A redirect chain means a user or bot follows multiple redirects to reach a final URL. This happens when URL A redirects to URL B, and then URL B immediately redirects to URL C, and so on. These chains hurt your site’s crawl budget, making Googlebot spend more time on redirects than on new content.
Every hop in a redirect chain also diminishes PageRank, or link equity, passed to the final destination. Google confirms 301 redirects pass most PageRank, but a chain of them definitely lessens the total value transferred. You can manually trace these hops using browser developer tools, but it’s slow and impractical for an entire site.
What Is a Redirect Chain Checker?
A Redirect Chain Checker is a free browser-based tool that instantly traces the complete redirect path for any URL you provide. It shows every single hop, the HTTP status code (like 301, 302, 307), and the `Location` header for each redirect in the sequence. You'll see exactly how a URL gets from its starting point to its final destination.
The Redirect Chain Checker at https://scrawl.tools/tools/redirect-chain-checker provides this information without requiring any login or account creation. It's built for speed and clarity, giving you actionable data fast.
Why It Matters for SEO
Redirect chains aren't just an annoyance; they directly impact your SEO performance in several ways. You're losing efficiency and potentially rankings when these chains exist.
First, they waste crawl budget. Googlebot has a finite amount of time and resources to spend on your site during each crawl cycle. If Google needs to follow 3-4 redirects to reach a single page, it's consuming significantly more crawl budget than if it went directly. For a large site with millions of URLs, Google might only allocate 100,000 URLs to crawl daily; long redirect chains can quickly eat into this, preventing new or updated content from being indexed.
Second, redirect chains dilute PageRank. While a single 301 passes most PageRank, multiple redirects in a row will inevitably cause more loss. Google won't confirm exact percentages, but a 3-hop chain will certainly pass less authority than a direct 301. This means your important landing pages receive less link equity than they should.
Third, chains hurt user experience and page load times. Each redirect adds a small amount of latency, typically 50-100 milliseconds per hop. A three-hop chain means your users wait an extra 150-300 milliseconds just for the browser to find the right page. This directly impacts Core Web Vitals, particularly Largest Contentful Paint (LCP) and First Input Delay (FID).
How to Use It
Checking for redirect chains doesn't take long once you know where to look. You can find these problems quickly with the right tool.
- Go to https://scrawl.tools/tools/redirect-chain-checker. This tool is free and doesn't require you to register or log in.
- Paste the full URL you want to investigate into the input field. Make sure it includes the `http://` or `https://` prefix.
- Click the "Check Redirects" button. The tool will process the request and show you the full redirect path within seconds.
What the Results Tell You
The Redirect Chain Checker shows you a step-by-step breakdown of what happens when you request a URL. You get a clear, visual diagram of the entire redirect path.
For each hop, you'll see the original URL, the HTTP status code returned (e.g., 301 Moved Permanently, 302 Found, 307 Temporary Redirect), and the `Location` header indicating where the browser was sent next. This detailed view makes it easy to spot unnecessary redirects. The tool also detects if a redirect creates an infinite loop, showing you if a page is sending itself back to an earlier URL in the chain.
Here's an example of what two hops in a redirect chain look like in terms of the raw HTTP response headers:
HTTP/1.1 301 Moved Permanently
Location: https://www.example.com/old-page/
HTTP/1.1 302 Found
Location: https://www.example.com/new-page-final/In this example, the initial request hit a 301, then immediately went to another 302 before finally landing on the correct page. The final URL is always the last stop in the chain, the page that actually loads content. This information tells you exactly which redirects to consolidate or remove.
3 Mistakes Most People Make
People often introduce redirect chains without realizing the long-term damage. These mistakes are common but easy to fix once you identify them.
- Ignoring redirect chains during site migrations: The real issue is when you migrate a site, and don't clean up old redirect rules. You'll often find a page redirecting from `old-domain.com/page` to `new-domain.com/old-page` to `new-domain.com/new-page`. This isn't just inefficient; it can break Google's ability to index the new content quickly, sometimes delaying indexing by days or even weeks. Most people miss checking these after a migration because they only test the first redirect.
- Not fixing internal links: You've set up redirects, which is good for old external links, but you also need to update all internal links to point directly to the final destination URL. Every time Googlebot or a user clicks an internal link that goes through a chain, you're wasting crawl budget and adding latency. Here's what actually happens: you send Googlebot on a wild goose chase when it should just go straight to the target, adding unnecessary steps to every internal link.
- Forgetting about HTTP to HTTPS, then WWW to non-WWW redirects: You might have a redirect chain that starts with `http://example.com` -> `https://example.com` -> `https://www.example.com` -> `https://www.example.com/correct-path`. That's three hops before even reaching the right content. Your canonical tags often resolve to `https://www.example.com/correct-path`, but if you're linking from `http://example.com`, you're building a three-hop chain for every single page across your entire site. This wastes a significant chunk of crawl budget and PageRank.
Identifying and fixing redirect chains is a fundamental part of maintaining a healthy website for SEO. Use the Redirect Chain Checker at https://scrawl.tools/tools/redirect-chain-checker to quickly audit your URLs and eliminate unnecessary hops.