Page Speed and SEO: Why It Matters and How to Make Your Site Faster

You’ve optimized your site the right way and your Google PageSpeed score sits comfortably above 80 on both mobile and desktop. So why are your pages still buried on page 6?

An 80+ score is just a baseline. With Core Web Vitals now a direct ranking factor, user patience thinner than ever and competition fiercer across every niche, page speed is one of the few performance levers you can fully control when going up against bigger, more established sites. 

Google increasingly rewards pages that deliver a fast, seamless experience and connection speed. But today, AI systems now send their own crawlers to discover and evaluate content independently. Slow server response times directly limit how frequently and completely these bots can access your pages. 

The good news is that the same fixes that improve your Google rankings also make your site more accessible to AI crawlers. In this article, we break down the key steps to boosting page speed and show you how JetOctopus uncovers the issues holding your performance back.

Why Is Page Speed Important for SEO?

Google has included site speed (and as a result, page speed) as a signal in search ranking algorithms.  When it comes to what page speed is, it goes beyond measuring how quickly a webpage loads. It’s also about how fast it actually renders for the user.

But it goes deeper than a single ranking checkbox. Page speed sits at the intersection of two things Google cares deeply about: technical performance and user experience. It’s a core part of Google’s page experience framework, which means it contributes to how a page is evaluated.

It’s also worth being precise about what page speed actually does for SEO in the ranking equation. It won’t override strong, relevant content – a slow page with excellent, authoritative information will still outrank a fast page with thin content. But when two pages are the same in quality, the faster one wins. It delivers a better experience, keeps users engaged longer and is simply easier to use. That edge matters more than most site owners realize.
Surveys show that people really care about the speed of a page. Here’s what BBC experienced: their lead technical architect reported that large publishers can lose up to 10% of users for every additional second a page takes to load. For smaller sites with leaner infrastructure, the impact can be even more pronounced.

But faster webpages don’t just improve UX. Improving site speed also reduces operating costs. For instance, a 5-second speed up (from ~7 seconds to ~2 seconds) resulted in a 25% increase in page views, a 7-12% increase in revenue, and a 50% reduction in hardware. This last point shows the win-win of performance improvements, increasing revenue while driving down operating costs.

JetOctopus team encourages you to start looking at your webpages’ speed — not only to improve your ranking in Google, but also to improve users’ experience and increase profitability.

And it’s not just about users leaving – slow pages frustrate visitors before they even get the chance to engage, driving up bounce rates that feed back into the performance signals search engines monitor.

Mobile performance adds another layer of urgency here. Google now primarily uses the mobile version of your site for indexing and ranking. A page that loads quickly on a desktop but drags on a phone is a direct SEO liability, one that shapes how your content is discovered and where it ranks.

But faster webpages don’t just improve UX. Improving site speed also reduces operating costs. For instance, every additional second of delay carries a measurable cost – often a 7% decline in conversions.

The JetOctopus team encourages you to start looking at your webpages’ speed not only to improve your ranking in Google, but also to improve users’ experience and increase profitability.

How Fast Should a Webpage Load

To understand what load time is “ideal”, let’s look at the real numbers. Studies show that the average load time for a webpage is about 1–2 seconds.
The next experiment shows that the average bounce rate for pages loading within 2 sec. is 9%. As soon as the page load time surpasses 3 sec., the bounce rate soars to 33% by the time it hits 5 sec.!

Based on our experience in technical SEO, the JetOctopus crawler team claims that the ideal loading time should be 0,5–1 seconds. If you know that you’re better than the industry standard load times, then you’re going to be better than most of your competitors.

Here are 8 actionable steps to make your website load faster.

8 ways to speed up your site

1. Minimize HTTP requests

Reducing the number of components that a page requires proportionally reduces the number of HTTP requests it has to make. This doesn’t mean omitting content, it just means structuring it more efficiently.

A few high‑impact ways to optimize your request footprint:

1. Remove useless elements and legacy assets from your webpages: Audit your pages for unused scripts, outdated plugins, redundant images and decorative elements that add weight without adding value. 
2. If it’s possible, implement CSS instead of images: Simple gradients, shapes, shadows and UI elements can often be rendered with modern CSS instead of static image files, removing entire requests while improving scalability and responsiveness.
3. Compress assets: Smaller files load faster and reduce the time each request takes to complete.
4. Consolidate and bundle files: Combining multiple CSS or JavaScript files into a single optimized file reduces the number of round trips the browser must make. This is especially impactful on mobile, where the median request count is already around 70.
5. Prioritize critical resources: Defer non‑essential scripts, lazy‑load below‑the‑fold images and ensure the browser focuses on above‑the‑fold content first.

There’s no universal “ideal” number of HTTP requests, but fewer, faster and more efficient requests almost always translate into better performance.

JetOctopus can crawl your site and surface pages with bloated request footprints, unused assets or redundant scripts.
Beyond identifying heavy pages, JetOctopus supports comparing the source and rendered versions of a page, so you can see exactly what JavaScript adds after rendering and catch scripts or tags that may be unnecessary or duplicated.

And instead of just surfacing raw issue counts, its dashboards highlight which pages have problems, helping you see where performance drag concentrates across the site rather than chasing individual URLs.
Internal linking structure plays a role here too; pages that are poorly linked receive fewer crawl visits, meaning their performance issues go undetected longer. JetOctopus’s AI Internal Linker identifies these underlinked pages and recommends contextually relevant links, ensuring your most important pages get crawled efficiently and consistently.

2. Reduce Image Size by Compressing Them

Images are often the single largest contributor to page weight, typically accounting for 50–90% of a page’s total size. That makes them one of the most powerful levers for improving load times and overall performance. 

Every little KB is important: even when you think that optimizing an image will only save a little 10% of its size…go with it! You’ll be grateful for it in the future.

Image compression apps remove hidden data in the image file like additional color profiles and metadata (like geolocation of where the photograph was taken) that aren’t needed. These tools provide a quick and easy way to reduce file size without losing any image quality.

• Resize images before upload using tools like PicResize or built‑in design software
• Compressing images with tools such as Kraken.io, Caesium or Mass Image Compressor
• Use WordPress plugins like WP Smush for automated compression 

Use CSS instead of images wherever possible if it doesn’t overload HTML

Buttons, icons, backgrounds, gradients and simple UI elements should be rendered with CSS, not uploaded as static image files. This approach:

• Eliminates unnecessary HTTP requests
• Ensures crisp rendering on all screen sizes
• Reduces maintenance overhead and improves scalability

Choose the correct file format

Selecting the right format is a simple but high‑impact optimization:

• JPG for photographs and complex color gradients
• PNG for graphics, UI elements, and images with limited color palettes
• SVG for icons and vector‑based graphics
• WebP or AVIF for modern, highly compressed formats with excellent quality‑to‑size ratios

Each format has different characteristics; Google’s Developer Guides provide a detailed comparison worth reviewing.

Have both CSS and JavaScript load simultaneously

Rather than forcing the browser to retrieve multiple CSS or JavaScript files to load, try combining your CSS files into one larger file (same for JS). While this can be challenging if your stylesheets and scripts vary from page to page, managing to merge them will ultimately help your load times in the long run.

Google’s webmasters warn not to serve priority content in the head section, as this can delay rendering, meaning the visitor will have to wait longer before receiving any information

An optimized page load (render actually) happens in a more step-by-step way, allowing users to see some content gradually until the page loads fully. In order to save your time for other actionable steps, we won’t go into detail but link you to the Running-Your-Code-at -the-Right-Time full guide.

The basic tips for delaying JavaScript loading are:

1. Add script references below the DOM directly above the end of the body element.
2. Avoid needlessly complicated code by listening to the DOMContentLoaded or load events (except the case you want to create a library that people will use)
3. Mark your script references with the HTML script async attribute. For more detailed information, refer to 3rd party library like require.js that provides greater control over when your code runs.
4. Improve server response time (SRT)

SRT is the amount of time it takes for the web browser to receive a response. According to Google’s PageSpeed Insights, your server response time should be under 200ms. Look at the PageSpeed Insights of McDonald’s webpages:

Google suggests actionable steps to accelerate the webpage:

PageSpeed Insights is a useful tool for a small website, where you can check each page manually. But if you’re trying to optimize a medium/big website, don’t evaluate your website speed on the basis of a few pages’ insights.

Carefully evaluating your hosting needs, adjusting your web servers, reducing bloat, and optimizing your databases are ways that you can work toward better SRTs.

3. Compress Code

Clean, compressed code is one of the most reliable ways to cut load times and boost site speed for SEO performance. Bloated HTML, CSS and JavaScript slow parsing, increase payload size and force browsers, especially on mobile networks, to download far more data than necessary. Minifying your resources removes everything machines don’t need: whitespace, comments, redundant characters and unused code paths. The result is leaner files that execute faster and ship fewer bytes.

Enable Brotli or gzip at the server level (Brotli delivers superior compression for text assets), then validate compression via response headers. Minify and bundle strategically: combine small files to reduce requests, but use code‑splitting to avoid monolithic bundles that delay execution. With HTTP/2 and HTTP/3 multiplexing, optimized, compressed assets load significantly faster, improving TTFB, FCP and overall search visibility.

4. Leverage Browser Caching

Leveraging your browser’s caching generally means that you can specify how long web browsers should keep images, CSS and JS stored locally. The user’s browser will download less data while navigating through your pages, which will improve the loading speed of your website.

A cache mechanism operates between the server and the visitor’s browser, either on the end of the server or on the computer of the visitor. It can store copies of files (like html/php/css/js files, images, etc.) or strings of code for faster access instead of having to constantly request it from the server. 

You can leverage browser caching for Apache servers by adding a small snippet to the .htaccess file or through performance plugins such as W3 Total Cache or WP Rocket. 

Ensure your expiring headers are correctly set so browsers know when to refresh cached files and always display the latest version. Effective caching improves scalability, mobile performance and overall SEO page speed, especially for high‑traffic, content‑heavy sites.

5. Use a CDN

A Content Delivery Network (CDN) accelerates performance by serving your content from edge servers located closest to each user. CDNs will then distribute your website content if you are located in Italy and if the user accessing your content is located in Florence, compared to someone based in Poland. So the farther away from the visitor accessing the content, the longer the load time will be. CDNs eliminate that bottleneck.

Caching content at the edges of the network allows faster delivery of data (milliseconds) to your users while reducing serving costs. Several businesses have reported faster page loads after adding a CDN, including Zendesk, which saw a 10x improvement in global response time after deploying Cloudflare.

By the way, Google provides Cloud Content Delivery Network to cache HTTP(S) load-balanced content close to your users.

6. Reduce Redirects

Redirects are sometimes necessary for maintaining SEO equity and preventing users from hitting outdated or broken URLs. But every redirect introduces an additional HTTP request and every extra hop adds latency. When redirect chains form, the browser must follow multiple steps before it can even begin loading the final page, slowing down rendering and delaying key metrics like FCP and LCP.

To keep performance tight, link directly to the final destination URL, eliminate unnecessary redirects and limit chains to a single hop when they’re unavoidable. 

Use server‑side redirects rather than client‑side alternatives for cleaner, faster execution. Fewer redirects mean fewer round trips, faster load paths and stronger performance signals for search engines, especially on high‑traffic landing pages and mobile networks.
The harder problem is finding where redirect chains and loops are hiding, particularly on larger sites where they accumulate quietly over time. JetOctopus crawls your entire website, recording every URL hop and capturing the full redirect path, response codes and final URL destinations.

Any URL that passes through multiple 3xx responses before resolving gets flagged, and redirect loops, where a chain cycles back on itself without ever resolving cleanly, are surfaced the same way.

What makes this especially useful for SEO is that JetOctopus is designed to mimic search engine crawling, so the redirect data reflects what Googlebot actually encounters, making it directly relevant for both performance and crawl budget analysis.

And because results can be grouped and filtered, patterns become visible fast: if an entire section of your site shares the same unnecessary extra hop, you’ll spot it as a sitewide issue rather than stumbling across it URL by URL. You can fix it at the template rule or server level instead of patching pages one by one.

7. Improve Hosting and Server Response Times

Your hosting infrastructure directly determines how quickly your server responds to requests. A fast Time to First Byte (TTFB) (ideally under 500 ms) allows pages to begin loading immediately. Slow servers delay every subsequent step in the rendering pipeline. This, of course, hurts user experience and weakens Google’s crawl frequency and indexing efficiency.

If you want to dramatically improve performance and give your site more processing power, memory and bandwidth, choose a VPS, premium cloud host or dedicated server. Beyond hosting, you should also optimize server logic, index or upgrade databases and eliminate slow queries to reduce backend latency.

Stronger infrastructure ultimately translates to faster delivery, more stable performance under load and better Core Web Vitals – critical signals for SEO and enterprise‑level scalability.

But page speed optimization only lands when you know exactly which URLs are dragging performance down. JetOctopus addresses this at two levels: 

Server-side visibility

JetOctopus connects directly to your raw server logs, capturing every request made by Googlebot, AI crawlers and real users. Redirect chains, caching behavior, server-side rendering delays – all of it surfaces in real log data in a way that lab-based tools routinely miss.

The platform reports load times at the individual URL level rather than broad averages, so you can pinpoint slow endpoints, heavy templates or database bottlenecks instead of chasing aggregate numbers. 

Core Web Vitals side

JetOctopus runs bulk LCP, INP and CLS analysis across large URL sets simultaneously via Google’s PageSpeed API, eliminating one-by-one testing. When connected to Google Search Console, it overlays real-user CrUX field data alongside lab results in a single view. 

You can segment by folder or page type to isolate underperforming groups instantly, then kick off deeper PageSpeed analysis on filtered sets. Automated CWV alerts catch score drops before they compound into ranking losses.

One dimension worth adding to your monitoring: AI crawlers from tools like ChatGPT, Perplexity and Claude now send their own bots to crawl and index content independently. Slow server response times affect how frequently and completely these bots can access your pages – a growing visibility risk that most site owners aren’t yet tracking. JetOctopus log file analysis captures this traffic alongside Googlebot, giving you a complete picture of how all crawlers experience your infrastructure, not just traditional search engines.

Because Google factors server response time into both crawl scheduling and Core Web Vitals scoring, fixing the specific URLs JetOctopus flags has a measurable downstream effect on indexing and rankings. For larger sites handling millions of log entries, this kind of per‑URL, verified data gives you a clear, reliable list of what to fix. It’s the kind of visibility you need to make real progress with page speed in SEO.

8. Keep Plugins to A Minimum

Plugins are usually the biggest culprit for slowing the site down. If there are any plugins that you’re no longer using or that aren’t essential, delete them. So, how many plugins are too many? It’s more about quality than quantity.

4X best-selling author and developer of WordPress WP Curve service, Dan Norris, supports this statement:

Yes, plugins extend and increase the functionality. Unfortunately, some tools use databases extensively, increasing the number of queries and slowing the performance of your website. If a plugin is well-considered, this shouldn’t be an issue, however, it’s something to consider before installing a large number of them.

The recommended approach:

• Remove any plugins that duplicate functionality or deliver minimal business value.
• Make a structured audit of plugins that inject front‑end CSS, JavaScript, pop‑ups, tracking scripts, forms, chat widgets or embedded media (these are often the biggest contributors to performance drag).
• Retain only the plugins that are actively maintained, security‑vetted, and directly aligned with your site’s operational and revenue objectives. Everything else adds unnecessary overhead, increases the attack surface, and slows down page delivery.

Wrapping up

Search engines penalize websites that load slowly but more importantly, so do your visitors. They stop visiting, engaging and don’t just buy. Furthermore, a slow page speed means that Google can crawl fewer pages, wasting its crawl budget and this could negatively affect your indexability. Faster loading pages lead to a better overall website experience and that’s why it’s time to improve your search performance.

This is why JetOctopus steps in as a critical part of your workflow, highlighting the data that shows what’s slowing you down and how to fix it. From bulk Core Web Vitals analysis to load time, performance monitoring and log-level crawler monitoring, it gives you the evidence to stop guessing and start fixing what actually affects your rankings. And that foundation is exactly what underpins your progress on page load speed before it pays off in SEO.