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GlossarySEO

Redirect Chain

A redirect chain occurs when multiple redirects link sequentially — URL A redirects to URL B, which redirects to URL C — forcing users and search engine crawlers through several HTTP hops to reach the final destination.

Individual redirects are a normal part of managing a site. A single 301 redirect is clean and transmits link authority well. The problem starts when redirects stack. Every hop in a chain adds latency for users and forces Googlebot to make multiple requests to follow the trail. Google historically follows up to five hops — pages at the end of a long chain risk being skipped entirely on a given crawl pass.

The more significant SEO cost is link authority dilution. A single 301 passes most of a page's link equity; each additional hop introduces incremental loss. If high-authority backlinks point to URL A, and A redirects to B, which redirects to C, the equity arriving at C is lower than it would be with a direct redirect. At scale — especially after site migrations — this compounds into measurable ranking loss.

Redirect chains most commonly accumulate after sequential CMS migrations or URL restructures. A URL gets redirected during one migration, then that destination URL gets redirected again in the next. If the original chain is never cleaned up, it grows. The fix is straightforward: audit chains with Screaming Frog, then update the original source to point directly to the final destination, bypassing all intermediate hops.

Don't confuse redirect chains with redirect loops, where two URLs redirect to each other indefinitely. That's a different problem — crawler timeout rather than latency — but the same root cause: redirect management that treats each migration in isolation rather than auditing the cumulative state.

Why It Matters

Each redirect hop adds page load latency — chains of three or more redirects are measurable in Core Web Vitals and page speed scores, both of which are page experience signals

Link equity dilutes across every hop — backlinks pointing at the original URL deliver less authority to the final destination than a single clean 301 would, which compounds into ranking loss at scale

Deep chains can exceed Googlebot's crawl hop limit — pages at the end of long chains risk being skipped entirely during a crawl pass, delaying or preventing indexing of content that should rank

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