Because out here, fiber costs about 9× more per home.
It's the most common pushback: if the network needs an upgrade, just run fiber to everyone. It's a fair question — and it has a numerical answer. Across Okanogan's mountains and its 8-people-per-square-mile emptiness, fiber to every home runs roughly $40,000 a house. That's not an opinion; it's what the county's own federal grants and engineering studies show — and it's exactly why fixed wireless is the only last mile that reaches the rural majority.
Fiber's cost isn't the cable. It's how few homes share each mile of it.
The math is simple and unforgiving: the cost of a fiber build is spread across the homes it passes. Cost per home = cost per mile ÷ homes per mile. So the fewer homes on each mile of road, the more each one costs to reach — even if the cable itself is cheaper to string.
The cleanest proof comes from an engineering study of a single Oregon county: its rural areas actually cost less per mile to build than its dense core — yet nearly 9× more per home, purely because density fell from ~107 homes per mile to ~8. Industry models put fiber's break-even around 15–20 homes per linear mile. Okanogan's own 2023 broadband plan describes areas with "as few as two customers per mile." That is deep below the line where fiber can pay for itself. (Same-county density effect: CTC Technology & Energy, Multnomah County FTTP Feasibility Study, 2020 — an out-of-area study used only to illustrate the density principle; break-even per the FCC cost model, via Conexon, 2022; "two customers per mile" from the Okanogan County / CCT 2023 Broadband Action Plan.)
~$40,000 a home here. ~$4,300 on flat ground.
These aren't hypotheticals. Okanogan's figure comes from the District's own USDA ReConnect award — $30.2 million to bring fiber to 745 homes in the northeast county. The flat-county figure is what Grant County PUD actually spent building fiber to its whole county on the Columbia Basin — so the comparison honestly sets Okanogan's hardest, most remote build against a denser county's countywide average. That gap is the density-and-terrain penalty.
Cost per home passed. Okanogan ≈ $30.2M USDA ReConnect ÷ 745 residences (full fiber-to-the-home, 245 route-miles; USDA, 2023). Grant ≈ $182M ÷ 41,922 premises (countywide build; ILSR, 2021). Urban/rural national figures are modeled industry averages (CostQuest; FBA/Cartesian). Extreme-rural federal fiber awards have exceeded $100,000 — and in the most remote builds, $200,000 — per home.
The county's own 2023 feasibility study priced fiber builds at $32,000–$65,000 a mile, plus $650–$1,250 just for the drop to each house — and concluded, in its own words, that valley-wide fiber is "unlikely… without the influx of broadband grant funding." The people who studied it closest already know it doesn't pencil.
Mountains, rock, and forest stack on top of the distance problem.
Density is the main driver, but Okanogan compounds it with some of the hardest fiber terrain in the country — and every bit of it adds cost. See the network on the real terrain in 3D →
Rock roughly doubles it
Burying fiber through rocky ground runs about $22 a foot vs. ~$10 in soft earth — and Okanogan's highlands are hard rock. (FBA/Cartesian, 2025.)
The mountain West premium
Underground fiber in the mountainous West runs ~$21/foot vs. ~$11.50 in the flat Midwest — the survey blames "mountain areas and rocky ground." (FBA/Cartesian.)
Miles of poles to fix
Long aerial runs through forest mean "make-ready" pole work that can reach 150% of the construction budget on its own. (FBA/Cartesian; CTC.)
Okanogan is the worst-case stack: Western, rocky, mountainous, heavily forested, and the largest, emptiest county in the state. Every one of those is a multiplier on an already-uneconomic build.
It's not theoretical. They keep trying to build rural fiber — and can't.
You don't have to model this one. Okanogan PUD has won roughly $50 million in federal fiber grants to reach the dispersed rural county — and hasn't been able to get the money out the door. One award sat $0-spent for two years and is now being handed back, unspent; another was lost outright. The fiber it can build lands where homes already cluster, at a high cost per home. That's the density math from the section above — playing out in the District's own books.
Explore each project below — what's built, what's being built now, and the grants going back unspent. Tap a project for its funding and status.
Fiber routes are approximate / schematic, from PUD announcements, board agendas, and local news (2023–2026). The $19.7M BEAD loss is confirmed (Methow Valley News, 2026); the $30.2M ReConnect rescission is on the June 22, 2026 board agenda (Res. 1863) and is described as “moved to rescind” pending the posted minutes. See the same projects against tract income →
Read honestly, the lost BEAD award even makes the point: that federal money moved toward fixed wireless and satellite because that's what reaches this terrain affordably. The District keeps reaching for rural fiber it can't get built — while the wireless network that already serves those same homes, today, is the one thing now being cut.
The federal government looked at terrain like this — and chose wireless.
You don't have to take the campaign's word for it. The federal BEAD program sets an "Extremely High Cost Per-Location Threshold" — a per-home dollar figure above which it stops funding fiber and pays for fixed wireless or satellite instead, because fiber simply costs too much to reach those homes.
Apply that to Washington and the result is stark. The state's own federally-approved BEAD plan funds fiber to just 35% of locations — and routes the other 65% (about 108,000 homes) to fixed wireless or satellite. The single largest BEAD award in the entire state didn't go to a fiber builder; it went to a fixed-wireless company. The government ran exactly this cost analysis, for terrain exactly like ours, and concluded that across most of rural Washington, wireless is the answer — not fiber.
So when someone says "just build fiber to everyone," they're arguing against the federal broadband program, the county's own feasibility study, and basic arithmetic — all of which point the same way.
Sources: NTIA BEAD program (Extremely High Cost Per-Location Threshold); WA Dept. of Commerce, approved BEAD Final Proposal (2026) — 35% fiber / 38% fixed wireless / 27% satellite of 166,503 locations; Telecompetitor (2026) on the Inland Cellular fixed-wireless award.
This isn't anti-fiber. It's pro-arithmetic.
Fiber is the best technology where it pencils — and where it does, it should absolutely get built. The District is building fiber to the towns and funded pockets, and that's right. The point is narrower and harder to argue with:
Which is what makes the fixation on fiber-or-nothing so strange in a county like this. The math, the federal government, and the people who wrote the county's own plan all agree: out here, the wireless network is the rural broadband strategy. Letting it age out doesn't get anyone closer to fiber — it just takes away the one thing that already works.
Sources & method, in one place: the density-drives-cost mechanism — CTC Technology & Energy, Multnomah County FTTP Feasibility Study (2020); per-foot construction & terrain premiums — Fiber Broadband Association / Cartesian, Fiber Deployment Cost Annual Report (2025); cost-per-location modeling & the high-cost tail — CostQuest (2023); Okanogan's own fiber costs — USDA ReConnect award (2023, ~$40K/home) and the Okanogan County / CCT Broadband Feasibility Study (2023, $32–65K/mile); Grant County comparison — ILSR (2021); the BEAD technology split — WA Dept. of Commerce approved Final Proposal (2026). Related on this site: the reach-per-dollar comparison on The Case, the cost section on The Data, and the source documents in Sources.
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Fiber vs. Wireless
How far wireless carries us, what each really costs to own, and how wireless funds future fiber.
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For the rural majority fiber won't reach, the tower is the connection.
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