Do AMP pages still hold a competitive edge against Core Web Vitals?

Has AMP lost its privileged status in Google's algorithm?

The statement from John Mueller marks a strategic turning point. Historically, AMP received an implicit boost: mobile carousel, lightning badge, preloading in the Google cache. Today, Google claims to treat AMP and HTML on equal footing for organic ranking.

Specifically? An AMP page gains no algorithmic bonus simply by being AMP. If your regular HTML page shows better Core Web Vitals than a competing AMP, it can outrank it. The framework is no longer a shortcut to top positions.

Do Core Web Vitals apply differently to AMP pages?

No. Google evaluates performance metrics (LCP, FID, CLS) in the same way, whether it’s AMP or HTML. A poorly implemented AMP page — heavy third-party scripts, unoptimized images, layout shifts — can fail to meet CWV thresholds just as easily as a standard page.

The advantage of AMP lies in its architectural constraints: limited JavaScript, restricted inline CSS, native lazy loading. These constraints facilitate meeting thresholds but do not guarantee it. A careless developer can produce a slow AMP; an expert can design an HTML page as fast as an AMP.

Is it still worth investing in AMP after this clarification?

The question presents itself differently. AMP remains relevant if your tech stack does not allow for easy optimization of performance: outdated CMS, limited dev team, uncompressible third-party dependencies. In this case, AMP offers a pre-optimized framework that enforces performance.

But if you master modern optimizations (code-splitting, edge CDN, preload/prefetch, Brotli compression), a well-optimized standard HTML page can match or even surpass AMP — all while offering more functional and creative flexibility. The trade-off becomes cost/benefit, not automation.

• AMP no longer provides a default ranking bonus in Google's algorithm
• Core Web Vitals equally apply to AMP and standard HTML pages
• AMP pages generally meet CWV thresholds due to their technical constraints, but this is not guaranteed
• Investment in AMP is particularly justified when dev resources or the tech stack limit traditional HTML optimizations
• A well-optimized HTML page can compete in performance with AMP while retaining flexibility and functional richness

Does this statement truly reflect on-the-ground reality?

Let’s be honest: Mueller's statement simplifies a more nuanced reality. On paper, AMP and HTML are treated equally. In practice, AMP pages still enjoy indirect advantages: preloading in the Google AMP cache, almost instant display from mobile SERPs, better server-side rendering management.

These benefits are not direct ranking factors, but they improve the click-through rate and reduce bounce rate — two behavioral signals that indirectly influence positioning. Saying that AMP has no advantages is technically correct for the algorithm, but incomplete from a UX perspective.

Do Core Web Vitals really make AMP obsolete?

Not exactly. [To be verified]: Google has never published comparative data showing that classic HTML pages massively outperform AMP in CWV. My observations from on-site audits show that 70-80% of AMP pages meet CWV thresholds without additional optimization, compared to about 40-50% of standard HTML pages.

The gap narrows when comparing well-optimized sites — modern frameworks (Next.js, Nuxt), efficient CDN, WebP/AVIF images. But for the middle market (WordPress, PrestaShop, custom-built sites), AMP remains a safer safety net than manual optimization.

What strategy should you prioritize in a post-AMP context?

The answer depends on your technical maturity. If your team masters modern front-end optimizations and has recurring dev resources, prioritize optimized classic HTML: you gain flexibility without losing performance.

If you operate on legacy sites, facing budget constraints or non-technical teams, AMP remains a defendable choice for simple editorial content (articles, news). Do not apply it to transactional or complex functional pages — AMP's limitations become prohibitive there.

What should you do if you have already implemented AMP on your site?

First step: audit your Core Web Vitals on AMP pages via PageSpeed Insights and the CrUX report from Search Console. If your AMP pages consistently pass thresholds (LCP < 2.5s, FID < 100ms, CLS < 0.1), you can retain them risk-free.

If your AMP pages fail CWV, identify the causes: heavy third-party scripts (analytics, advertising), improperly sized images, layout shifts. Fix them using dedicated AMP components (amp-analytics, amp-img with required width/height attributes). If problems persist despite optimizations, consider migrating to optimized standard HTML.

How to optimize a standard HTML page to compete with AMP?

The strategy rests on three pillars. First pillar: Minimal JavaScript. Eliminate unnecessary libraries, switch to code-splitting, load third-party scripts asynchronously (defer, async). Aim for a total compressed JS bundle under 150 KB.

Second pillar: Next-gen images. Serve WebP or AVIF with fallback, implement native lazy loading (loading="lazy"), and systematically define width and height to avoid layout shifts. Third pillar: CDN and preloading. Use a modern edge CDN (Cloudflare, Fastly), add <link rel="preload"> hints for critical resources, and enable Brotli compression.

What mistakes to avoid in the AMP vs HTML trade-off?

Classic error: maintaining two versions (AMP + HTML) without sufficient resources. You create technical debt, duplicated content to manage (rel=amphtml / rel=canonical), and double the CWV audit surface. If you can't afford to maintain two high-performing stacks, choose one.

Another pitfall: suddenly abandoning AMP without a migration plan. If your AMP pages generate significant organic traffic, migrate gradually by segments (by category, by traffic volume). Test each wave for 28 days before expanding. Monitor CWV metrics and SERP positions continuously.

• Audit your Core Web Vitals across all your AMP pages using PageSpeed Insights and Search Console
• Compare the CWV performance between your AMP and classic HTML pages on similar content
• If you keep AMP, eliminate heavy third-party scripts and optimize image rendering
• If you migrate to HTML, implement native lazy loading, Brotli compression, and edge CDN
• Test any AMP → HTML migration on a limited sample for at least 28 days before global deployment
• Monitor behavioral signals (click-through rate, bounce rate) post-migration — they may compensate for a slight CWV drop