Broadband Community Profile: Flagstaff, AZ

Broadband Community Profile: A Public-Private Partnership for Fiber — Flagstaff, Arizona tells the story of how one city turned a broadband gap into a model for municipal fiber deployment. Long underserved by incumbent providers, Flagstaff recognized that reliable, high-speed connectivity was essential not just for city operations, but for the economic future of the broader region — enabling remote work, telemedicine, education, and business growth across rural northern Arizona.

Rather than building and operating its own network, the city took a smarter path: leveraging its existing conduit infrastructure and $2 million in ARPA funding to attract a committed private-sector partner. Through a competitive RFP process, Flagstaff selected Wecom Fiber, an Arizona-based provider backed by Searchlight Capital Partners, whose community-first approach and financial capacity made it the right fit for a long-term partnership.

The profile details how city leaders and Wecom worked through complex negotiations — from permitting and right-of-way agreements to a landmark decision to allow microtrenching after a successful pilot program — to keep construction on track and costs in check. The result is a fiber network that will pass over 30,000 locations within city limits, connect 34 municipal facilities at a fraction of the standalone cost, and extend an additional 815 miles across Coconino County. The project is expected to inject at least $100 million into the local economy over five years and support hundreds of direct and indirect jobs.

Flagstaff’s story is a practical blueprint for other municipalities weighing their broadband options — demonstrating that with the right partner, clear goals, and a willingness to adapt, cities can deliver lasting fiber infrastructure without going it alone.

Whitepaper FAQ’s

1. What is this profile about?
   How the City of Flagstaff, Arizona, structured a public-private partnership with Wecom Fiber to deploy a citywide fiber network that serves both municipal and residential needs.
2. Why didn’t Flagstaff build its own fiber network?
   The capital costs and operational overhead were prohibitive. The city estimated connecting its own facilities alone would cost $20 million, making a public-private partnership the more practical and cost-effective path.
3. What assets did Flagstaff bring to the partnership?
   The city contributed access to its existing conduit infrastructure on a 20-year, no-cost lease, $2 million in ARPA funding, streamlined permitting, and dedicated engineering support for the build.
4. Who is Wecom Fiber, and why were they selected?
   Wecom Fiber is an Arizona-based provider established in 1956, backed by Searchlight Capital Partners. They were selected for their financial capacity, community commitment, and experience deploying fiber across rural Arizona.
5. What is microtrenching and why was it significant to this project?
   Microtrenching is a construction technique that deploys fiber with minimal road disruption. Flagstaff initially prohibited it, but after a successful pilot and site visits to examine long-term results in Utah, the city updated its construction standards to allow it — accelerating the build significantly.
6. What are the expected economic benefits of the Flagstaff fiber build?
   The project is projected to generate at least $100 million in local economic activity over five years, support 125–175 direct construction jobs, 250–350 indirect jobs, and deliver property value increases of 3–5% for connected homes.
7. How much fiber will be deployed and where?
   208 miles of fiber within Flagstaff city limits, passing over 30,000 locations, plus an additional 815 miles across Coconino County.
8. What lessons does Flagstaff offer other municipalities?
   Make broadband a clear civic priority to align competing departmental interests, leverage existing public assets to attract private investment, and remain open to revising established practices — like permitting processes and construction standards — to keep projects moving.