Faster pages, cleaner Core Web Vitals.
A website speed redesign cleans up Core Web Vitals — LCP, CLS, INP — as part of the rebuild. Speed shows up in two places: Google's rankings and the visitor's first impression. Heavy images, render-blocking scripts, bloated fonts, and unstable layouts all drag both.
Five performance layers.
- Images — format, size, lazy-loading, dimensions
- Fonts — preloaded, deduplicated, with display-swap
- Scripts — deferred, async, or removed where they earn no value
- Layout stability — CLS measured and reduced on the pages buyers see most
- Hosting and caching — TTFB, compression, browser cache headers
Every layer gets verified against Core Web Vitals — LCP, CLS, INP — on real devices.
Five common performance problems.
Images load heavy and unsized
Hero images shipped as full-resolution JPEGs. Below-fold images loaded eagerly. No width or height attributes. The redesign converts to modern formats (WebP, AVIF), sizes everything correctly, lazy-loads below-fold, and adds dimensions to prevent layout shift.
Fonts block the first paint
Three font families loaded synchronously from a third-party CDN, with no `font-display: swap` and no preload hints. The redesign trims the font set, preloads the critical weights, and verifies that text renders without a flash of invisible text.
Scripts load synchronously when they don't need to
Analytics, chat widgets, marketing pixels, and design system JavaScript all loaded in `<head>` without `defer` or `async`. The redesign defers the scripts that don't need to run before paint, removes the ones that earn no value, and audits third-party load behavior.
Layout shifts during load
Images without dimensions, ads or embeds that pop in, fonts that swap and reflow text. CLS scores drag conversion and search ranking. The redesign reduces shift by sizing every layout container and reserving space for late-loading content.
Hosting and caching are the floor
Slow TTFB, no compression, no cache headers, every page rendered fresh on every request. The redesign reviews hosting, compression (gzip or brotli), browser cache policies, and CDN configuration so the server side stops bottlenecking the front-end work.
Slow sites cost both rankings and revenue.
Google measures Core Web Vitals as a ranking signal. Sites with strong LCP, CLS, and INP scores have a tailwind in search; sites with weak scores have a drag. The effect compounds over time as Google's algorithm puts more weight on real-world performance data.
Speed shows up in conversion too. Visitors who wait more than a few seconds for a page to become useful tend to bounce. Mobile visitors on slower connections feel it the most. A speed redesign improves both axes — the algorithm sees faster pages, and the visitor feels them.
Frequently asked questions.
Can a speed redesign run without a content rebuild?
Short answer: Yes. A focused performance engagement keeps the existing content and visual system, and rebuilds the underlying delivery. Most clients combine speed work with broader redesign scope when both layers need attention.
How fast is fast enough?
Short answer: The Core Web Vitals thresholds are public: LCP under 2.5 seconds, CLS under 0.1, INP under 200ms. The redesign aims for the "good" band on all three, on the pages visitors actually land on.
Will improving speed help or hurt SEO?
Short answer: Help. Faster pages rank better, and the speed work doesn't typically introduce ranking risk. Anything that does — URL changes, schema shifts — gets handled through the standard SEO migration plan. See SEO redesign.
Do you handle hosting changes too?
Short answer: Yes, when they help. Most speed problems can be solved on the existing host. A few cases call for a platform move (Webflow to a static build, shared WordPress to managed hosting) — we recommend the move when it earns the cost.
How do you measure speed after launch?
Short answer: PageSpeed Insights and Chrome User Experience Report (real-user data, not just lab tests) on the priority pages. Post-launch monitoring catches regressions caused by content additions or third-party scripts added later.
Tell us which pages need to be faster.
Send the URL, the pages you've noticed are slow, and any Core Web Vitals data you have. We'll be in touch to schedule a call.