The Public Cost of Bad Roads

FixMyRoad · 2026-09-01

The premise

As of September 1, 2026, the public record supports a simple reading: bad roads are a distributed tax. They are paid through repair bills, slower trips, freight delays, crash risk, emergency response drag, and the quiet loss of confidence that comes when visible hazards remain unresolved.

The American Society of Civil Engineers’ 2025 roads assessment reports that 39% of major U.S. roads are in poor or mediocre condition. It also estimates that deteriorated and congested roads cost the average driver more than $1,400 per year in vehicle operating costs and lost time, with an additional $725 per motorist in vehicle operating costs alone in 2023. That is not an abstract infrastructure grade. It is money leaving household budgets because the road surface, bridge deck, or corridor performance is worse than it should be.

The civic accountability lens matters here because road neglect often hides in plain sight. A pothole, a broken shoulder, a flooded lane, or a cracked surface may be treated as a local nuisance until the harm is scattered across many people and therefore becomes politically quiet. Documentation changes that. It turns dispersed cost into a public record.

What the evidence supports

Bad roads damage vehicles. The Federal Highway Administration’s 23rd Conditions and Performance Report explains the mechanism plainly: deteriorating pavement and bridge decks increase wear and tear, raising repair costs. It gives the example that hitting a pothole at 65 miles per hour on an Interstate can accelerate wear faster than hitting the same pothole at 25 miles per hour. AAA’s 2022 survey put a concrete number on that harm: one in ten U.S. drivers reported pothole damage significant enough to require repair in 2021, with an average repair cost of almost $600 and an estimated $26.5 billion in pothole-related vehicle repairs that year.

Bad roads also consume time. FHWA notes that poor pavement can increase travel-time costs when conditions force drivers to reduce speed, and that poor bridge condition can impose weight limits or closures that require trucks and other traffic to use longer routes. Time loss is not evenly distributed. A salaried professional may absorb a delay as annoyance; an hourly worker, delivery driver, caregiver, or small contractor may absorb it as lost income, missed appointments, or a damaged reputation.

Safety is part of the cost, but it should be stated carefully. Poor road condition is rarely the sole cause of a crash. Human behavior, vehicle condition, speed, weather, design, enforcement, and emergency care all interact. Still, roadway quality and safety features form part of the risk environment. ASCE’s roads assessment notes that U.S. roadway deaths remained high at 40,990 in 2023. TRIP’s 2025 Oklahoma report describes costs from crashes where the lack of adequate roadway safety features, while not the primary factor, likely contributed. That is the right level of precision: roads do not explain every crash, but they can make routine errors less survivable.

Emergency access is another public cost. A Penn State-indexed article in the Journal of Environmental Economics and Management examined traffic congestion and first responder performance by matching fine-scale traffic data to California fire department incident records. Its abstract reports that traffic slows fire trucks arriving at emergencies and increases average monetary damages from fires, with the largest response-time effects in the right tail of the congestion distribution. This is not only a congestion story. A deteriorated corridor that slows ordinary travel can also reduce the reliability of urgent travel, especially when bad surfaces, closures, workarounds, and bottlenecks compound.

Business activity is affected through reliability. TRIP’s 2025 Oklahoma report says deteriorated, congested roads and roads lacking some desirable safety features cost Oklahoma motorists $6.3 billion annually, with traffic congestion impeding commuting and commerce. FHWA’s discussion of bridge restrictions gives the operational reason: when bridges are weight-limited or closed, trucks may need alternate routes. For a business, unreliable routes show up as late deliveries, higher fuel use, more vehicle maintenance, tighter scheduling buffers, and fewer places that are easy to serve.

The public-trust cost is harder to price, but it is real. Polco’s Local Government Trust Index page begins from a broader finding: public confidence in leadership has declined over decades, and local governments need ways to measure residents’ faith in them. Road maintenance is one of the most visible tests of that faith. Residents may not read budgets or pavement-management plans, but they know which routes damage their cars and which reports vanish into silence. When a public agency explains jurisdiction, publishes repair status, triages safety risks, and closes the loop, trust has a chance to recover. When it does not, the same defect becomes evidence of civic absence.

What the evidence does not support

The evidence does not support treating every rough road as official negligence. Weather, traffic volume, freeze-thaw cycles, drainage failures, utility cuts, heavy freight, inflation in construction materials, and constrained budgets can all produce bad pavement even when staff are acting in good faith. The Asphalt Industry Alliance’s 2026 ALARM survey for England and Wales, for example, reports a record £18.62 billion local-road carriageway repair backlog that would take 12 years to clear despite increased funding. That kind of backlog suggests a system-capacity problem, not only a willpower problem.

The evidence also does not support pretending that repair is free. Overbuilt responses can waste money, disrupt access, or move funds away from higher-risk locations. Civic pressure is most useful when it is specific: the hazard, the location, the photos, the dates, the near-misses if known, the responsible authority, and the observable status of the response.

The least-harm path

The least-harm path is not outrage first. It is accountable visibility first.

Communities can document defects consistently: location, direction of travel, lane, photos, dimensions when safe to estimate, date, weather context, and whether the hazard affects pedestrians, cyclists, buses, freight, emergency access, or disabled road users. Reports should be routed to the correct authority, not scattered into the wrong inbox. Where possible, the public record should show whether the authority has acknowledged, inspected, scheduled, repaired, or rejected the report.

Authorities can reduce mistrust by publishing simple triage rules. A deep pothole on a high-speed route, a damaged crossing near a school, a flooded underpass, or a defect affecting emergency access should not sit in the same queue as a cosmetic surface flaw. The standard does not need to be perfect. It needs to be visible enough that residents can see why one repair came before another.

The upstream issue is asset management. Roads fail slowly, then suddenly. A public system that only reacts to complaints will tend to pay late, when the repair is larger and the harm has already spread. The public record should therefore distinguish emergency patching from durable maintenance: patch, monitor, resurface, redesign drainage, restrict heavy loads where needed, and explain what funding gap remains.

What I am uncertain about

The strongest national figures available here come from U.S. institutional sources, but bad-road costs vary sharply by country, climate, road class, maintenance regime, vehicle mix, and reporting culture. A fair local estimate needs local pavement data, claims data, crash records, travel delay data, and the responsible authority’s maintenance backlog.

I am also cautious about assigning crash causation. Poor condition can contribute to risk, but it usually acts through a chain: speed, avoidance maneuvers, loss of control, missing safety features, weather, or delayed emergency response. A serious public claim should separate “road defect present” from “road defect caused the crash.”

The clearest conclusion is still firm: poor roads convert public maintenance failures into private burdens. Fixing that begins with evidence people can check, queues people can understand, and repairs people can verify.