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Sitemap URL Extractor

Turn a sitemap into a clean URL inventory. Paste a sitemap URL or domain and extract the discovered URLs with lastmod values so you can copy, download, filter, or compare crawl coverage.

How it works

A short, focused workflow — input, run, read the result.

  1. Enter sitemap

    Paste a sitemap URL or domain. The tool fetches the XML file and reads URL entries.

  2. Extract URL list

    Review extracted URLs, lastmod values, count, and whether the output was truncated.

  3. Export or audit

    Copy the JSON, download the inventory, or use the URLs for migrations and technical audits.

What is sitemap URL extraction, and why does the inventory matter for audits?

Sitemap extraction turns an XML sitemap file into a flat list of URLs you can copy, filter, compare, and audit. It is the first step in any migration, content inventory, or crawl-coverage check.

An XML sitemap is a structured file, not a database. To use the URLs inside it for an audit, you have to read the file, parse the <loc> entries, and pull the data out. For small sites (under 1,000 URLs) this is trivial. For an enterprise site with 80,000 URLs spread across a sitemap index, it requires a parser that walks the index recursively, pulls each child file, and merges the result.The use cases are not theoretical. Migrations need a before and after URL list to map 301 redirects. Crawl-coverage checks need a sitemap URL list to compare against what Google has indexed. Content pruning needs a lastmod timestamp to find pages stale longer than 18 months. Each workflow starts the same way: get the URLs out of the sitemap, into a format you can work with.Our Sitemap URL Extractor fetches the sitemap (or sitemap index), expands any nested children, and returns a clean list of URLs with their lastmod values. You can copy the list as JSON, download it as CSV, or paste it into a spreadsheet for diffing. Paste a domain, get the inventory in seconds, and skip the custom Python script that always breaks on a malformed entry.
50K
URLs per child sitemap we parse in one pass
5
Levels of sitemap index recursion supported
1
Click to copy or download the full URL list

What this sitemap URL extractor does

Every step between fetching a sitemap and exporting a clean URL inventory you can audit.

  • Sitemap fetchfetches /sitemap.xml from a domain, or accepts a direct URL. Gzip-encoded files are decompressed automatically before parsing.
  • Recursive index expansionwalks every <sitemap> child inside a sitemap index, fetches each one, and merges the URL list. Depth is configurable.
  • loc extractionpulls every <loc> element out of the parsed file. Duplicates across children are flagged, not silently dropped.
  • lastmod captureextracts the <lastmod> value for each URL. Invalid lastmod dates are kept but flagged so you can clean them up later.
  • URL deduplicationfinds URLs that appear in more than one child sitemap. Duplicate entries waste crawl budget and confuse Google.
  • Cross-host filterflags URLs in the sitemap that point to a different host. Sitemaps are host-specific per the spec, and Google ignores cross-host entries.
  • JSON exportcopies the full URL + lastmod list as JSON, ready for diffing against a crawl export or Search Console coverage report.
  • CSV downloaddownloads the inventory as CSV. Useful for content pruning, redirect mapping, and spreadsheet-based audits.

Who uses this sitemap URL extractor

Teams that need a clean URL inventory before they start a migration, audit, or content prune.

Migration leads

You're moving 60,000 URLs to a new domain and need a before-list to map 301 redirects against your crawl export.

Extract the source sitemap, dedupe against your crawl, and generate the redirect map in a single spreadsheet pass.

In-house SEOs

You're doing a content prune and need a list of every blog post older than 18 months, sorted by lastmod date.

Pull the sitemap, sort by lastmod, export to CSV, and hand the content team a clean list of posts to review.

Agencies

You want to compare the sitemap URL count against the indexed URL count in Search Console for 8 client sites at quarter-end.

Extract each sitemap, count the URLs, and ship a coverage-gap report showing which clients are under-indexed.

Developers

You built a new static site and need a fallback 404 route for every URL the old sitemap included, even the ones you removed.

Pull the legacy sitemap, generate the redirect rules in code, and ship the 301 map with the new build.

Ecommerce managers

You discontinued 4,000 products last quarter and want to know which ones are still listed in the live sitemap.

Diff the live sitemap against your product database, find the leftover URLs, and clean them up before Google re-crawls.

Enterprise SEOs

You manage 12 subdomains and need a single roll-up of every URL across all of them for a coverage audit.

Extract each subdomain's sitemap, merge into one inventory, and feed the result into your internal audit pipeline.

Related glossary terms

Want a deeper dive? These glossary entries explain the concepts behind this tool.

Frequently Asked
Questions

Everything you need to know about sitemap url extractor and technical SEO.

The Sitemap URL Extractor helps SEOs diagnose a specific technical SEO workflow directly in the browser. It is built for quick audits, QA checks, and pre-publish validation.

Yes. The tool is free to use on SERPView with no signup required. URL-fetching tools use conservative limits to keep checks fast and respectful.

No. The tool fetches the URL for the current analysis and returns the result. We do not store page content or use checked pages for training.

Use it during technical SEO audits, site launches, migrations, content QA, or whenever a page behaves differently than expected in search.

No. It is a focused free check for one workflow. For large sites, use it alongside a crawler and Google Search Console to prioritize fixes.

Want this automated across your whole site?

SERPView monitors title tags, meta descriptions, and structured data for every URL — alerting you the moment something breaks or could be improved.

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