Free Online Url Parser

Looking for a free and powerful way to break down URLS? Try our best URL parser tool—free, fast, and easy to use! Whether you’re a developer needing to extract query parameters, an SEO specialist analyzing URL structures, or just someone who wants to understand how URLS work, this free URL parser does it all.

Simply paste any web address, and it instantly splits it into scheme, domain, path, query strings, and fragments. No coding required! For quick, accurate, and free URL parsing, this is the best URL parser available online. Give it a try now and simplify your web tasks effortlessly!

Advanced URL Parser

Advanced URL/URI/URN Parser

Basic Components

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Scheme (Protocol)

The scheme identifies the protocol to be used to access the resource. Common schemes include http, https, ftp, mailto, file, etc.

User Information

The userinfo part contains authentication information in the format username:password. The password is optional. This is followed by an @ symbol before the host.
Examples:
ftp://username:password@host.com/
ftp://username@host.com/

Authority

The authority component comprises:
  • User information (optional)
  • Host (domain or IP address)
  • Port number (optional)
Examples:
username:password@host.com:8080
subdomain.domain.com
www.example.com:8080

Host Information

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Hostname

Port

The port number is optional. When not specified, default ports are used:
  • HTTP: 80
  • HTTPS: 443
  • FTP: 21
  • SSH: 22

Domain Parts

Domains are hierarchical from right to left:
  • Top-Level Domain (TLD): .com, .org, .net
  • Second-Level Domain: The main domain name (example in example.com)
  • Subdomains: Prefixes to the main domain (www, blog, shop)

Path Information

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Full Path

The path represents a hierarchical structure pointing to a specific resource. Each segment is separated by a forward slash (/).
Examples:
/images/logo.png
/products/electronics/phones
/~username/documents/

Filename

File Extension

Query Information

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Query String

The query string contains additional parameters in key-value pairs, separated by ampersands (&). It follows a question mark (?) in the URL.
Examples:
?category=books&sort=price
?id=12345
?search=url+parser&lang=en

Query Parameters

Fragment Information

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Fragment (Hash)

The fragment identifier points to a secondary resource within the primary resource. It follows a hash symbol (#) and is typically used to point to specific sections of a document.
Examples:
#section-2
#top
#comments

Full URL Breakdown

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Complete Analysis


                        
                    

                

            

        

    

    
    

        
URLs Explained

        
        

            
What’s a URI?

            
What’s a URL?

            
What’s a URN?

        

        
        

            
Uniform Resource Identifiers (URIs) are used to identify ‘names’ or ‘resources’. They come in 2 varieties: URNs and URLs. In fact, a URI can be both a name and a locator!

            
URI Syntax:

            
scheme:scheme-specific-part?query#fragment

            
Examples:

            

                ftp://ftp.is.co.za/rfc/rfc1808.txt

                http://www.ietf.org/rfc/rfc2396.txt

                ldap://[2001:db8::7]/c=GB?objectClass?one

                news:comp.infosystems.www.servers.unix

                tel:+1-816-555-1212

                telnet://192.0.2.16:80/

                urn:oasis:names:specification:docbook:dtd:xml:4.1.2
            

        

        
        

            
Uniform Resource Locators (URLs) provide a way to locate a resource using a specific scheme, most often but not limited to HTTP. Just think of a URL as an address to a resource, and the scheme as a specification of how to get there.

            
URL Syntax:

            
scheme://username:password@subdomain.domain.tld:port/path/file-name.suffix?query-string#hash

            
Examples:

            

                http://www.google.com

                http://foo:bar@w1.superman.com/very/long/path.html?p1=v1&p2=v2#more-details

                https://secured.com:443

                ftp://ftp.bogus.com/~some/path/to/a/file.txt
            

        

        
        

            
Uniform Resource Names are identifiers for resources. They are location independent and make use of the urn: scheme.

            
URN Syntax:

            
urn:namespame-identifier:namespace-specific-string

            
Examples:

            

                urn:isbn:0451450523

                urn:ietf:rfc:2648

                urn:uuid:6e8bc430-9c3a-11d9-9669-0800200c9a66
            

        

    


    






Description:
With our powerful URL parser, you can extract and analyze components of any URL effortlessly. It breaks down URLS into schemes, domains, paths, query parameters, and fragments. This tool is ideal for web developers, SEO specialists, and data analysts.





Features:





    

  • Parse and display URL components (protocol, host, path, query, etc.)
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  • Extract and decode query parameters
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  • Encode/Decode URLS for safe transmission
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  • Quick sharing and copying options
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What is a URL Parser?





A URL parser is a tool or code that breaks down a web address (URL) into smaller parts. It helps you understand:





    

  • The protocol (like https:// or ftp://)
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  • The domain name (like example.com)
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  • The path (like /blog/post-1)
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  • The query parameters (like ?id=123&user=john)
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  • The fragment (like #section-2)
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This is useful for developers, SEO experts, and data analysts who need to work with URLs efficiently.





URL vs. URI vs. URN – What’s the Difference?





People often confuse these terms, but they’re simple:





    

  • URI (Uniform Resource Identifier) – A general term for any string that identifies a resource.
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  • URL (Uniform Resource Locator) – A type of URI that tells you where a resource is (e.g., https://example.com).
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  • URN (Uniform Resource Name) – A type of URI that gives a resource a unique name (e.g., urn:isbn:0451450523).
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In short:





    

  • All URLs and URNs are URIs, but not all URIs are URLs.
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How Does a URL Parser Work?





A URL parser splits a URL into its key components. Let’s take an example:





URL:
https://www.example.com:8080/blog/post?id=123#comments





Parsed Output:





    

  • Scheme/Protocol: https
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  • Host/Domain: www.example.com
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  • Port: 8080
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  • Path: /blog/post
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  • Query Parameters: ?id=123
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  • Fragment: #comments
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This breakdown helps in web development, SEO, and data extraction.





Why Do You Need a URL Parser?





Here’s why URL parsing matters:





✅ For Developers:





    

  • Extract query parameters from URLs.
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  • Validate URLs before using them in code.
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  • Build dynamic web apps that read URL data.
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✅ For SEO Specialists:





    

  • Analyze canonical URLs to avoid duplicate content.
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  • Check URL structure for better search rankings.
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  • Fix broken or messy URLs.
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✅ For Data Analysts:





    

  • Scrape and organize web data efficiently.
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  • Filter URLs based on domains or paths.
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Top Features of a Good URL Parser





A powerful URL parser should:





    

  • Split URLs into scheme, host, path, query, and fragment.
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  • Decode special characters (like %20 → space).
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  • Handle different URL formats (HTTP, FTP, mailto, etc.).
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  • Support batch parsing (for multiple URLs at once).
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  • Work across programming languages (Python, JavaScript, PHP).
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