URL Redirects Test

Long redirect chains add a full network round trip per hop before the user reaches the final page, dilute link equity, and can sometimes confuse crawlers that stop following after a small number of jumps. Chains often accumulate quietly over time as a site moves from HTTP to HTTPS, switches www variants, or restructures categories, and an inbound link to the original URL ends up bouncing through every legacy rule in turn. This test traces the redirect chain for your URL and reports the number of hops needed to reach the final destination.

Why redirect chains matter

Every redirect costs a full network round trip before the user reaches the final page. On a slow mobile connection, three redirects in a chain can add a full second to the perceived load time before the destination page even starts loading. Beyond the speed cost, long chains can break crawlers in subtle ways: some crawlers stop following after a small number of hops, which means a destination page hidden behind too many redirects may never be indexed.

Redirect chains often accumulate over time without anyone noticing. A site goes from HTTP to HTTPS (one redirect), later moves from www to non-www (two), later changes a category structure (three), and now any inbound link to the original URL hits all three before reaching its destination. Auditing and collapsing chains so the original URL redirects directly to the final destination is one of the easiest performance and SEO wins available on a long-running site.

Common causes of redirect chains

• HTTP to HTTPS upgrade followed by another redirect (e.g. www variant), where the chain could be one hop.
• Trailing slash inconsistency, where one rule strips it and another adds it back.
• Old URL structures redirected through an intermediate URL rather than directly to the new destination.
• Affiliate or tracking redirects that introduce extra hops between the original URL and the destination.

This test traces the redirect chain for your URL and reports the number of hops. The fix guide below covers identifying chain sources in server and CDN configuration, collapsing chains to single redirects, and choosing the right HTTP status (301 vs 302) for permanent vs temporary moves.