Context 5 pages
Documents 7 pages Community
Resources 10 pages Environment 13 pages Community
Impacts 9 pages
Those Who Forget History
Canada’s 1995 HSR Feasibility Study identified nine fundamental problems with high-speed rail in this corridor. Thirty years later, most of them remain unresolved.
Executive Summary
In August 1995, the governments of Canada, Ontario, and Québec published the Québec–Windsor High Speed Rail Feasibility Study — a 121-page technical report produced by a Steering Committee of deputy ministers, supported by more than 20 specialized consulting firms. Its central conclusion was unambiguous: HSR is technically feasible but financially viable only under a narrow set of optimistic assumptions, requires 70–75% public funding, and the private sector alone cannot finance it.
Thirty years later, Alto covers much of the same corridor. A DBFOM contract was signed with the Cadence consortium in March 2025. These are real advances. But this analysis asks: which of the 1995 pitfalls have been resolved, and which remain open? Our review finds that most remain either unresolved or, in several cases, substantially worse.
What the Steering Committee Actually Found
The 1995 Québec–Windsor HSR Feasibility Study examined two technology families across eight scenarios: 200–250 km/h tilting technology (the Swedish X-2000) and 300 km/h non-tilting technology (the GEC-Alsthom TGV-Atlantique). It involved three independent ridership forecasting firms, financial modelling by Banque Nationale de Paris, and a cost–benefit analysis using standard federal discount rates.
The study’s final recommendation was precise: governments should not proceed to implementation unless the private sector agreed to underwrite at least 50% of the next study phase and take on all construction and operating risk. That threshold was never met. The study was quietly shelved.
What the 1995 study did not do: It did not define final routes. It used “representative routes” — illustrative alignments to generate cost estimates — explicitly stating that final route selection would require separate environmental assessment and community consultation. Alto is now proposing to select a corridor before those assessments are complete.
1995 Findings vs. 2026 Alto Reality
| Issue identified in 1995 | Status under Alto 2026 |
|---|---|
| Capital cost uncertainty ±20%; full corridor C$10.5B (1993$), rising to C$18.3B with inflation and financing | Alto official estimate C$80–120B (2024$); no contingency range publicly disclosed. Gessaroli (Globe & Mail, Jan 2026): C$250–375M per minute of travel time saved vs. EU average of ~C$146M. Cost risk: substantially worse. |
| Private sector cannot finance project alone; 70–75% must come from government | A DBFOM contract was signed with Cadence (CDPQ Infra, AtkinsRéalis, Keolis, SYSTRA, SNCF Voyageurs, Air Canada) in March 2025. However, the C$3.9B co-development phase — the “next study phase” the 1995 committee required private-sector underwriting for — is government-funded. The ultimate public/private capital split has not been disclosed. |
| Ridership forecasts not sufficient to secure bank financing without additional audits | No public ridership forecast released. McGill survey (2025): over 50% of corridor residents would not use the train regularly, citing ticket price. Ridership risk: unresolved. |
| Winter engineering: freeze–thaw maintenance costs are the “largest uncertainty” in operating costs | No winter operations analysis publicly released. NRC Canada (Roghani 2021): eastern Ontario track roughness peaks in April due to freeze–thaw cycling. The eastern Ontario corridor’s transitional climate creates worse freeze–thaw outcomes than consistently cold winters farther north. Unresolved. |
| Agricultural and land barrier effects: C$111–130M in crop losses; barrier to terrestrial fauna | OFA/UPA joint resolution (Feb 28, 2026): demands suspension; C$51B agricultural sector at risk. OFAH (Mar 2026): a 1,000 km fenced corridor “will function as a complete ecological barrier on a scale that cannot be addressed through conventional mitigation methods.” Worse than identified in 1995. |
| No North American HSR experience; all comparable projects (TGV, Shinkansen) in fundamentally different geographies | Still true. The UK’s HS2 — the closest English-language parallel — experienced cost overruns from £32B to over £100B and was partially cancelled. Alto has not published an analysis of HS2 lessons. |
| Legislative and regulatory gaps: expropriation and environmental assessment framework not tested for HSR | Bill C-15 (2026) grants Alto expanded expropriation powers under the High Speed Rail Network Act, including amendments to the Federal Expropriation Act. Over 100 legal scholars and human rights experts warn the bill “threatens Canada’s democratic foundations.” Actively worsened since 1995. |
Four Risks That Did Not Exist in 1995
Beyond the unresolved issues from 1995, Alto faces four categories of risk that either did not exist or were not recognized thirty years ago.
1. Frontenac Arch Biosphere Reserve (designated 2002): The UNESCO-designated Frontenac Arch connects the Canadian Shield to the Adirondacks — one of the most ecologically significant wildlife corridors in eastern North America. Three Key Biodiversity Areas have been formally identified within it, with a fourth pending. Any southern route through it triggers international heritage obligations that did not exist in 1995.
2. Leda clay in the Ottawa–Montréal segment: The Quick Clay (Leda clay) deposits in the Ottawa Valley were mapped more precisely after the 2010 Saint-Jérôme landslide. At high speeds, vibration-induced liquefaction of Leda clay poses construction and operational risks that the 1995 study did not quantify for this corridor.
3. HS2 as a cautionary precedent: The UK’s HS2 project — a 500 km high-speed line in a comparable temperate climate — experienced cost overruns from £32B to over £100B. The northern segment was cancelled entirely in 2023. Canada now has a direct, detailed precedent for what can go wrong. The 1995 study had no such precedent.
4. Bill C-15 and expropriation acceleration: The 1995 study assumed normal federal environmental assessment and expropriation processes. Bill C-15 bypasses those processes, allowing Alto to acquire land before environmental assessment is complete — a reversal of the sequence the 1995 Steering Committee assumed.
The 1995 Steering Committee concluded that governments should not proceed without private-sector financial commitment to share the risk. What changed? Not the risks — most of them are larger now. What changed was the political will to proceed anyway.