Redirect Chain Tester
Trace redirects from an entered URL to the final destination, review each hop in sequence, and identify chains, loops, or temporary redirects that may deserve cleanup.
What this tool checks
Redirect Hops
Shows each redirect encountered before the final destination so you can see whether the path is direct or unnecessarily complex.
Response Status Codes
Identifies 301, 302, and other redirect responses in sequence so you can verify whether each hop matches the intended type of move.
Chain Quality
Highlights long paths, repeated redirects, and loops that can add request overhead or make URL maintenance harder to understand.
Why Redirect Chains Deserve Review
Redirect chains should be shortened when avoidable because extra hops add requests, complicate crawling and debugging, and can create unnecessary friction before the final URL is reached. Keeping redirect paths clear helps maintain a more predictable experience for crawlers and users.
Common issues this tool detects
More than 2 hops is a useful operational trigger for review because each additional redirect adds another request and another place for configuration problems to occur.
A 302 indicates a temporary redirect, while a 301 indicates a permanent move. Confirm that the response code matches whether the destination change is temporary or intended to persist.
URLs that redirect back into the same path can prevent a usable final destination from being reached and should be corrected at the redirect rules or application logic.
Frequently asked questions
How many redirects are too many?
Use 1-2 hops as a practical review target, and investigate chains longer than 3 before assuming they are acceptable. The goal is to remove unnecessary hops while preserving redirects that still serve a valid purpose.
When should I use 301 vs 302?
Use 301 when a URL move is intended to be permanent and 302 when the move is genuinely temporary. The correct choice depends on the purpose and expected duration of the redirect.