Canada Bridge Statistics 2026 | Conditions, Repairs & Key Infrastructure Data

Canada’s Bridge Infrastructure in 2026

Canada bridge statistics for 2026 paint a picture of a vast, aging, and increasingly stressed national infrastructure network that is simultaneously one of the most critical and one of the most underfunded asset classes in the country. According to the most comprehensive government data available — Statistics Canada’s Canada’s Core Public Infrastructure (CCPI) Survey, conducted in partnership with Housing, Infrastructure and Communities Canada — publicly owned bridges and tunnels across the country had a combined estimated replacement value of $244.7 billion at the end of 2020, a figure that had grown alongside ongoing capital investment but remained dwarfed by the scale of the renewal challenge. Meanwhile, research published by UBC Okanagan in April 2026 confirmed that more than 40% of highway bridges owned by rural municipalities were constructed before 1940 — meaning they were built for traffic volumes, vehicle weights, and climate conditions that bear almost no resemblance to the demands placed on them today.

This aging profile sits within a genuinely concerning broader picture: the Canadian Infrastructure Report Card (CIRC), produced by the Federation of Canadian Municipalities and seven partner engineering and construction organizations, found in its most recent report that nearly 40% of all roads and bridges nationally are in fair, poor, or very poor condition, with roughly 80% more than 20 years old. Condition ratings for bridge assets specifically tell a somewhat more nuanced story — highway bridges tend to fare significantly better than local road and rural highway bridges — but the municipal funding gap, the accelerating climate risk to pre-1940 structures, and the fact that only 60% of public organizations had a bridge and tunnel asset management plan in place as of 2022 all point to a system under considerable structural and financial strain heading into 2026. This article compiles the latest, most current verified statistics on Canada’s bridge infrastructure from Statistics Canada, the CIRC, federal government sources, and peer-reviewed research.

Interesting Facts About Canada’s Bridge Infrastructure in 2026

Source: Statistics Canada, Canada’s Core Public Infrastructure (CCPI) Survey — Roads, Bridges and Tunnels 2016 (August 2018), 2018 (October 2020), and Replacement Values 2020 (March 2023) and 2022 (October 2024 and subsequent releases through June 2025); Canadian Infrastructure Report Card (CIRC), 2019 report; UBC Okanagan, “Bridges, roadways threatened by changes in weather patterns” (April 14, 2026), published in Automation in Construction; Statistics Canada Table 34-10-0078-01 — Inventory of publicly owned bridge and tunnel assets; Housing, Infrastructure and Communities Canada, CCPI survey overview

The facts table above captures an infrastructure story defined by two simultaneous truths: most of Canada’s highway bridges are in reasonably sound condition, yet the oldest and most vulnerable segments — rural highway bridges, local road bridges, and pre-1940 structures — face conditions that should be causing considerably more policy urgency than current funding levels suggest. The $160.8 billion transportation renewal requirement identified in the 2022 CCPI survey against actual investment of only $31.3 billion — covering all transportation infrastructure including roads, public transit, and active transportation, not just bridges — represents a funding gap of nearly $130 billion that cannot be closed at the current rate of capital investment. This gap matters specifically for bridges because the asset class has an inherently long service life, meaning the consequences of deferred maintenance compound over decades and ultimately produce the kind of acute failure risk that requires emergency replacement rather than cost-effective rehabilitation.

The UBC Okanagan research published in Automation in Construction in April 2026 adds a genuinely new dimension to this established funding narrative: climate change is compressing the effective remaining service life of Canada’s oldest bridges faster than age-based deterioration projections alone would suggest. Lead researcher Dr. Alaa Al Hawarneh noted specifically that structures built before 1940 “were not designed for current traffic demands or evolving climate conditions,” and that “half of these structures are rated between very poor and fair condition” — meaning the intersection of extreme age and climate vulnerability is concentrated in exactly the portion of the bridge stock that is already in the worst physical shape. The paper’s broader contribution was a data-driven decision-support framework that helps agencies prioritize which bridges to repair first when budgets are insufficient to address all needs — a tool that only becomes necessary when the scale of the problem exceeds available resources, which Canadian infrastructure data confirms is very much the case.

Bridge Condition Statistics by Province in Canada 2026

Provincial Bridge Condition — Share in Good or Very Good Condition (2016 CCPI Baseline)
──────────────────────────────────────────────────────────────────────────────────────────
New Brunswick      │████████████████████████████████████████  92.5%  ← Highest
British Columbia   │██████████████████████████████████░░░░░░  74.6%
Ontario            │███████████████████████████░░░░░░░░░░░░░  65.2%
Newfoundland       │███████████████████████░░░░░░░░░░░░░░░░░  57.3%
National Average   │█████████████████████████░░░░░░░░░░░░░░  56.0%
Quebec             │████████████████████░░░░░░░░░░░░░░░░░░░  ~50% (19.1% poor/v.poor)
Manitoba           │████████████████████░░░░░░░░░░░░░░░░░░░  ~50% (16.2% poor/v.poor)
Saskatchewan       │███████████████░░░░░░░░░░░░░░░░░░░░░░░  ~40% (28.9% poor/v.poor)
PEI                │███████████████░░░░░░░░░░░░░░░░░░░░░░░  ~38% (27.3% poor/v.poor)
                                             └──────────────────────────────────────────────────────────────
                             (Source: Statistics Canada CCPI 2016; Construct Connect analysis)

Source: Statistics Canada, “Canada’s Core Public Infrastructure Survey: Roads, Bridges and Tunnels, 2016” (released August 2018); Construct Connect, “Despite being well into middle age, Canadian bridges get a C+ based on their condition” (September 2018)

The provincial condition data reveals one of the most geographically uneven infrastructure stories in Canada, with a gap between the best- and worst-performing provinces that goes well beyond simple variations in climate or age. New Brunswick’s extraordinary 92.5% good-or-very-good rating — more than 36 percentage points above the national average — reflects deliberate, sustained provincial investment in bridge maintenance over many years, and the province’s relatively compact geography that makes systematic inspection and rehabilitation more manageable than in larger, more dispersed jurisdictions. The ConstructConnect analysis specifically noted that New Brunswick “stands head and shoulders above the rest of the country” and attributed the result to the province having invested consistently in its bridge stock before conditions deteriorated to the point where replacement rather than rehabilitation became the only option — a distinction the engineering community frequently cites as the defining financial efficiency argument for preventive maintenance.

Saskatchewan’s position at the opposite end of the spectrum — with 28.9% of bridges in poor or very poor condition, the highest rate of any province — reflects both the province’s historically dispersed rural municipality structure, which generates a very large number of small bridges across an enormous geographic area, and the particular vulnerability of the Prairies’ bridge stock to freeze-thaw cycling, which accelerates concrete deck deterioration and steel corrosion at rates that exceed those seen in Atlantic or Pacific coastal provinces. Quebec’s 19.1% poor-or-very-poor rate carries particular national significance given Quebec’s population size and economic weight; for context, Quebec’s deteriorated bridge stock represents a larger absolute number of structures than Saskatchewan’s even though the percentage is lower. The CCPI data also notes a particularly revealing limitation: the year of construction was unknown for 23.6% of local road bridges and 24.7% of rural highway bridges across the country — a data gap that makes it genuinely difficult to project when these structures will reach the end of their service lives, since that projection requires knowing how old the bridges are in the first place.

Bridge Age & Replacement Value Statistics in Canada 2026

Canada's Bridge & Tunnel Stock — Age Profile (2016 CCPI Data, % built by era)
──────────────────────────────────────────────────────────────────────────────
Before 1940  │████████░░░░░░░░░░░░░░░░░░░░░░  41.8% of rural highway bridges
1940–1969    │████████████████████░░░░░░░░░░  Largest era for highway & arterial bridge construction
1970–1999    │████████████████████░░░░░░░░░░  Major construction boom period
2000–2016    │████████░░░░░░░░░░░░░░░░░░░░░░  ~1 in 5 bridges built since 2000
             └──────────────────────────────────────────────────────────────
             80% of highway/expressway bridges built between 1940–1999
             (Source: Statistics Canada CCPI 2016; Construct Connect analysis, 2018)

Source: Statistics Canada CCPI 2016, released August 2018; Statistics Canada CCPI Replacement Values 2020, released March 2023; Construct Connect analysis (September 2018) of CCPI data

The replacement value and age data together reveal the financial scale of what Canada’s bridge infrastructure challenge will demand over the next two to three decades. With $244.7 billion in estimated replacement value for bridges and tunnels as of 2020, and with the vast majority of the stock now in the 26-to-86-year age range — approaching or, in many cases, already exceeding their design service lives — the accumulated renewal backlog is genuinely enormous. The expected service life data is particularly instructive: highway bridges are expected to last 68 years, meaning any structure built between 1940 and 1958 has already exhausted or is rapidly approaching its design life in 2026. Given that the 1940-to-1969 period was the single most intense era of bridge construction in Canada’s history, a very large proportion of the entire bridge stock is converging on end-of-life status simultaneously over the next decade, creating a renewal wave that Canada’s current annual investment levels are not calibrated to absorb.

The urban-rural funding disparity embedded in the useful-life data is also significant: rural municipalities’ collector bridges are expected to last only 50 years compared to 69 years for the same bridge type in urban settings — a 19-year gap attributable to lower-quality construction standards, less-experienced maintenance contractors, and smaller tax bases to fund inspection and upkeep. This disparity compounds directly on top of the age problem: rural bridges are both older (disproportionately pre-1940) and shorter-lived, yet rural municipalities have proportionally the largest required renewal budgets per capita of any jurisdiction type. The 2022 CCPI renewal budget data confirmed that while less than one-fifth of Canada’s population lives in rural areas, rural municipalities account for nearly one-third (32%) of the total required renewal budget across all infrastructure categories — with transportation infrastructure, dominated by roads and bridges, representing 61% of rural municipalities’ total renewal budgets, compared to just 48% for urban municipalities.

Bridge Asset Management & Funding Gap Statistics in Canada 2026

Required vs. Actual Transportation Renewal Investment — Canada 2022 (All Transport Assets)
────────────────────────────────────────────────────────────────────────────────────────────
Required renewal budget (transportation) │████████████████████████████████████████  $160.8 billion
Actual investment in renewal, 2022        │██████░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░░   $31.3 billion (11%)
Unfunded gap (implied)                     │██████████████████████████████░░░░░░░░░░  ~$129.5 billion
                                             └──────────────────────────────────────────────────
                                             (Source: Statistics Canada CCPI Required
                                             Renewal Budgets 2022, released June 2025)

Source: Statistics Canada CCPI Required Renewal Budgets 2022 (released June 24, 2025); Statistics Canada CCPI Asset Management Practices 2022 (released February 4, 2025); Statistics Canada CCPI Replacement Values 2022 (released October 21, 2024)

The asset management and funding gap data from the 2022 CCPI, released in a series of Statistics Canada publications between October 2024 and June 2025, confirms that Canada’s bridge and broader transportation infrastructure renewal challenge has worsened rather than improved since the previous cycle. The decline in the share of assets rated in good or very good condition from 59% in 2020 to 55% in 2022, despite the $31.3 billion in renewal investment actually made that year, illustrates the core mathematical problem facing Canada’s infrastructure system: the stock is deteriorating faster than investment is replacing it. The 2022 required renewal budget of $160.8 billion for transportation infrastructure alone — against actual investment of $31.3 billion, less than a fifth of what was needed — represents a funding trajectory that, if sustained, will result in measurably worse condition ratings in every future CCPI cycle.

The asset management data provides one reason for cautious optimism within this otherwise concerning picture: the share of organizations with a bridge and tunnel asset management plan rose significantly, from 41.9% in 2016 to 60% in 2022 — a genuine improvement driven largely by Ontario’s regulatory requirement for municipalities to have asset management plans and New Brunswick’s sustained leadership in this space. An asset management plan is not itself a repair or a dollar of investment, but it is the foundational document that allows governments to systematically prioritize interventions, secure federal and provincial funding, and demonstrate infrastructure need to elected bodies that must ultimately approve capital budgets. The fact that 40% of public organizations still lacked a bridge and tunnel asset management plan as of 2022 — and that most federal, provincial, and territorial governments lacked plans across all nine core infrastructure categories — underscores that the data management challenge is almost as significant as the physical infrastructure challenge it seeks to address.

Disclaimer: This research report is compiled from publicly available sources. While reasonable efforts have been made to ensure accuracy, no representation or warranty, express or implied, is given as to the completeness or reliability of the information. We accept no liability for any errors, omissions, losses, or damages of any kind arising from the use of this report.

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