Redirect Checker

Trace complete redirect chains showing each hop, status codes, and final destination for any URL.

100% client-side No signup Free forever

Understanding HTTP Redirects

301 Permanent Redirect - SEO value transferred
302 Temporary Redirect - SEO value not transferred
303 See Other - Redirect after POST
307 Temporary Redirect - Method preserved
308 Permanent Redirect - Method preserved
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How to Use Redirect Checker

  1. Enter the URL you want to trace
  2. Click "Check Redirects" to follow the redirect chain
  3. View each redirect hop with status codes (301, 302, etc.)
  4. See the final destination URL after all redirects
  5. Identify redirect loops or excessive redirect chains
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About Redirect Checker

URL redirects are essential for website maintenance, migrations, and link management—but improper implementation can damage SEO rankings and frustrate users. Our Redirect Checker traces the complete path from initial URL to final destination, revealing every redirect in the chain.

Why Redirect Analysis Matters

Search engines treat different redirect types differently. A 301 permanent redirect passes most link equity to the new URL, while a 302 temporary redirect may not. Redirect chains (multiple sequential redirects) dilute link value and slow page loading. Mixed redirect types confuse search engine crawlers about the canonical URL.

What We Trace

  • Each Redirect Hop: Every URL in the chain from start to finish
  • Status Codes: 301 (permanent), 302 (temporary), 307 (temporary preserve method), 308 (permanent preserve method)
  • Redirect Source: Server-side (header) vs. JavaScript or meta refresh redirects
  • Response Times: Latency added by each redirect
  • Final Destination: Where users ultimately land

Common Issues We Detect

Redirect loops cause infinite redirects that crash browsers. Chain length beyond 2-3 hops wastes crawl budget and slows user experience. HTTP to HTTPS redirects followed by www normalization creates unnecessary chains. Mixed protocols in chains can cause security warnings. Our tool identifies all these issues with clear diagnostic information.

SEO Best Practices

Direct single-hop 301 redirects are ideal for SEO. During site migrations, mapping old URLs to new equivalents preserves link equity built over years. Regularly auditing redirects ensures clean architecture as sites evolve. We provide the visibility needed to maintain optimal redirect configuration.

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Frequently Asked Questions

What types of redirects can be detected?
301 (permanent - use for SEO), 302 (temporary - found), 303 (see other), 307 (temporary preserve method), 308 (permanent preserve method), and meta refresh redirects. We show the full redirect chain and explain each type's implications.
What is the difference between 301 and 302 redirects?
301 (permanent) tells search engines to transfer SEO value to the new URL and update their index. 302 (temporary) keeps the original URL in search results. Using 302 when you mean 301 loses SEO value. Most redirects should be 301.
How do I detect redirect chains or loops?
We follow all redirects and display the complete path. Chains (A→B→C→D) hurt performance and SEO - consolidate to single redirects. Loops (A→B→A) cause infinite redirection errors. We identify and highlight these issues.
Why check redirects from different locations?
Geo-targeted sites may redirect differently by location. CDNs and load balancers can behave differently globally. Testing from multiple regions ensures consistent redirect behavior and helps diagnose location-specific issues.
How do redirects affect SEO?
301 redirects pass most (but not 100%) of SEO value. Long chains dilute value further. Redirect to relevant content for best results. Avoid redirecting to unrelated pages. Always redirect HTTP to HTTPS and www to non-www (or vice versa) with 301s.
Can I test redirects with specific headers or cookies?
Yes! Some redirects depend on User-Agent, cookies, or other headers. Test with mobile vs desktop user agents, with/without cookies, or custom headers. This reveals conditional redirects that might behave differently for different visitors.