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Redirect Checker | Free URL Path & Status Code Tool
Trace the full path of any URL redirect to identify redirect chains, loops, and status codes. Ensure your redirects are working correctly and not negatively impacting your SEO or page load speed.
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Technical SEOWhy choose this tool?
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No signup, no limits, no hidden costs
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All processing happens in your browser
Instant Results
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Introduction
Redirects are a fundamental part of web infrastructure—they preserve link equity during site migrations, guide users from outdated URLs to new content, and consolidate duplicate pages. But when redirects chain through multiple hops, loop back on themselves, or use the wrong status code, they erode page speed, waste crawl budget, and leak ranking signals. Our Redirect Checker traces the complete path from any starting URL to its final destination, recording every intermediate hop, status code, and redirect type so you can spot problems that a simple browser redirect would hide.
Written by Abhishek AdhikariLast updated: June 27, 2026
Why this tool is needed
The tool follows every redirect in a chain from the initial URL to the final destination, logging the HTTP status code (301, 302, 307, 308, or meta/JavaScript redirects) at each hop. It detects redirect loops where a sequence of URLs circles back to a previous entry, identifies chains exceeding the recommended hop limit, and reports whether each redirect preserves the request method as required by the HTTP specification. The output shows the full breadcrumb trail of URLs with their status codes and response times.
Role in SEO
Google follows up to 5 redirect hops before giving up, and each hop adds latency to the user experience—a chain of three 302 redirects can add 600ms or more to page load. Redirect loops cause crawler abandonment, meaning the target page never gets indexed. Using a 302 temporary redirect instead of a 301 permanent redirect for a URL that has permanently changed tells Google to keep the original URL in the index, splitting ranking signals. Link equity passes through 301 redirects at approximately the same rate as a direct link, but 302 redirects pass significantly less equity in many scenarios. Understanding your redirect landscape is essential for both technical SEO and user experience.
How to use it well
1) Fill the form inputs: - URL: e.g., https://example.com 2) Click "Check Redirects" to process the inputs. 3) Review the Output panel. Copy or download results as needed.
Step 1
Step 1: Enter url
Pro tip: Use specific, audience‑aware phrasing (e.g., https://example.com).
Step 2
Step 2: Click Check Redirects
Pro tip: Keep inputs focused; iterate quickly for improvements.
Step 3
Step 3: Review the output
Pro tip: Edit lightly to match brand voice and intent.
Frequently asked questions
How many redirect hops are too many?
Google recommends following no more than 5 redirect hops, but each additional hop adds latency and increases the risk of crawler abandonment. Aim for a maximum of 2 hops in practice. If you find longer chains, update source URLs to point directly to the final destination.
Do 301 redirects pass all link equity?
Google has confirmed that 301 redirects pass PageRank approximately equally to a direct link. However, there may be a small amount of dilution in some cases. For permanent URL changes, 301 is always the correct choice regardless of minor equity considerations.
What's the difference between 301, 302, and 307 redirects?
301 indicates a permanent move and tells search engines to update their index. 302 is a temporary redirect that tells search engines to keep the original URL indexed. 307 is the HTTP/1.1 equivalent of 302 that guarantees the request method doesn't change. Use 301 for permanent moves, 302 only for temporary situations.
Can redirect chains affect page speed for users?
Yes. Each redirect requires an additional HTTP request-response cycle. A chain of three redirects can add 300-600ms of latency before the user sees any content. This directly impacts Core Web Vitals, particularly Largest Contentful Paint, and can increase bounce rates on mobile connections.
How do I use Redirect Checker | Trace URL Redirect Paths?
1) Fill the form inputs: - URL: e.g., https://example.com 2) Click "Check Redirects" to process the inputs. 3) Review the Output panel. Copy or download results as needed.
Is Redirect Checker | Trace URL Redirect Paths free?
Yes, it is free to use with no login. All processing happens in your browser.
Does it work on mobile?
Yes. The UI is mobile‑friendly and supports touch and keyboard.
What makes this better than competitors?
It is fast, simple, and focused on clear, reusable outputs with basic SEO guardrails.
How accurate is it?
Outputs reflect your inputs and templates. Review and edit for brand voice and specificity.
Can I customize tone and audience?
Yes. Provide context in inputs; adjust wording after generation as needed.
Is my data private?
Yes. Processing is local to your browser; we do not store inputs or outputs.
Can I download results?
Yes. Use the Download button to save outputs for reuse.
Example output
Sample Output: Starting URL: https://old-domain.com/legacy-page Hop 1: https://old-domain.com/legacy-page Status: 301 Moved Permanently Destination: https://new-domain.com/old-page Response Time: 120ms Hop 2: https://new-domain.com/old-page Status: 302 Found Destination: https://new-domain.com/current-content Response Time: 95ms Hop 3: https://new-domain.com/current-content Status: 200 OK Response Time: 340ms Summary: - Total Hops: 2 - Final URL: https://new-domain.com/current-content - Total Redirect Latency: 215ms - ⚠️ Hop 2 uses 302 (temporary) instead of 301 (permanent). Since this content has permanently moved, change to 301 to preserve link equity. - ⚠️ Consider updating old-domain.com/legacy-page to redirect directly to new-domain.com/current-content to eliminate Hop 2.
Best practices
- Keep redirect chains to a maximum of one hop—update source URLs to point directly to the final destination when possible
- Use 301 redirects for permanent URL changes and 302 only when the original URL will be reinstated in the future
- Avoid redirecting to a URL that itself redirects, creating chains that compound latency and crawl budget waste
- Implement server-side redirects (301/302) rather than meta refresh or JavaScript redirects for crawlability
- Maintain a centralized redirect map in your server configuration or CDN rather than scattering rules across multiple files
- Audit redirect chains quarterly, especially after content migrations, CMS updates, or URL structure changes
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