HTTP Status Code Checker

The HTTP Status Code Checker tells you exactly how a server responds when a URL is requested. You paste a link, run the check, and the tool reports the final status code, walks you through any redirects along the way, and explains in plain language what the code means. Instead of guessing why a page will not load or a link misbehaves, you get the server's own answer, from a clean 200 OK to a 404 Not Found or a 500 server error.

The check is performed server-side by a dedicated proxy, which matters for two reasons. First, it can follow the full redirect chain and record the status and response time of every hop, something a browser hides from you. Second, it sidesteps the cross-origin restrictions that would otherwise block a browser from reading another site's status code directly. The result is a reliable, complete view of what happens between the request and the final response.

This tool is built for anyone who works with links: developers debugging routing, SEO specialists auditing redirects, and support teams confirming whether a page is actually reachable. Each hop is timed in milliseconds so you can spot slow redirects, and the final verdict includes a description of the status code so you do not have to memorise what every number means. Only the URL you submit is used to run the check.

Features

• Reports the final HTTP status code for any http or https URL you submit.
• Follows and displays the complete redirect chain with the status of each hop.
• Times every hop in milliseconds so you can identify slow or unnecessary redirects.
• Explains what the final status code means in clear, plain language.
• Runs server-side so cross-origin restrictions never block the status read.
• Counts how many redirects occurred before the final response was reached.
• Exports the hop-by-hop table to CSV or XLSX, or copies it for a bug report.

How to use HTTP Status Code Checker

1. Paste a single URL such as https://example.com into the input box.
2. Press the Check button to run the live, server-side status lookup.
3. Read the final status statistic and its plain-language meaning for the quick verdict.
4. Scan the hop table to see each intermediate status code and its response time.
5. Use the redirect count to judge whether the link takes an efficient path to its destination.
6. Export or copy the table to attach the response evidence to a ticket or audit.

Benefits

• Developers confirm whether an endpoint returns success, a redirect or an error in one click.
• SEO specialists verify that important pages return 200 and that redirects use the right codes.
• Support teams prove whether a reported page is genuinely down or simply misconfigured.
• QA testers check deployed links return the expected status before sign-off.
• Marketers confirm campaign links resolve correctly instead of hitting a dead 404.
• Anyone can read a link's real server response without opening developer tools.

HTTP status codes fall into predictable families. Codes in the 200 range mean success, the 300 range means a redirect to another location, the 400 range means the request had a problem such as a missing page or forbidden access, and the 500 range means the server itself failed. Knowing the family is often enough to point you toward the cause, and this tool spells out the meaning of the specific code so the next step is obvious.

Redirects deserve special attention because they are invisible in normal browsing. A single click can quietly pass through several hops before landing on the final page, and each hop adds latency and a chance for something to break. By listing every hop with its status and timing, the checker reveals redirect loops, unnecessary extra jumps and the crucial http-to-https upgrade that should happen on any secure site.

Because the lookup runs on a server rather than in your browser, it produces a complete and trustworthy result even for sites that would otherwise block a cross-origin request, and the URL you submit is used only to perform the check. If you care specifically about the sequence of redirects rather than the final code, the companion Redirect Chain Checker presents the same data with the hops front and centre, and the Bulk URL Status Checker runs the same test across many links at once.