Does AMP really improve your ranking on Google?

Is AMP a direct ranking factor?

No. Google is clear: using AMP does not give your pages any ranking bonus. A non-AMP page can easily outperform an AMP page if its content is better, its authority is stronger, or its internal linking is more relevant.

This clarification cuts against misconceptions that circulated at the launch of AMP. Many sites adopted the format thinking they would gain a direct algorithmic advantage. Mistake. AMP is merely a technical framework to speed up HTML rendering.

Why does Google emphasize loading times?

Because speed impacts user experience, and user experience influences ranking through other measurable signals. A fast site reduces bounce rates, increases time spent on the page, and boosts conversions.

Since the integration of Core Web Vitals as a ranking factor, speed matters indirectly. AMP can improve these metrics (LCP, FID, CLS), but you can achieve the same results with traditional optimization: image compression, lazy loading, CDN, CSS/JS minification.

Does AMP have any other indirect SEO benefits?

Yes, but limited. AMP pages can appear in the Top Stories carousel on mobile, which increases visibility. However, this carousel has not been exclusively reserved for AMP pages since June 2021.

The other benefit: AMP enforces a clean HTML structure that eliminates blocking JavaScript and heavy resources. This ensures a predictable loading time, which pleases editorial teams in a hurry. But technically, nothing prevents achieving the same performance without AMP.

• AMP is not a confirmed direct ranking factor according to Google
• Loading speed indirectly improves SEO through Core Web Vitals and UX
• The Top Stories carousel on mobile is no longer exclusive to AMP
• A well-optimized standard page can outperform an AMP page
• AMP remains a technical choice among others to improve performance

Is this statement consistent with field observations?

Absolutely. A/B tests conducted on editorial sites show no organic ranking gain linked to the adoption of AMP. Observed fluctuations usually stem from other factors: improvement of Core Web Vitals, reduced bounce rate, increased crawl budget.

Several documented cases even show sites that abandoned AMP without loss of traffic. Why? Because they maintained equivalent performance through traditional optimizations. The real lever is perceived and measurable speed, not the AMP label.

What nuances should be added to this statement?

Google says "AMP does not affect rankings," but fails to mention that loading speed does affect them. This is a misleading shortcut. AMP improves speed, so indirectly, it can influence ranking through Core Web Vitals and behavioral signals.

Another point: [To be verified] The impact of AMP on crawl budget is never mentioned by Google. However, pages that load in 0.5 seconds instead of 3 seconds allow Googlebot to crawl more URLs in the same timeframe. On a large editorial site with thousands of pages, this matters.

In what cases does AMP remain relevant nonetheless?

For high-volume editorial sites that publish several dozen articles a day and target mobile traffic. AMP ensures a seamless experience without relying on internal front-end skills. It's a "plug and play" solution that avoids nasty surprises.

On the contrary, for an e-commerce site or a B2B showcase site, AMP provides little. The technical constraints (limited forms, restricted JavaScript, inline CSS) make integration complex for advanced features. The effort is not worth the gain in 80% of cases.

Should you still implement AMP on your site?

Not necessarily. If your site already shows green Core Web Vitals (LCP < 2.5s, FID < 100ms, CLS < 0.1) and a mobile load time of less than 2 seconds, AMP will not add any value. Focus your resources elsewhere.

If your mobile pages are slow despite traditional optimizations, AMP can be a temporary crutch. But ask yourself: why not fix the problem at its source instead of adding another technical layer?

What mistakes should be avoided if you choose AMP?

The most common mistake: forgetting to declare the canonical tag between the AMP version and the standard version. Without this, Google may index both URLs and dilute your authority. Result: SEO cannibalization and traffic loss.

Another trap: implementing AMP without auditing the Core Web Vitals of the standard version. If your performance issue stems from an undersized server or unoptimized images, AMP will mask the symptom without addressing the root cause. You will accumulate technical debt.

How to check if your AMP implementation is correct?

Use the official Google AMP test (search.google.com/test/amp) to detect validation errors. An invalid AMP page will not benefit from AMP caching nor from optimized display in mobile SERPs.

Then, compare the RUM (Real User Monitoring) metrics between your AMP and standard versions via Google Analytics or Search Console. If the speed gap is less than 500 ms, the maintenance effort of AMP is not justified. Disable it and invest in traditional optimization.

• Audit your current Core Web Vitals before deciding on AMP
• Check that the canonical tag is properly implemented between versions
• Test AMP validity with the official Google tool
• Compare actual loading times (RUM) between AMP and standard
• Evaluate the maintenance cost of the dual HTML code
• Document functional limitations (forms, JS, CSS) before committing