URL Redirect Tracer
Follow and analyze HTTP redirect chains
About the URL Redirect Tracer
A single link can quietly bounce through several redirects before landing on its final page — and each hop costs time and can leak or lose information. This URL Redirect Tracer follows that chain step by step, showing every URL, its status code, and where it points next, until it reaches the destination.
SEOs use it to find redirect chains that dilute link value, marketers verify that a shortened or campaign link ends where it should, and the cautious use it to see where a suspicious link actually leads before clicking through. It numbers each hop, color-codes the status codes, and reports the total number of redirects and the time the chain took. When a migration or link shortener misbehaves, that hop-by-hop view usually shows the culprit in seconds.
URL Redirect Tracer, Redirect Tracker, Link Tracer — Same Tool
If you have been searching for a redirect tracker or a link tracer, this is the tool you are after — the names differ, the job is the same. Whether you think of it as tracing, tracking, or following redirects, it takes a URL or link and walks every redirect hop to reveal the final destination. So "track a redirect," "trace a link," and "trace a URL redirect" all land in the right place: one tool that shows exactly where a link leads and every step it takes to get there.
How to Use the URL Redirect Tracer
- Enter the starting URL.
- Click Trace Redirects.
- Follow the numbered chain — each step shows its URL, status code, and the location it redirects to.
- Read the final destination, the total redirect count, and the overall time, then copy the chain.
Why Use ToolForge’s URL Redirect Tracer
- It reveals the full hop-by-hop chain with each status code, so you can spot unnecessary redirects that slow a page and weaken SEO.
- It resolves relative redirect locations correctly and caps the trace at a sensible limit to avoid infinite loops.
- It reports the total number of redirects and cumulative time, quantifying the cost of the chain.
- It runs from your browser following redirects manually; no third-party service is involved in the trace.
Common Reasons to Trace a Redirect Chain
A hop-by-hop view answers one practical question — where does this link really go? — and that comes up more often than you might think:
- Checking a shortened or affiliate link before you share it. Shorteners hide the real target and an affiliate wrapper can be repointed without the short URL ever changing, so tracing it first confirms the destination is what you expect.
- Verifying a site migration. Run your old URLs through the tracer to confirm each one lands on its intended new address in a clean hop, rather than falling through to a generic homepage or a 404.
- Confirming a UTM-tagged or campaign link. Trace it to make sure it resolves to the exact landing page you built for that campaign and is not bounced somewhere off-message along the way.
- Safely previewing a suspicious link. Follow an unfamiliar link through its chain to see the final destination without having to open it yourself first.
Frequently Asked Questions
Why do redirect chains matter for SEO?
Each redirect adds latency and can dilute the ranking signal passed to the final page, and long chains risk being crawled less thoroughly. Collapsing a chain so a link points directly to its destination improves speed and preserves more value.
What is the difference between a 301 and a 302 redirect?
A 301 is a permanent redirect, signaling that a page has moved for good and passing most ranking value to the new URL. A 302 is temporary, telling browsers and search engines the original may return. The tracer shows each status code so you can tell which is in use.
Can it trace any link?
It follows standard HTTP redirects from the browser. Some destinations restrict cross-origin requests, which can cut a trace short, and redirects performed by JavaScript after the page loads are not visible to it — it follows server-level redirects.
