Source URL (URL string) Enter the original URL that will be redirected (e.g., https://oldsite.com/page)

Redirect Type (HTTP status code) 301 - Permanent Redirect 302 - Temporary Redirect Select the HTTP status code for the redirect

Redirect Rule Type (match method) Full Match Partial Match (Substring) Prefix Match Choose how the match pattern is applied to the source URL

Match Pattern (text to find) Enter the text or pattern to match in the source URL

Destination Pattern (replacement text) Enter the replacement text or full destination URL

Quick Examples:

Full Domain Migration HTTP to HTTPS Upgrade

Calculate Clear

This calculator is for informational purposes only. It provides a simplified model of redirect behavior and does not account for server configurations, DNS settings, or redirect chains. Test redirects in your actual server environment for production use.

What Is a Redirect Target URL

A redirect target URL is the final destination address that a browser or user reaches after a redirect rule is applied. When someone visits an old URL, the server can automatically send them to a new location. This happens constantly on the web when sites move pages, change domains, or switch from HTTP to HTTPS. The redirect target URL shows exactly where the user ends up after the redirection process completes.

How Redirect Target URL Is Calculated

Formula

The calculator checks if the match pattern exists in the source URL. For full match mode, the entire source URL must match the pattern. For partial match mode, the calculator finds and replaces the matching portion with the destination pattern. The result shows where a visitor would land after the redirect. The HTTP status code (301 or 302) tells browsers and search engines whether the redirect is permanent or temporary, but does not change the target URL itself.

Why Redirect Target URL Matters

Knowing the redirect target URL helps web developers verify that redirect rules work correctly before deploying them to a live website. This prevents broken links and ensures visitors reach the intended destination pages.

Why Correct Redirects Are Important for SEO and User Experience

Broken or misconfigured redirects can harm search engine rankings and frustrate visitors. When a redirect points to the wrong destination, users may see 404 error pages or land on unrelated content. This increases bounce rates and can cause search engines to deindex important pages. Testing redirect rules before deployment helps catch these issues early and maintains both user trust and search visibility.

For Website Migrations

During a site migration, hundreds or thousands of URLs may need redirects. This calculator helps verify that each old URL correctly maps to its new location. By testing patterns before implementation, developers can ensure that pages, products, and blog posts remain accessible after the move. This preserves search rankings and inbound links that would otherwise be lost.

For Protocol Upgrades

When upgrading from HTTP to HTTPS, redirect rules must correctly transform all URLs while preserving paths and query parameters. This calculator shows the result of such transformations, helping administrators confirm that secure redirects work as expected across the entire site. Incorrect HTTPS redirects can cause mixed content warnings or prevent secure connections entirely.

Example Calculation

A website owner is migrating from an old domain to a new one. They have a page at http://oldsite.com/products and want to redirect all traffic to https://newsite.com. The source URL is http://oldsite.com/products, the redirect type is 301 (permanent), and they use a partial match rule replacing http://oldsite.com with https://newsite.com.

The calculator checks the source URL for the match pattern "http://oldsite.com". It finds this text at the beginning of the URL. Using partial match substitution, it replaces this portion with "https://newsite.com" while keeping the rest of the path "/products" unchanged.

The redirect target URL is: https://newsite.com/products

This result shows that visitors to the old URL will land on the correct page at the new domain. The 301 status code tells search engines to transfer ranking signals to the new URL permanently. The website owner can now implement this redirect rule with confidence that it works as intended.

Frequently Asked Questions

Who is this Redirect URL Calculator for?

This calculator is designed for web developers, site administrators, and SEO professionals who need to test and verify redirect rules. It helps anyone planning a website migration, domain change, or protocol upgrade understand where their redirects will send visitors.

What is the difference between 301 and 302 redirects?

A 301 redirect is permanent and tells search engines to transfer all ranking signals to the new URL. A 302 redirect is temporary and signals that the original URL may return in the future. Use 301 for permanent moves and 302 for short-term changes like maintenance pages or A/B tests.

Does this calculator handle regular expression patterns?

This calculator uses simple string matching and replacement, not regular expressions. It supports full match, partial match, and prefix match modes. For complex regex-based redirects, you may need to test directly on your web server or use specialized regex testing tools.

Can I use this calculator for redirect chains?

This calculator handles single redirect steps only. Redirect chains, where one redirect leads to another, require multiple calculations or server-side testing. Redirect chains can slow down page load times and may dilute SEO value, so they should generally be avoided in production.