Free Redirect Checker - Trace Every Redirect Hop
Enter any URL and instantly trace the complete redirect chain. See every intermediate hop, HTTP status codes, and the final destination. Perfect for debugging redirect loops and affiliate link audits.
Last updated: May 2026
Redirect Chain Tracer
Enter a full URL to trace its redirect chain
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- Every hop in the redirect chain
- HTTP status code (301, 302, 307, 308)
- Response time per hop
- HTTPS status on each hop
- Final destination URL
Redirect Analysis
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What Is a Redirect Checker?
A redirect checker is a free online diagnostic tool that traces every HTTP redirect between an original URL and its final destination. When a server returns a 3xx status code such as 301 Moved Permanently or 302 Found, browsers automatically follow the Location header to the next URL. A redirect checker performs the same action manually and records every step, including the status code, response time, HTTPS status, and target URL. This visibility is essential for SEO professionals tracking link equity during a site migration, developers debugging API endpoints, marketers auditing affiliate URLs, and security researchers analyzing shortened links. Our free redirect checker follows up to 10 hops, detects infinite loops, and reports the cumulative chain duration so you can pinpoint exactly where redirects are slowing your site or breaking the user journey. According to Google's John Mueller, while Googlebot can follow several redirects, each additional hop wastes crawl budget and can dilute ranking signals, making a redirect checker an everyday tool for technical SEO audits.
Why Too Many Redirects Hurt SEO & Performance
Every additional redirect hop costs you crawl budget, link equity, and Core Web Vitals. Here is the real impact.
1. Slower Page Load Times
Each redirect adds 200 to 600 milliseconds for DNS lookup, TCP handshake and TLS negotiation. Google PageSpeed Insights explicitly flags "Avoid multiple page redirects" as a Core Web Vitals diagnostic that worsens Largest Contentful Paint.
Each hop adds ~400ms on mobile networks
2. Wasted Crawl Budget
Google's John Mueller has confirmed that Googlebot follows up to roughly five redirects per crawl attempt before giving up. On large sites, long chains burn through your crawl budget and delay indexing of important pages.
Google follows ~5 hops max before abandoning
3. Diluted Link Equity
Independent research from Ahrefs and Moz shows that redirect chains of three or more hops can leak 10 to 15 percent of PageRank. Pointing the first URL directly to the final destination recovers that equity.
3+ hops can lose 10-15% of link equity
4. Higher Bounce Rates
Users abandon pages that take more than three seconds to load. A multi-hop redirect can push perceived load time past that threshold, directly increasing bounce rate and lowering session quality signals tracked by analytics.
53% of mobile users abandon pages >3s
5. Security & Trust Risks
Long chains that hop between HTTP and HTTPS expose users to mixed-content warnings and man-in-the-middle attacks. Mixing protocols across hops is a common vector for session hijacking and tracker injection.
HTTP → HTTPS hops can leak session data
6. Redirect Loops
Misconfigured redirects can create infinite loops that trigger ERR_TOO_MANY_REDIRECTS in browsers and remove pages from the Google index entirely. A redirect checker catches loops before they reach production.
Loops fully block indexing & users
Types of Redirects Explained
Understanding each redirect type helps you pick the right one and use the redirect checker to verify your implementation.
Moved Permanently
The gold standard for permanent URL changes. Google passes nearly 100 percent of link equity and updates the index to the new URL. Use for site migrations, HTTPS upgrades, and canonical URL consolidations. Cached aggressively by browsers.
Found (Temporary)
Indicates a temporary redirect. Search engines keep the original URL indexed and typically do not pass link equity to the destination. Often misused for permanent moves, which costs SEO value. Browsers do not cache 302 responses by default.
Temporary Redirect
The HTTP/1.1 successor to 302 that strictly preserves the original HTTP method. A POST request stays a POST after the redirect, which makes 307 safe for form submissions, API endpoints, and authenticated requests where method changes would break functionality.
Permanent Redirect
The modern equivalent of 301 that also preserves the HTTP method. Treated the same as 301 by Google for SEO purposes, passing full link equity, but better for APIs and modern web applications where preserving POST/PUT/DELETE requests across redirects matters.
Meta Refresh Redirect
An HTML-level redirect using <meta http-equiv="refresh"> inside the page's <head>. Google can follow them but treats instant (0-second) meta refreshes like a soft 301 and delayed ones as 302s. They are slower because the full HTML must download before the redirect fires.
JavaScript Redirect
A client-side redirect via window.location or location.replace(). Googlebot can render and follow them but the process is slower and less reliable than server redirects. Avoid for SEO-critical pages and prefer server 301/308 wherever possible.
How Our Redirect Checker Works
Our redirect checker uses server-side HEAD requests to safely trace every hop without loading destination pages or firing analytics.
URL Validation
We validate the submitted URL, confirm it uses the HTTP or HTTPS protocol, and reject anything malformed before any network request is made. This prevents the redirect checker from hitting internal addresses or unsupported schemes.
Manual Redirect Following
The redirect checker sends a HEAD request with redirect:manual so we can intercept each 3xx response. We inspect the Location header, build the next URL (handling relative paths correctly), and request the next hop until we hit a terminal 2xx, 4xx, or 5xx response.
Per-Hop Timing & HTTPS Inspection
For each hop we record the response time in milliseconds, the exact status code and text, the Location header value, and whether the connection used HTTPS. This makes it easy to spot slow servers and unsafe HTTP downgrades inside an otherwise secure chain.
Loop & Timeout Protection
The redirect checker enforces a 10-hop maximum and a 10-second timeout per request. If either limit is hit, we return a clear error along with the partial chain so you can see exactly where things broke.
Chain Health Verdict
Once the chain terminates, the redirect checker categorizes the hop count so you instantly know whether your chain is SEO-healthy or needs cleanup.
When to Use a Redirect Checker
A redirect checker is part of every technical SEO, migration and security workflow.
Site Migrations & Domain Changes
When migrating to a new domain or restructuring URLs, run every old URL through the redirect checker to confirm it points directly (single hop) to the correct new URL with a 301 status. This preserves link equity and prevents traffic loss.
HTTPS Migration Audits
After switching to HTTPS, use the redirect checker to verify every HTTP URL redirects directly to its HTTPS counterpart in a single hop. Multi-hop HTTP-to-HTTPS chains are a common SEO and security issue after SSL deployment.
Affiliate & Tracking Link Audits
Affiliate networks and ad platforms often stack multiple redirects through tracking servers. Use the redirect checker to count those hops and confirm the final destination matches what you expect, especially before paying for clicks.
Phishing & Security Investigations
Suspicious shortened links and email URLs frequently chain through multiple shorteners to obscure malware destinations. The redirect checker reveals the full chain safely on the server side so you never load the dangerous page in a browser.
Debugging .htaccess and Server Config
After editing redirect rules in .htaccess, nginx.conf or middleware, the redirect checker confirms your rules fire in the expected order, return the right status codes, and do not produce loops or unintended chains.
Pre-Launch QA
Before pushing a new site live, batch-check every critical URL with the redirect checker to make sure your redirects are clean. Fix multi-hop chains and 302s that should be 301s before search engines crawl the new structure.
Redirect Best Practices
Follow these rules to keep your redirects fast, SEO-friendly and easy to maintain.
Redirect Checker FAQ
A redirect checker is a free online tool that traces the complete HTTP redirect chain of any URL, showing every hop a request travels through before reaching its final destination. When you enter a URL, the redirect checker sends a request and inspects the response. If the server returns a 301, 302, 307, or 308 status code along with a Location header, the tool follows that redirect and records it. The process repeats until a non-redirect response (typically 200 OK) is reached. You need a redirect checker for several reasons: diagnosing SEO problems caused by long redirect chains, verifying that 301 redirects are correctly preserving link equity during a site migration, troubleshooting broken or looping redirects, and auditing affiliate or marketing URLs for transparency. Search engines like Google strongly prefer direct paths, so a redirect checker helps you find and fix performance bottlenecks before they hurt rankings.
Google's John Mueller has publicly stated that while Googlebot will follow up to roughly five redirects in a single crawl attempt, every additional hop wastes crawl budget and slows the user experience. The practical SEO rule is to keep redirect chains at one hop whenever possible. Two hops are acceptable but should be cleaned up when feasible. Three or more hops start to noticeably impact page speed, dilute PageRank signals, and can cause some crawlers to abandon the chain entirely. According to research by Ahrefs and Moz, redirect chains of three or more hops can leak between 10 and 15 percent of link equity, and pages with long chains often see slower indexing. Our redirect checker flags chains longer than two hops so you can fix them by pointing the first URL directly to the final destination, eliminating intermediate hops.
The four most common HTTP redirect status codes serve different purposes. A 301 Moved Permanently tells browsers and search engines that the resource has been permanently relocated, which transfers full link equity and is the correct choice for site migrations and URL changes. A 302 Found indicates a temporary redirect that may change again, so search engines keep the original URL indexed and typically do not pass link equity. A 307 Temporary Redirect is similar to 302 but strictly preserves the HTTP method (a POST stays a POST), making it safer for form submissions and API endpoints. A 308 Permanent Redirect is the modern equivalent of 301 that also preserves the HTTP method. For SEO purposes, use 301 or 308 for permanent moves and 302 or 307 only for genuinely temporary redirects such as maintenance pages or geo-based routing. Our redirect checker labels each hop with its exact status code so you can verify the right type is being used.
Yes, redirect chains directly slow down page load times because every hop requires a new DNS lookup, TCP handshake, and TLS negotiation if HTTPS is used. Google's PageSpeed Insights and Web.dev both list 'Avoid multiple page redirects' as a Core Web Vitals diagnostic. Each redirect typically adds between 200 and 600 milliseconds depending on the user's network and the server's geographic distance. On mobile networks the penalty is even higher. For a two-hop redirect, users can wait an extra second or more before content begins to render, which hurts Largest Contentful Paint (LCP) scores. Slow LCP is a confirmed Google ranking signal. Our redirect checker reports the response time of each individual hop and the total chain duration, making it easy to quantify the speed cost of your current redirect setup before users and search engines abandon the page.
Yes, our redirect checker detects infinite redirect loops by enforcing a maximum of 10 hops per chain. If the tool follows 10 redirects without reaching a terminal response, it returns a 'Too many redirects' error and shows you exactly where the loop is occurring. Redirect loops happen when URL A redirects to URL B, URL B redirects back to URL A (or to another URL that eventually points back), creating an infinite cycle. These loops crash user browsers with 'ERR_TOO_MANY_REDIRECTS' errors and block search engine crawlers entirely, removing affected pages from the index. Common causes include misconfigured HTTPS redirects, conflicting .htaccess rules, CMS plugins fighting over canonical URLs, and CDN settings that conflict with origin server rules. Run the redirect checker against any URL throwing browser redirect errors to identify the exact hop where the loop begins.
Yes, our redirect checker works with all major URL shortening services including Bitly (bit.ly), TinyURL, t.co (Twitter/X), Ow.ly, Rebrandly, Short.io, Cutt.ly, and UseClick.io. Shortened URLs are essentially single-hop or multi-hop redirects, and our tool reveals every step in the chain. This is particularly useful for security audits because attackers often nest multiple shorteners to obscure the final phishing or malware destination. The redirect checker also works on branded short domains, affiliate cloaking systems, and marketing tracking URLs that pass through analytics platforms before landing the user. You can see the exact status codes, response times, and HTTPS status of every intermediate server. For a transparent alternative to opaque shorteners, UseClick offers branded short links with automatic preview cards so your audience knows where they are going before they click.
Build Short Links That Never Chain
Every UseClick short link is a clean, single-hop 301 redirect on the edge. No tracking middlemen, no chained shorteners, no SEO penalty. Combine it with our redirect checker to verify your entire link portfolio stays fast and SEO-friendly.
Single-Hop Redirects
Every link resolves in one fast 301 hop
Branded Domains
Use your own domain instead of bit.ly
HTTPS Everywhere
Automatic SSL on every short link
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