Franklin Outdoor Advertising operates premium static and digital billboard inventory across central Minnesota and western Wisconsin. Despite possessing significant market inventory, the domain suffered from search performance bottlenecks: an initial baseline measurement recorded 103,000 impressions but only 593 clicks (a 0.6% CTR) and an average ranking position of 23.
Forensic Audit Discoveries
- 12% Crawl Waste on 404 Errors: Server log analysis revealed that Googlebot wasted over 12% of its total crawl allocation requesting deprecated URLs and broken sitemap endpoints.
- Broken Category Sitemaps: The XML sitemap index referenced obsolete taxonomy archives, generating repeated server errors during scheduled Googlebot crawls.
- Mobile Field Performance Bottlenecks: Mobile Core Web Vitals registered a failing PageSpeed score of 59/100, driven by unoptimized imagery and render-blocking scripts.
- Trailing-Slash Duplication: Duplicate URL versions existed simultaneously with and without trailing slashes, diluting internal equity.
Execution & Engineering Strategy
- Server-Side Redirect & Clean-Up: Mapped and implemented permanent 301 redirects for all 404 crawl waste endpoints and enforced canonical trailing-slash consistency server-wide.
- Core Web Vitals Remediation: Optimized image assets, deferred non-critical resources, and streamlined CSS/JS execution, improving mobile PageSpeed performance from 59 to 84.
- 3-Pillar, 14-Cluster Topical Authority Roadmap: Architected authoritative content clusters around three core commercial pillars: Billboard Advertising Costs & Formats, Landowner Lease Programs, and Digital Highway DOOH Specifications.
Documented Search Outcomes
- Organic Traffic Growth: Total monthly organic visits grew 11% to 703 visits/month.
- Commercial Keyword Expansion: Active indexed keywords increased 8.4% to 233.
- Top Commercial Rankings: Achieved #2 for “outdoor advertising minneapolis” and #6 for “billboard advertising wisconsin”.
- 18 AI Overview Mentions: Secured prominent recommendation citations across generative AI search responses.