What High-Speed Rail
Really Costs
The federal government is currently inviting public comments on the Alto high-speed rail project, with a deadline of March 29, 2026. Alto’s published capital cost estimate ranges from $60 to $120 billion — already the largest infrastructure project in Canadian history by a wide margin.
Before that consultation closes, communities in the corridor deserve to understand what international experience tells us about how these numbers actually evolve — and where the real costs tend to hide.
Based on a database of more than 16,000 megaprojects, nine out of ten run over budget. Rail projects average a 44.7% cost overrun. EU high-speed rail specifically averaged a 78% overrun across the lines audited in 2018. Applied to Alto’s $60–90 billion estimate, historical averages suggest a realistic final cost of $87–130 billion or more — before a single track has been laid.
This is not pessimism. It is the consistent, documented, peer-reviewed pattern from comparable projects on every continent where high-speed rail has been built.
Nine out of ten megaprojects run over budget — and rail is among the worst
Oxford professor Bent Flyvbjerg has spent decades studying megaproject performance. His database — the world’s largest, covering more than 16,000 projects across 136 countries — reveals a stark finding: nine out of ten megaprojects run over budget. Rail projects are among the worst offenders, with an average cost overrun of 44.7% and ridership shortfalls averaging 51.4%. These patterns hold across countries, decades, and political systems.
The European Court of Auditors reached similar conclusions in a landmark 2018 audit of EU-funded high-speed rail. Aggregate cost overruns were €25.1 billion — a 78% overrun at the line level. Construction delays of more than a decade affected half the lines studied. Four of the ten lines cost more than €100 million per minute of travel time saved.
The Iron Law of Megaprojects
Professor Flyvbjerg calls it the “Iron Law”: megaprojects are delivered over budget, over time, and under benefits, over and over again. Fewer than 1% are completed on time, on budget, and deliver the promised benefits.
The reasons are consistent: optimism bias, political pressure to lowball costs, scope changes once construction begins, land acquisition complications, environmental mitigation requirements, and inflation over multi-decade timelines. Flyvbjerg calls this “strategic misrepresentation.”
Every major HSR project has exceeded its initial estimate
The table below compares initial estimates with actual or projected costs. Every single project exceeded its original estimate — most by enormous margins.
| Project | Length | Initial Estimate | Latest / Final Cost | Overrun |
|---|---|---|---|---|
| California HSR San Francisco–Los Angeles |
~800 km | US$33B (2008) | US$106–128B (2024) | +220–290% |
| UK HS2 London–Birmingham, Phase 1 |
~225 km | £37.5B (2009) | £81–100B+ (2025) | +134–170% |
| Stuttgart–Munich HSR Germany |
~156 km | €2.6B | €14.8B (2022) | +469% |
| Stuttgart 21 Germany, station + tunnel |
— | €2.5B (1995) | €8B+ (2025) | +220% |
| Japan Shinkansen Tokyo–Osaka |
515 km | ¥200B (1958) | ¥380B (1964) | +90% |
| Channel Tunnel UK–France |
50 km | £4.65B (1985) | £9.5B (1994) | +80% |
| EU HSR average 2018 Court of Auditors |
Various | €32.1B | €57.2B | +78% |
| Sydney Metro Australia |
~66 km | AU$11.5B | AU$20B+ | +74% |
| Jakarta–Bandung HSR Indonesia |
~140 km | US$5.5B (2016) | US$7.3B (2023) | +33% |
| Canada — Alto HSR Toronto–Québec City |
~1,000 km | C$6–12B (2021 HFR) C$60–90B (2024 HSR) |
C$80–120B (2025) | ? |
Canadian precedent: Trans Mountain and Ontario Line
Trans Mountain Pipeline: estimated at $5.4 billion in 2013, delivered at $34 billion in 2024 — a 530% overrun. Ontario’s Ontario Line has nearly doubled from its original $10.9 billion estimate.
At the historical 45% rail average, Alto’s $60–90B estimate lands at $87–130 billion. At California/HS2 rates, it could exceed $150 billion.
Already Canada’s most expensive project — before overruns begin
Alto’s current estimate of $60–90 billion already makes it the most expensive infrastructure project in Canadian history by a wide margin.
The original concept cost far less — and the difference has never been explained
The original “high-frequency rail” concept (170 km/h, dedicated tracks) was estimated at under $5 billion. The escalation to $60–120B reflects a fundamental change in scope that has never been subjected to a publicly released cost-benefit comparison.
The per-kilometre cost is out of step with global norms
Jerome Gessaroli (Macdonald-Laurier Institute) calculated Alto implies $250–375 million per minute of travel time saved. The EU average is ~$146M/min. Alto’s per-km cost also substantially exceeds the European average of ~$40 million per kilometre.
What communities along the corridor deserve to know
Sources and further reading
The Southern Corridor Isn’t Just an Environmental Question — It’s an Economic One
Canada’s protected areas generate $10.9 billion in GDP. The Frontenac Arch Biosphere is one of them. What happens to the regional economy if a rail line is built through it?
New research from the Canadian Parks and Wilderness Society shows that every $1 invested in Canada’s protected areas generates $3.62 in visitor spending. Protected areas contributed $10.9 billion to GDP in 2023–24, supported 150,000 jobs, and returned $1.4 billion in tax revenue.
The Frontenac Arch Biosphere is a rural landscape whose tourism economy depends on ecological integrity, UNESCO recognition, and the character of a quiet, nature-based destination. The communities within it — South Frontenac, Rideau Lakes, Stone Mills, and the broader Frontenac County and Leeds & Grenville areas — support a growing economy anchored by the Cataraqui Trail, Charleston Lake, the Rideau Canal heritage corridor, and rural agri-tourism.
International research is clear: stations create tourism; tracks do not. The southern corridor has no planned station in this region. Five municipal councils and two sitting MPs have formally opposed it. These communities would bear all the costs — a decade of construction disruption, permanent landscape fragmentation, possible loss of VIA Rail service — with none of the connectivity benefits.
What the national research shows
The CPAWS white paper Widely Enjoyed but Inadequately Valued, released February 26, 2026 and peer-reviewed by the C.D. Howe Institute and Simon Fraser University, provides the most comprehensive analysis to date of Canada’s protected areas as economic infrastructure.
Protected areas aren’t just places to protect — they’re economic infrastructure
The Frontenac Arch Biosphere is a textbook rural protected area whose economic returns depend on ecological integrity, landscape character, and UNESCO recognition. The region’s ecological significance has been further confirmed by the identification of three Key Biodiversity Areas within its boundaries — Thousand Islands, Charleston Lake, and Frontenac Forests — with a fourth (Napanee Limestone Plain) pending. Parks Canada has described the area as a “continentally significant wildlife movement corridor.”
Communities like South Frontenac, Rideau Lakes, and Stone Mills support a tourism economy built on what the landscape is — quiet, intact, biodiverse. Visitors come to cycle the Cataraqui Trail, paddle the Rideau lakes, explore Charleston Lake Provincial Park, and stay in the rural B&Bs, heritage inns, and agri-tourism operations that depend on these assets. That character is the economic product. It cannot coexist with a permanently fenced, 300 km/h rail corridor.
The CPAWS finding that protected areas contribute up to 1.6% of rural GDP nationally underscores what’s at stake. These are communities where tourism is woven into the agricultural and conservation economy — and where damage to the landscape is damage to livelihoods.
Investing in nature is not a trade-off — it’s a return on investment. When we put money into this, we’re putting money back into our own pockets.
What the research tells us about the economic cost of degrading protected areas
$3.62 return on every dollar
Every $1 spent by governments and non-profits in protected and conserved areas generated $3.62 in visitor spending in 2023–24. This means any infrastructure decision that reduces the integrity of a protected area has a calculable opportunity cost.
Rural economies benefit most
Most protected areas are in rural and remote regions, where economic activity from conservation provides stable employment, diversifies regional economic bases, and contributes up to 1.6% of rural GDP. The Frontenac Arch, with its mix of ecotourism, trail-based recreation, and agri-tourism, is precisely this kind of landscape.
Tax revenues growing faster than investment
Public investment in protected areas increased by 50% over the past 15 years; tax revenues from those areas increased by 250%. New conservation areas haven’t even reached their full economic potential. Degrading an established biosphere reserve moves in the opposite direction.
$51.1 trillion in stored carbon value
Canada’s protected areas store the equivalent of emissions from 57.8 billion cars annually — worth $51.1 trillion in avoided global economic damages. The Frontenac Arch, as an intact forest corridor, contributes to this carbon storage function.
The Missing Calculation
The CPAWS methodology provides a framework for valuing the economic cost of degrading a protected area. That calculation has not been done for the Frontenac Arch. We believe it should be — before a corridor is selected.
Construction, operations, and the tunnel effect
A decade of disruption to the region’s most valued assets
The Cataraqui Trail — a 104 km segment of the Trans-Canada Trail used for cycling, hiking, and cross-country skiing — runs directly through the proposed corridor. Trail closures would eliminate itinerary-based cycling tourism and the network of local B&Bs, outfitters, and cafes that depend on trail traffic.
Construction of dozens of grade separations would require extended road closures on the secondary roads that are often the only access to farms, cottages, heritage inns, and agri-tourism operations. Noise, dust, and night lighting are fundamentally incompatible with a region whose tourism product is quiet, dark skies, and undisrupted natural vistas.
A fenced barrier through the landscape — forever
A 300 km/h rail line requires continuous fencing across its entire length. The corridor becomes an impermeable barrier through the natural and recreational landscape, fragmenting habitat, isolating populations of endangered species (Blanding’s Turtles, Gray Ratsnakes, Cerulean Warblers), and reducing the wildlife encounters that drive ecotourism. Loss of ecological integrity could trigger review of the UNESCO Biosphere designation itself.
Stations create tourism. Tracks do not.
International research from Spain, China, Italy, and South Korea consistently shows that HSR benefits accrue to station communities, not to the landscapes the train passes through. The southern corridor has no planned station in the Frontenac Arch region. The effect would be to make Ottawa, Peterborough, and Toronto more accessible to each other — potentially drawing visitors away from rural southeastern Ontario.
The region could lose its primary passenger rail link
MP Scott Reid has confirmed in writing that either HSR corridor option is likely to lead to lower VIA Rail ridership and service cuts through southeastern Ontario. For communities whose tourism brand is built on environmental responsibility, losing this low-carbon access mode compounds the damage.
Five municipal councils and two sitting MPs have formally opposed the corridor
South Frontenac Township
Voted unanimously in February 2026 to oppose the southern corridor, citing the potential for “generational devastation.”
Rideau Lakes Township
Passed a unanimous opposition motion, citing impacts to properties and environmentally sensitive areas including the Frontenac Arch Biosphere.
Stone Mills Township
Council unanimously passed a motion opposing the southern route, calling on Alto to “remove rural municipal lands from consideration where communities will experience disruption without service benefit.”
Tyendinaga Township
Council officially opposed the southern route.
Belleville City Council
Approved a motion opposing the southern corridor. Councillor Kathryn Brown noted the route could impact 2,500–2,700 homeowners and up to eight Quinte Conservation land holdings.
MP Shelby Kramp-Neuman opposes both routes
Released a statement opposing both routes, citing “overwhelming concern” from constituents about economic viability, environmental and cultural impacts, federal expropriation, and effects on emergency services.
MP Scott Reid: “I think this terrible project should be killed”
The MP for Lanark–Frontenac has stated he is opposed to the Alto project and is sponsoring a petition to the House of Commons against it. Reid has also warned that either corridor option would render VIA Rail service through southeastern Ontario “financially untenable.”
What we believe should be addressed before a corridor is selected
Has a Tourism Economic Impact Assessment been commissioned?
A dedicated study is needed to quantify what construction and permanent operations would cost the rural tourism economy of the Frontenac Arch — the B&Bs, trail operators, agri-tourism farms, and conservation-linked businesses that depend on the landscape.
Will the Environmental Assessment include a protected-area economic valuation?
The CPAWS methodology ($3.62 return per $1 invested) provides a framework for calculating the opportunity cost of degrading the Frontenac Arch Biosphere. Has this calculation been done?
What happens to the Cataraqui Trail?
The 104 km Trans-Canada Trail segment is a flagship active-tourism asset for South Frontenac, Rideau Lakes, and Stone Mills. If the HSR uses this corridor, will continuity of the trail be a binding pre-condition of corridor selection?
Will VIA Rail services be preserved?
Southeastern Ontario communities depend on VIA Rail as essential infrastructure. Is the government advocating to maintain these services regardless of HSR corridor selection?
How will UNESCO and Key Biodiversity Area obligations be honoured?
The Frontenac Arch Biosphere Network was not consulted during initial planning. The region contains three formally identified KBAs with a fourth pending. Will Parks Canada, ECCC, and the Biosphere Network be engaged as formal consultation partners before a corridor is chosen?
Has the regional opposition been heard?
Five municipal councils and two sitting MPs have formally opposed the corridor. Stone Mills called on Alto to “remove rural municipal lands from consideration where communities will experience disruption without service benefit.” Will the consultation process demonstrate that these positions have been substantively addressed?
The Frontenac Arch Biosphere generates real economic returns. Degrading it has a calculable cost.
Facilitated with AI tools with human review and revision. Current as of February 2026.
Who Benefits? Who Pays?
The economic case against the ALTO southern corridor for local municipalities
ZERO stations planned between Peterborough and Ottawa. Every municipality the line crosses bears costs with no benefits. International research consistently shows that HSR concentrates benefits at station cities and imposes net costs on rural pass-through communities.
Rural municipalities traversed by HSR without a station consistently experience net economic losses — property tax erosion, road damage, tourism revenue loss, farmland removal, and property value blight.
The southern corridor has no planned station in the Frontenac Arch region. Five municipal councils and two MPs have formally opposed the route. The benefits accrue to station cities. The costs fall on pass-through communities.
Rural municipalities traversed by HSR without a station consistently experience net economic losses
Dallas–Houston HSR
Only counties with terminal stations showed positive returns. Rural agricultural counties received the least economic impact.
Perez & Palander, 2024
China County-Level
HSR had a long-term negative effect on county industrial agglomeration. “Siphon effect” drew investment to larger cities.
Zhang et al., 2023
Urban–Rural Income
HSR introduction had a significantly negative influence on rural residents’ income, widening the urban-rural gap.
PMC, 2023
Urban–Rural Disparities
Non-urban areas saw less than half the GDP gain of urban areas. Spillover to neighbours was not statistically significant.
ScienceDirect, 2025
European Review
Outside temporary construction jobs, local benefits were “both present and absent” — highly context-dependent, never automatic.
Crozet, 2017
What local municipalities stand to lose
Property Tax Erosion
Crown corporation land is exempt from municipal tax. Every expropriated acre comes permanently off the tax roll. South Frontenac collects approximately $18.5M in annual levy from roughly 10,000 homes — a base that shrinks with every parcel taken.
Road Damage Costs
Thousands of daily construction truck trips on roads designed for farm equipment. The UK’s HS2 project saw rural roads “completely destroyed.” Spring weight restrictions are routinely ignored by major infrastructure projects.
Tourism Revenue Loss
Multi-year construction through the Frontenac Arch UNESCO Biosphere. Regional tourism contributes $695M in GDP and supports 8,744 jobs. Rideau Lakes and South Frontenac alone account for $39.6M in tourism GDP.
Agricultural Loss
An estimated 12 acres per kilometre permanently removed (Ontario Federation of Agriculture). Frontenac already lost 15.4% of its cropland between 2011–2021. Farm severance renders operations unviable and local supply chains contract.
Property Value Blight
Property values fall from announcement day. Credit tightens, investment freezes. The uncertainty could last a decade before construction even begins, steadily eroding the local assessment base.
Who benefits and who pays
▸ Station-area commercial development & jobs
▸ Property value increases near stops
▸ Improved intercity accessibility for riders
▸ Reduced highway congestion
▸ National economic productivity gains
▸ Greenhouse gas emission reductions
▸ 50,000 jobs (project-wide, temporary)
▸ Property tax base erosion (land off tax roll)
▸ Property value blight for affected parcels
▸ Tourism revenue loss during multi-year construction
▸ Permanent farmland removal and farm severance
▸ Municipal road destruction from construction trucking
▸ Drainage disruption, livestock stress, crop loss
▸ Decade of uncertainty before construction begins
Very little economic positives for South Frontenac, but I think it could be generational devastation.
Five conditions before route selection
A station within the affected region
Without a station, there is no mechanism for local economic benefit. Kingston’s conditional support approach provides a model.
Binding community impact agreement
Upfront compensation for road damage, tax base erosion, and tourism losses — funded before construction, not after.
Guaranteed payments in lieu of taxes
Legislated PILT at full municipal rates on all expropriated land. Discretionary payments are not acceptable.
Independent economic impact assessment
Commissioned by municipalities, not Alto. Quantify net fiscal impact on each township before route selection.
High-performance rail alternative study
Assess 200 km/h service using existing corridors. Most transportation benefits, none of the rural devastation.
Zero stations. All costs. No benefits.
Key sources cited in this brief
Full 20-footnote briefing available on request. Research conducted using publicly available materials and AI tools.