URL Parser
Break a URL into its parts.
Break a URL into its parts.
How to use URL Parser
- Paste the URL you want to inspect
- Read the protocol, host, path, and query parameters
- Copy any part you need for debugging
About URL Parser
Paste a URL and see it broken into its pieces: the protocol, the host, the path, and every query-string parameter listed on its own line. It is a fast way to check what a long, messy link actually contains — which tracking tags it carries, what the ?v= or id value behind a video or share link is, or why a redirect is misbehaving — before you use it or debug it.
If you would normally reach for code to do this — urllib.parse in Python, the URL object in JavaScript or Node, net/url in Go, or java.net.URI in Java — this saves the round trip when you only need to read one link. Paste it, and the query string is split into clean key-and-value pairs instead of one run-on string, so a link with a dozen parameters becomes a list you can scan at a glance. There is nothing to install and no code to write.
Everything happens in your browser, so the URLs you paste stay on your device and are never uploaded. That matters when your links carry tokens, session IDs, or other details you would rather not send to a server. The tool is free, takes no sign-up, and puts no limit on how many links you run.
Frequently asked questions
- Is there a cost or a sign-up?
- No to both. The URL parser is free with no account, no usage limits, and nothing to install. You just open the page and paste a link.
- Are the URLs I paste sent anywhere?
- No. Parsing happens entirely in your browser, so the link stays on your own device. That matters if your URLs carry tokens, IDs, or other details you would rather not upload.
- How do I use it?
- Paste a full URL into the box and the tool splits it into protocol, host, path, and query parameters right away. Each query-string key and value is shown separately so you can read them at a glance.
- Can it read the query-string parameters?
- Yes. Each parameter after the question mark is pulled out and shown as its own key and value. A link with a dozen tracking parameters becomes a clean, readable list instead of one run-on string.
- Will it work on an incomplete or malformed URL?
- It reads well-formed URLs best. If a link is missing its protocol or is badly broken, some parts may come out blank or grouped oddly, since the tool reads the structure of a URL rather than repairing one.
- Can I use this instead of writing Python code to parse a URL?
- Yes, when you only need to inspect one link. Python developers usually reach for urllib.parse to split a URL into its parts, and this tool gives you that same breakdown — scheme, host, path, and query — instantly in the browser with no code. For parsing many URLs inside a script, urllib.parse is still the right choice.
- Does it do what the URL object in JavaScript or Node does?
- For reading a single URL, yes. JavaScript's built-in URL and URLSearchParams objects — the same ones available in Node — break a link into its parts, and this page shows you that same structure without opening a console. It is handy for a quick check while you are debugging.
- Is there a Go or Java equivalent here?
- This one tool works for any language's URLs, because a URL has the same structure everywhere. Whether you would normally use net/url in Go or java.net.URI in Java, you can paste the link here to see its protocol, host, path, and parameters without running code.
- Can it pull the video ID out of a YouTube or other video link?
- It surfaces the ID rather than parsing it out for you. On a link like youtube.com/watch?v=…, the video ID is the v query parameter and shows up as its own key and value; on a short youtu.be/… link it sits in the path. Either way you can read it straight from the breakdown.
- How is this different from other free URL formatters or parsers?
- The core job — splitting a URL into its parts — is the same. What sets this apart is that it runs fully in your browser, so nothing you paste is uploaded, and there is no sign-up or usage cap. If a link carries sensitive tokens, that privacy is the main reason to use it over a server-based formatter.