Awesome or limit to used icons only, (4) Optimize images to WebP, (5) Lazy load Elementor sections, (6) Use Elementor Pro’s performance settings. With these optimizations + CDN, Elementor sites achieve 1.5-2.5 second load times. Without caching, Elementor rarely loads under 3 seconds.

Is Elementor Pro faster than Elementor Free?

Slightly. Elementor Pro includes performance features: lazy load background images, improved asset loading, DOM optimization. However, Pro adds more widgets (which increases potential bloat) and dynamic features (which add database queries). Performance difference is minimal—5-10% improvement at most. The bigger performance gain comes from optimization techniques (disabling unused widgets, server-level caching) not the Pro vs Free version. Don’t buy Pro expecting major speed improvements.

Should I use Elementor or Gutenberg for speed?

Gutenberg for speed. Gutenberg (WordPress core block editor) generates clean HTML with minimal CSS/JS overhead—typically 50-100KB vs Elementor’s 300-800KB. Gutenberg pages load 40-60% faster than equivalent Elementor pages. However, Elementor offers more design flexibility and pre-built templates. Trade-off: Elementor = easier design but slower, Gutenberg = faster but requires more manual styling. For performance-critical sites (blogs, business sites), use Gutenberg. For design-heavy sites willing to sacrifice speed, Elementor is acceptable with heavy optimization.

Does disabling Elementor experiments improve speed?

Yes, significantly. Elementor’s “Experiments” tab includes beta features that add overhead. Disable: Optimized DOM Output (can cause issues), Additional Custom Breakpoints (adds CSS complexity), Flexbox Container (alternative layout mode), Landing Pages (unless needed). Each disabled feature reduces JavaScript execution and CSS payload. Disabling all unused experiments can reduce page weight by 50-100KB and improve rendering time by 200-300ms. Always disable experiments you don’t actively use.

Speed Up Elementor: Fix the 14 Things That Make It Slow

Key Takeaways

What Elementor Actually Loads (And What It Costs You)

On Every Page (Even Non-Elementor Pages)

On Elementor-Built Pages

Elementor Performance: Before vs After Optimization

The 14 Elementor Performance Problems (And How to Fix Each One)

1. DOM Bloat: Too Many HTML Elements

2. Icon Font Libraries Loading on Every Page

3. Google Fonts Loaded From External Servers

4. Elementor Assets Loading on Non-Elementor Pages

5. Unused CSS and JavaScript

6. The “Bloat Sandwich” (Heavy Theme + Elementor)

7. Render-Blocking CSS Delivery

8. JavaScript Execution Blocking the Main Thread

9. Database Bloat From Revisions and Orphaned Data

10. Unoptimised Images

11. Third-Party Addon Plugin Bloat

12. No Page Cache

13. Elementor Header/Footer Loading on Every Page

14. Server Configuration

How to Speed Up Elementor: The Complete Optimisation Sequence

Phase 1: Elementor Settings (15 minutes, zero risk)

Phase 2: Code Changes (30 minutes)

Phase 3: Theme and Addon Cleanup (1-2 hours)

Phase 4: Caching and CDN (1 hour)

Phase 5: Page-by-Page Conversion (Ongoing)

Phase 6: Monthly Database Maintenance

What You Genuinely Cannot Fix

How Fast Is Your Elementor Site Right Now?

Further Reading

Related Guides

Frequently Asked Questions

Why is Elementor so slow?

Can Elementor load in under 2 seconds?

Is Elementor Pro faster than Elementor Free?

Should I use Elementor or Gutenberg for speed?

Does disabling Elementor experiments improve speed?

Frequently Asked Questions

Why is Elementor so slow?

Can Elementor load in under 2 seconds?

Is Elementor Pro faster than Elementor Free?

Should I use Elementor or Gutenberg for speed?

Does disabling Elementor experiments improve speed?