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HTTP Status Checker
Check the live HTTP status of a public URL, follow redirects, and review the final response and request path.
What HTTP Status Checker does
HTTP Status Checker sends a live request to a public URL and reports the HTTP response code returned to the Trexmi server. Use HTTP Status Checker to confirm whether a page succeeds, redirects, is missing, is blocked, or returns a server error without relying on what a browser visually displays.
HTTP status codes are divided into informational, success, redirect, client-error, and server-error classes. A page can display a friendly design while still returning an incorrect status, so checking the actual protocol response is important for APIs, SEO, monitoring, migrations, and troubleshooting.
How to use
- Enter the URL. Paste the complete public HTTP or HTTPS address.
- Choose redirect behavior. Follow redirects to see the final response or disable following to inspect the first response only.
- Set limits. The redirect depth and timeout protect the request from excessively long or stalled paths.
- Run HTTP Status Checker. Trexmi requests the URL from the server.
- Read the result. Review the code, class, explanation, final URL, response time, redirect count, and request path.
Why use HTTP Status Checker?
Focused controls, predictable output, and a workflow designed around this exact transformation.
Check a live URL
Verify the actual HTTP response returned to the Trexmi server.
Follow redirects
See how many redirects occur before the final response is reached.
Measure request time
Use timing as context when comparing endpoints or diagnosing slow responses.
Interpret the code
Distinguish success, redirect, client error, server error, and failed requests quickly.
Questions about HTTP Status Checker
Practical details about input, output, privacy, limits, and the best way to use this tool.
01 What is an HTTP Status Checker?
It requests a URL and reports the HTTP status code returned by the server, along with useful redirect and timing context.
02 What does HTTP 200 mean?
200 OK normally means the request succeeded and the server returned the requested representation.
03 What is the difference between 301 and 302?
301 represents a permanent move, while 302 is generally used for a temporary redirect. 307 and 308 preserve the request method more strictly.
04 Why can my browser and the checker receive different codes?
Authentication, cookies, bot detection, geography, CDN rules, rate limits, request headers, and cache state can change the response.
05 Does a 404 page always return HTTP 404?
No. Some websites display a not-found template while incorrectly returning 200. The checker reveals the actual protocol status.
How HTTP Status Checker works
The HTTP Status Checker sends a safe server-side request to a public URL. When redirect following is enabled, it traces the path until a final response is reached or the configured redirect limit is hit. The result summarizes the final code, response class, timing, and URL path.
The five main status classes are 1xx informational, 2xx successful, 3xx redirection, 4xx client/request errors, and 5xx server or upstream errors. Use the HTTP Status Code Lookup when you need a reference for a code without making a live request.
Redirect status codes
301 and 308 normally represent permanent moves. 302 and 307 represent temporary moves. 303 directs the client to retrieve another resource with GET. A redirect is not inherently a problem, but unnecessary chains add latency and make migrations harder to maintain.
For deeper redirect analysis, use the Redirect Chain Checker. It is designed to highlight loops, temporary redirects, HTTP-to-HTTPS transitions, and avoidable hops.
Understanding 4xx and 5xx responses
4xx codes usually describe a request or access problem. Common examples include 400 Bad Request, 401 Unauthorized, 403 Forbidden, 404 Not Found, 410 Gone, and 429 Too Many Requests. 5xx codes indicate a server or upstream failure, including 500 Internal Server Error, 502 Bad Gateway, 503 Service Unavailable, and 504 Gateway Timeout.
The protocol definitions are maintained in the HTTP Semantics specification. The MDN HTTP status reference provides a practical developer-oriented overview.
A practical status debugging workflow
Start with the exact URL that users or crawlers request. Check the first response with redirects disabled if you need to know whether it moves. Then enable redirect following and confirm the final destination. If a 4xx or 5xx response appears, inspect the response headers with HTTP Header Checker and reproduce the request with cURL Builder when you need to compare methods, authentication, or custom request headers.
Related Trexmi tools
Use Redirect Chain Checker for redirect diagnostics, HTTP Header Checker for complete response metadata, HTTP Status Code Lookup for code meanings, and cURL Builder to construct reproducible requests.
HTTP Status Checker summary
HTTP Status Checker gives you the protocol result instead of relying on the page appearance. Check whether the URL succeeds, moves, fails because of the request, or encounters a server error. Combine the live code with redirect history, headers, and application logs to understand why the response occurred.