LectionFree Tool

Redirect Checker

Trace 301, 302, 307, and 308 redirect chains for any URL, then inspect the final destination, host changes, and HTTPS upgrades in one report.

Free redirect checker301 and 302 auditRedirect chain export
Free to runNo credit cardStructured results
Paste a live URL. The checker follows up to 8 hops, records each status code, and flags temporary redirects, host changes, and meta refreshes.
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Use this when you are cleaning site migrations, checking whether HTTP upgrades are one hop, or confirming that canonical URLs do not hide long redirect chains.

What is a redirect checker?

A redirect checker follows a URL the same way a crawler or browser would and shows every hop along the way. Instead of only telling you the final destination, it reveals the exact sequence of 301, 302, 303, 307, and 308 responses that happen before the page finishes loading.

That matters because redirect problems are often hidden in migrations, HTTP to HTTPS upgrades, and domain consolidations. A page can appear to work in the browser while still forcing search engines through multiple hops, temporary redirects, or cross-domain jumps that dilute crawl efficiency and make canonical cleanup harder.

This free redirect checker is built for practical audits. Paste any live URL, confirm whether it resolves directly or through a chain, export the results, and catch issues like long redirect paths, hostname changes, and meta refreshes before they affect SEO or scraping workflows.

How to read redirect chains

Start with the verdict, then inspect the chain itself. A clean setup usually ends on a 200 response, uses one permanent redirect at most for intentional normalization, and avoids extra host changes or temporary redirects on pages you expect to stay stable.

Step 1

Count the hops

One hop is usually fine. Two or more hops are worth consolidating, especially for canonicals, sitemap URLs, and internal links.

Step 2

Check the redirect type

Use 301 or 308 for permanent moves. Leave 302, 303, and 307 for genuinely temporary routing.

Step 3

Confirm the destination

Make sure the chain ends on the exact HTTPS host and path you expect, not a fallback domain or thin intermediate page.

Example: if http://example.com resolves through one permanent hop to https://example.com/, that is usually a healthy normalization pattern.

Different example: if an old campaign URL goes through 302 → 301 → 302 before landing on the final page, the browser still gets there, but crawlers and analytics platforms pay the cost of every extra hop. That is exactly the kind of chain you should shorten.

Common use cases

  • Auditing HTTP to HTTPS migrations and making sure the upgrade happens in one clean hop.
  • Checking whether old campaign, product, or blog URLs still bounce through temporary redirects.
  • Validating that sitemap entries and canonicals point to the final destination instead of an intermediate URL.
  • Reviewing domain migrations, subdomain merges, and www or non-www consolidations.
  • Confirming that scraper entry URLs do not waste requests on long redirect chains before extraction starts.

FAQ

What does a free redirect checker test?
It follows the URL hop by hop, records each HTTP status code, resolves Location headers, identifies host and protocol changes, and reports the final destination that a crawler or browser would reach.
What is the difference between a 301 and a 302 redirect?
A 301 signals a permanent move. A 302 signals a temporary move. Search engines often treat them differently, so permanent URL changes should usually use 301 or 308 instead of 302 or 307.
How many redirects are too many for SEO?
There is no universal cutoff, but more than one hop is usually worth reviewing. Multiple redirects slow requests down, add more failure points, and make canonical and internal-link cleanup harder.
Can a redirect checker find HTTP to HTTPS problems?
Yes. This tool shows whether the chain upgrades cleanly to HTTPS, changes hostnames, or introduces an unexpected downgrade back to HTTP.
Why would a redirect checker mention a meta refresh?
A meta refresh is a client-side redirect embedded in the page HTML. It can work, but it is usually weaker and less desirable than a server-side redirect for SEO and crawl efficiency.
Should sitemap URLs and canonical tags point to redirected pages?
Usually no. For best clarity, sitemaps, canonicals, and internal links should point directly to the final destination rather than relying on extra redirects to get there.

Related resources

Indexability Checker

Check whether the final destination is indexable after the redirects resolve.

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HTTP Header Inspector

Inspect response headers, caching rules, and x-robots-tag directives for the same URL.

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Meta Tag Checker

Review canonical tags, robots tags, Open Graph data, and page-level metadata.

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Lection pricing

See how Lection helps you scale extraction once you know the clean destination URLs.

Open tool →
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Need more than a one-off redirect audit? Lection can crawl live sites, follow destination pages, and export structured data once you know which URLs should remain in the final path.