URL Redirect Checker

URL Redirect Checker: Following the Path of a Request

Redirects are used to send visitors and search engines from one URL to another. They are essential after site changes, but chains of redirects add delay and can dilute the value passed between pages. A redirect checker traces the sequence of responses so you can see exactly where a request ends up.

What the tool reveals

• Status codes: each hop returns a code such as 301 or 302, indicating whether the move is permanent or temporary.
• Sequence of URLs: the full chain from the starting address to the final destination.
• Number of hops: a direct single redirect is generally preferable to a long chain.

Why redirect chains are a problem

Each redirect adds a round trip before the user reaches the final page, which slows the experience. Long chains can also make it harder for search engines to consolidate signals, and they are easy to overlook during migrations when only part of the path is updated.

Common situations

• Checking a migration: confirm old URLs point directly to the new ones.
• Auditing internal links: find links that still bounce through an unnecessary hop.
• Verifying canonical setup: ensure the preferred address is the final destination.

Practical guidance

Aim for one redirect between the old URL and the final one. Where multiple hops exist, update the earlier links or rules so they point straight to the destination. Use permanent redirects for lasting moves and temporary ones only when the change is genuinely short-term.

Limitations

The chain reflects what is returned for that request at that time. Redirect behavior can depend on the path, request method, or client, and some sites apply rules conditionally. It is a useful trace, not a complete map of every route on a site.

Conclusion

Redirects are easy to configure and equally easy to let pile up. Tracing them reveals unnecessary hops and helps keep the path from old addresses to new ones short and predictable.