URL Redirect Chain Tracer

A URL redirect chain occurs when a URL is redirected multiple times before reaching the final destination. For example, URL A redirects to URL B, which redirects to URL C, and so on. Each step is called a "hop." Long redirect chains can slow down page loading, waste crawl budget for search engines, and degrade user experience. This tool helps you visualize and analyze each hop in the chain.

301 Moved Permanently: Indicates the resource has been permanently moved to a new URL. Search engines transfer ranking signals (link equity) to the new URL. Browsers may cache this redirect.

302 Found (Temporary Redirect): Indicates a temporary move. Search engines typically keep the original URL indexed and do not pass full link equity. Use 302 for temporary changes; use 301 for permanent ones. Other common redirects include 307 (Temporary Redirect, preserves HTTP method) and 308 (Permanent Redirect, preserves HTTP method).

Redirect chains negatively impact SEO in several ways: (1) Each hop adds latency, slowing page load times — a confirmed ranking factor. (2) Search engines have a limited crawl budget; excessive redirects waste it. (3) Link equity (PageRank) diminishes with each redirect hop — Google's John Mueller has confirmed that every additional hop loses some authority. (4) Googlebot may stop following redirects after 5 hops. Best practice: keep redirect chains to 0-2 hops maximum.

A redirect loop (or circular redirect) happens when URL A redirects to URL B, which eventually redirects back to URL A, creating an infinite cycle. Browsers typically stop after detecting 15-20 redirects and display an error like "too many redirects" or ERR_TOO_MANY_REDIRECTS. Redirect loops make pages completely inaccessible. This tool automatically detects loops by tracking visited URLs and alerts you when one is found.

To fix redirect chains: (1) Use this tool to identify all hops in the chain. (2) Update the earliest redirect to point directly to the final destination URL. (3) Remove intermediate redirects that are no longer needed. (4) Update internal links to point directly to the final URL. (5) For CMS platforms like WordPress, use plugins like Redirection to manage and consolidate redirects. (6) Check your .htaccess or server configuration for legacy redirect rules that can be consolidated.

This tool detects server-side HTTP redirects — status codes 301, 302, 303, 307, and 308 that include a Location header. These are the most common and SEO-significant redirect types. The tool does not detect client-side redirects such as meta refresh tags (<meta http-equiv="refresh">) or JavaScript redirects (window.location), as these require rendering the page. For comprehensive analysis, combine this tool with a full page inspector.

Web browsers enforce Cross-Origin Resource Sharing (CORS) restrictions for security. When tracing redirects on a different domain, the browser blocks reading the response headers (including the Location header). The CORS proxy acts as an intermediary, forwarding requests and responses while adding proper CORS headers, enabling cross-domain redirect tracing. For same-origin URLs, you can disable the proxy for faster results.

Google recommends keeping redirect chains to fewer than 5 hops, and ideally 0-2 hops. Googlebot may stop following redirects after approximately 5 consecutive hops. For optimal user experience and SEO, the best practice is to redirect directly from the source URL to the final destination in a single hop. Each additional hop adds latency (typically 50-200ms per hop) and dilutes link equity.