Redirect Chain Checker

The Redirect Chain Checker follows a URL from the link you paste all the way to its final destination, showing every redirect hop it passes through on the way. For each step it records the URL, the status code that triggered the next jump, the location it points to and how long the hop took. The result is a complete map of the journey a browser takes when someone clicks your link, laid out as a clear, ordered table.

Redirects are essential for the modern web but they are also a common source of hidden problems. Too many hops slow a page down, a redirect that lands on the wrong protocol undermines security, and a misconfigured rule can create a loop that never resolves. Because browsers quietly follow redirects and only show the final page, these issues are easy to miss. This tool makes the entire path visible so nothing is hidden.

The trace runs server-side through a dedicated proxy, which lets it follow the chain across different domains and read status codes that a browser would block for cross-origin reasons. Alongside the hop table you get summary statistics: how many redirects occurred, the total time across all hops, whether the link was upgraded from http to https, and the final URL. Only the link you submit is used to run the trace.

Features

• Traces every redirect hop from the starting URL to the final destination.
• Shows the status code, target location and timing for each individual hop.
• Counts the total number of redirects so you can spot unnecessarily long chains.
• Sums the time across all hops to reveal how much latency redirects add.
• Flags whether the link was upgraded from http to secure https along the way.
• Reports the final resolved URL so you know exactly where the link truly leads.
• Exports the hop table to CSV or XLSX, or copies it for audits and bug reports.

How to use Redirect Chain Checker

1. Paste the starting URL, such as a short link or campaign link, into the input box.
2. Press the Check button to run the live, server-side redirect trace.
3. Read the hop table from top to bottom to follow the path the link actually takes.
4. Check the redirect count and total time stats to judge whether the chain is efficient.
5. Confirm the http-to-https upgrade flag shows the link ends on a secure address.
6. Export or copy the trace to document the redirect path for your team or client.

Benefits

• SEO specialists ensure redirects use the correct codes and avoid chains that dilute ranking signals.
• Developers debug routing rules by seeing every hop and where a loop or wrong target occurs.
• Marketers verify that short links and campaign URLs land on the intended final page.
• Security reviewers confirm links upgrade to https and do not detour through unexpected domains.
• Performance engineers measure how much delay a redirect chain adds to the first load.
• Anyone can reveal where a shortened or tracked link ultimately points before clicking it.

A redirect chain is the sequence of jumps between the URL a user requests and the page they finally see. Each jump is a response, usually a 301 permanent or 302 temporary redirect, that tells the browser to try a new location. A single well-placed redirect is healthy, but chains of three, four or more hops waste time and can weaken how search engines pass authority through the links. Seeing the whole chain is the only reliable way to know how long it really is.

Two details are especially worth watching. The first is the protocol: a secure site should redirect any http request to https, and this tool flags whether that upgrade happened. The second is the destination of each hop, which exposes loops where two URLs redirect to each other endlessly, or detours through tracking domains you did not expect. Both are invisible during normal browsing and both can quietly harm performance or trust.

The trace is performed on a server so it can follow redirects across domains and read the status codes that cross-origin rules would hide from a browser, and the URL you submit is used only for that single trace. If you mainly want the final status code rather than the full path, the HTTP Status Code Checker presents the same underlying data with the verdict front and centre, while the Bulk URL Status Checker applies the same redirect-following logic to many links at once.