Free SEO audit for US website
What this page covers
Free SEO audit for US website
Use a free SEO audit to review a US website as a structure graph: pages, hubs, leaf pages, content clusters, and the overall shape of the site.
Radar starts with structure-first signals, including page counts, hub counts, leaf counts, leaf-to-hub ratios, depth indicators, and score or grade benchmarks.
In brief
- Start with the site graph to see how visible pages are organized into hubs and leaf pages before making deeper SEO decisions.
- Use the score or grade as a structural benchmark, not as a promise of rankings, traffic, revenue, or AI search visibility.
- For scalable SEO planning, the audit can help compare site architecture across clusters such as agencies, logistics, travel, transport, and automotive.
What to do
A practical free SEO audit for a US website can start with a visual structure review. Radar benchmark examples show page totals, hubs, leaf pages, leaf-to-hub ratios, depth indicators, and an overall score or grade.
This helps show whether a site is organized around clear hubs, whether most pages function as leaf pages, and how the site’s structure compares with other sites in its cluster.
The available US examples cover different site sizes and categories. One digital agency benchmark shows 556 pages with 19 hubs and a B-grade score, while logistics-related examples show more than 10,000 pages and A-grade scores.
What to keep in mind
This page is best used for a fast structural read before deeper keyword, content, backlink, or technical SEO work. The focus is the site graph and benchmark signals, not a full SEO guarantee.
The strongest supported signals are pages, hubs, leaf pages, leaf-to-hub ratios, clusters, and score or grade. The available material does not support detailed claims about copy quality, conversions, backlinks, or crawl fixes.
Large US websites can look very different in the benchmark view. Examples include a 556-page digital agency site and logistics-related sites above 10,000 pages, each with different hub and leaf-page patterns.