Post-Consultation Briefs
Independent, non-partisan analysis on the proposed Toronto–Quebec City high-speed rail corridor, published since the close of the federal consultation.
Each brief takes a specific area of the project, sets out what has been disclosed and what has not, and offers a downloadable PDF for federal decision-makers, MPs, journalists, and constituents tracking the file. New briefs are added as they are published.
Skip to the Financial Analysis setThree Claims, One Fare
ALTO’s report makes three promises — 24 million riders a year, 9.3 billion hours of travel time saved worth $49.5 billion, and ticket revenue covering the cost of running the railway. Each sits in a different chapter with its own evidence, and they are never set beside one another. All three are governed by one number the report never publishes: the fare. Cheap tickets fill trains, which the first two promises need; dear tickets raise the revenue the third needs, and a fare cannot be both. Solving the propositions together rather than one at a time gives a single answer — about 19 cents per kilometre travelled, roughly $83 for a typical 428 km journey. At that fare the train wins about a third of the market, and for a third to equal 24 million riders the corridor must generate 73.9 million intercity trips a year against the 33.7 million forecast: 2.19 times as much travel, or 44.0 million residents against 20.1 million — more people on the Toronto–Québec City axis alone than live in Canada today. The claims do not contradict each other. They contradict the corridor. Cost recovery peaks at 63–64 per cent at any fare in the corridor as forecast, and that ceiling sits inside the range the modelling covers, needing no projection beyond it. Plain-language throughout, with every step shown so that any part can be checked or rejected.
At Face Value
Five figures from ALTO’s economic report are now in wide circulation, and each is either the top of a range or the middle of one. The $49.5 billion benefit total sits in a table headed “upper estimate,” with the lower estimate nowhere in the 83 pages; nearly four-fifths of it is saved travel time, and discounting removes about 82 per cent of that time’s face value on the way back to the present. The $24.5 billion GDP figure is the midpoint of a range ALTO’s own modeller published as $14.8 to $41.0 billion, in 2019 dollars, from a different model. “24 million riders” is prefixed “up to.” The 50,000 construction jobs sit in a table headed “upper estimate” for figures ALTO’s own appendix says are not net economic gains and are excluded from the benefit-cost ratio. Meanwhile congestion relief — the problem the report opens with — is worth 1.2 per cent of the benefits claimed, and no benefit-cost ratio is published at all, on the ground that the cost estimate is too early-stage. The 2021 VIA/CIB business case for the predecessor project published one anyway: approximately 0.13, a net present value of −$21.1 billion and a thirty-year subsidy of $37.1 to $42.2 billion, released only under the Access to Information Act in November 2025. A plain-language guide to what each headline number actually measures, with explainer boxes on discounting, general-equilibrium modelling and why jobs figures are not benefits.
Nina’s Commute
ALTO’s economic report introduces Nina — a semi-retired nurse in Peterborough invited to teach nursing students in Toronto, an opportunity the report says she would have declined before high-speed rail. Tested against the corridor’s own numbers, the journey does not work. Clinical placements take handover on the ward at 06:45; on the only published assumption about service hours, departures from 6 am, the first train leaves Peterborough about thirty-five minutes too late — so she drives, which is the constraint the vignette says is removed. Willingness to pay for Peterborough–Toronto is $31, the lowest of any city pair on the corridor; at the published fare rule two return trips a week runs $149 to $178, a quarter to a half of what a part-time clinical post pays after tax. Door to door the saving is ten to thirty minutes on a 140 km leg, and the trip costs more than driving once station parking and transit fares are added. ALTO discloses no fare anywhere in its 83 pages. And Nina sits inside the forecast she is offered to justify: the same survey projects 269 daily boardings from Peterborough in every direction combined — about one fifth of a single 1,300-seat departure.
Hours Are Not Dollars
Almost none of ALTO’s $49.5 billion is money — it is hours of saved travel time, and a saved hour cannot service a loan. A plain-language explainer of the one number the economic case turns on. What a discount rate does: at 3.5 per cent a dollar of benefit in year 60 counts for 13 cents; at 8 per cent, for one. Where 3.5 comes from, and why HM Treasury steps it down after year 30 — a conservatism that runs in ALTO’s favour and is credited here. Then the part the appraisal never reaches: the difference between the roughly 2 per cent real that the Crown pays to borrow and the 8 to 9 per cent CDPQ Infra targets on the Montréal REM, against 3.7 per cent for its government partners. And the precedent — the 2021 VIA/CIB business case for the predecessor project published a benefit-cost ratio of 0.13, a net present value of −$21.1 billion and a 30-year subsidy of $37.1 to $42.2 billion, drawing its parameters from the same two guidance documents ALTO cites five years later.
It Left the Rules Behind
ALTO’s Canada’s Moment takes its 3.5 per cent discount rate and its single blended value of time from the Metrolinx Business Case Guidance, naming that manual as its authority for both. The same manual, at this project’s scale, requires the calculation be re-run at 2.5 per cent, results reported as a range with a confidence level, a 64 per cent optimism-bias uplift applied to early-stage capital costs — which would take $60–90 billion to roughly $98–148 billion — and a benefit-cost ratio published. None of it appears. The report declines to state a ratio on the ground that the cost estimate is too immature, while publishing single-point benefit figures headed “upper estimate” whose lower estimate is never shown. Under the cited framework, early-stage uncertainty is the trigger for testing, not an exemption from it.
Counting the Crossings
ALTO tells corridor residents the railway “will not create a wall between communities,” offering France’s 4,000 structures over 2,700 km and Spain’s 900 over 750 km as proof. Divided through, that is one structure every 675 and 833 metres — against an Ontario concession grid with roads every 1.25 to 2 km, and against HS2, which managed roughly one per kilometre through more built-up country. A structure count is only half a fraction: Transport Canada has already put the alignment at more than 1,000 public and private crossings, and international closure rates imply 300 to 600 roads dead-ended, with $3.2–8.4 billion of grade separation never shown as its own line. Six months before the letter, ALTO’s engineering vice-president told Kingston City Council the aim was to limit how many overpasses get built. France did not solve severance with bridges: it legislated land reorganisation, with farmers on the deciding commission and the proponent paying. Germany did the same in 1953. Ontario has nothing of the kind.
Canada’s Rail Exceptionalism
Ottawa’s new $1.95 billion order for 45 hybrid locomotives is welcome fleet renewal — but it buys a better train, not a better track. VIA Rail owns under 3 per cent of the rails it runs on and travels as a guest on freight-owned track, which is why only 57 per cent of its trains ran on time in 2022 against roughly 90 on the one stretch VIA owns. Measured against the G7 and other high-income peers, no G7 country grants freight priority by law, and every one except Canada protects passengers through a statute, a neutral track owner, or an independent regulator. Passenger priority has been put to Parliament at least six times since 2013 — Toone, Mathyssen, May, Bachrach — and defeated or left to die every time. The gap is a policy choice, not a constraint: closing it is a matter of political will, not engineering.
A Deal That Lost Its Other Half
Reporting describes a behind-the-scenes trade — Ontario would support ALTO, and in return Ottawa would let Billy Bishop airport expand. Ottawa has now dropped the airport, a source says the province is rethinking its ALTO support, and a Liberal MP tells the Toronto Star a smaller airport revamp could still return later if it complements Pearson and ALTO. The same federal ministry counted more than 87,000 responses to reverse the airport, yet quantified not one concern in its rail consultation — ALTO’s own What We Heard reports log 324,026 visits and 24,142 questionnaires, the objections folded into themes called ‘all significant.’ A win on either side of the bargain is only provisional, and the communities resisting each project turn out to be on the same side of one linked deal.
Would an ALTO Stop Help Kingston?
Kingston’s standing among the busiest stations on the network is the usual argument for a high-speed stop. This brief tests it: today’s railway, a faster conventional railway at the existing station, and ALTO with a station either in the city or twenty-seven minutes north, at conventional and premium fares. Only one option raises Kingston’s rail ridership — the conventional railway at the existing station, about +12 per cent. The best ALTO case merely matches today; every other falls 8 to 17 per cent below it. The journey-time gain is worth about +10 per cent on its own, and reduced calls, a 25 per cent fare premium and a station out of town each take back as much or more. Frequency cannot repair it alone: even at eighteen calls a day, parity with today, an out-of-town station at a premium fare still returns about −9 per cent. Companion to “Which Trains Stop in Kingston?” Every parameter is set out in full so that any can be challenged.
Which Trains Stop in Kingston?
ALTO’s chief executive told CBC on July 22 that Kingston will probably get a station because “the ridership is very strong” — and, in the same interview, that most trains would pass through Kingston without stopping. Council’s Resolution 2026-73 made its support contingent on a Highway 401 alignment around South Frontenac and Kingston, asked that any stop sit as close to the urban core as possible, and resolved to oppose the southern route outright if no Kingston station is added. None of that has been answered, and the segment carrying the station has not been published. Transport Action Canada — a decades-long supporter of high-speed rail in this corridor — warns that a station 25 to 30 minutes from downtown and not co-located with the existing VIA station would fail to generate the ridership while pushing VIA’s subsidy up: a lose-lose for both operators.
Development Ethics for Alto
A guest brief by Jay Drydyk — Professor Emeritus at Carleton University and past president of the International Development Ethics Association — submitted to Alto’s online public consultation and hosted here with the author’s permission. It applies the human-development framework of Sen and ul Haq to landowner losses, community severance, Indigenous consent, and multi-generational planetary pressures, then ranks seven options from morally worst to least bad: the status quo ranks worst, the Frontenac/Napanee corridor little better, and the existing southern CN/401 corridor with mitigation to European and Asian standards ranks best. The central recommendation is that the corridor choice be made by an independent public panel before the Final Investment Decision — and that Alto first publish alignment plans for the CN/401 corridor it has declined to discuss.
Two Point Two Trillion
ALTO’s “1.1% of GDP — $24.5 billion in today’s value” describes an economy of $2.23 trillion; Canada’s is $3.32 trillion. The Aviseo report ALTO commissioned says why, on page 13: the figure is 1.1% of 2019 GDP. Eighty-six per cent of the total rests on one assumed 3% productivity uplift applied to four metros, against a reported range of $14.8–41.0 billion that ALTO never publishes; the model excludes costs by design; and ALTO’s two consultants disagree on tourism, where CPCS’s base case gives Peterborough and Trois-Rivières zero. Both studies are careful. The summaries are where the qualifications disappear.
City of Kingston: Bound Before Briefed
The City of Kingston signed a non-disclosure agreement with ALTO on July 10 — binding staff and councillors alike, and described by the City itself as ‘not optional.’ Britain spent a decade learning where that road leads: 339 bodies gagged over HS2, 26 of 28 councils bound with no end date, and the project’s own supporters warning the secrecy was destroying its public licence. Two neighbouring counties refused the same agreement — and one published ALTO’s presentation anyway, telling its residents more than Kingston is now permitted to.
A Friendly Witness
Trajectoire Québec’s memoir endorses high-speed rail, yet its nine recommendations — downtown stations, affordable fares, more intermediate stops, preserved conventional service, seamless local integration — describe a high-frequency conventional railway, not a 300 km/h greenfield line. Measured against ALTO’s actual design, the friendliest submission on the consultation file reads as a list of the project’s gaps: one recommendation left open, the rest in structural conflict, adverse economics, or the project’s own premise.
Many Benefits, One Missing Number
ALTO’s benefits page lists nine gross figures — GDP, jobs, tourism, emissions, ridership — and states no capital cost, no operating subsidy, and no benefit-cost ratio anywhere on it. Restore the missing denominator and the central BCR is about 0.06; the ‘up to 24 million passengers’ headline runs roughly 2.6× the central estimate; and the ‘100% electric’ sustainability claim inverts to a net carbon debt once construction is counted. Companion to “The Anatomy of an Optimistic Forecast.”
The Stations That Aren’t There
ALTO frames tourism as a metro-connectivity product, but its seven city stops — and a drive-to-station access model — pass the small towns and shorelines where corridor residents actually spend their leisure time. The larger, better-distributed opportunity is the leisure trip out of the city to the small town, which an integrated High Performance network reaches and an express spine forecloses; a transparent scenario puts the net-new, locally-retained band at roughly $30–640 million a year. Companion to the June tourism study.
Undressing the Addressable Market
Alto’s ninety-five-million-intercity-trips figure counts every trip, by every mode, over every distance across the whole corridor — and appears in no Alto planning document or independent analysis of the corridor. The market a high-speed line can realistically serve is roughly a quarter of it, and central independent ridership sits at 8–9 million a year, less than half of the twenty-four-million target that stands alone above every published forecast.
The More You Look, the Worse It Gets
Thirty major studies of corridor rail, read against one fixed set of questions from 1970 to 2026. One pattern holds across all of them — the case for a high-speed new-build strengthens as the analysis becomes less independent and weakens as it becomes more rigorous. Every study that runs the finances finds fares cannot cover the capital, and the highest ridership and lowest-cost figures belong consistently to the promoters.
Wind, Ice & the Weather Envelope
Weather sensitivity rises with the square of speed — so how fast the line is designed to run is itself a weather question. Crosswind overturning, tornadoes on the corridor’s belt, and freezing rain on the catenary bear on the speed-and-cost choice, and the government’s own 2020 briefing found no high-speed rail runs at 300 km/h in extreme cold while Alto confirms no comparative winter-weather assessment or cost analysis has been commissioned.
Ready to Tender, Not Yet Approved
Cadence’s June 23 Preliminary Notice to Market opens a two-year tendering calendar for the first segment’s biggest contracts — trains, stations, the Montreal tunnel — while the same public notice says construction has no confirmed start date and the whole build-and-operate phase remains ‘subject to the government of Canada’s final confirmation of the investment.’ The machinery to build is switched on before the decision, the funding, and the final business case are in place.
Public Priority for ALTO
A June 2026 Nanos–CTV poll finds Canadians evenly split on making the Toronto–Québec City line a federal priority — 38% high, 38% low, mean 4.8 — with support concentrated in the corridor and a majority in the Prairies rating it a low priority. An analysis of the full 0–10 data.
The Anatomy of an Optimistic Forecast
Argued one number at a time, ALTO’s forecasts invite a contest the proponent is built to win. Read as a set, they carry the signature Flyvbjerg’s megaproject research predicts — costs biased low, benefits biased high, the error pointing consistently the funding-favourable way — and the project has already commissioned the outside-view check whose findings it has yet to release.
The Freight Dividend and the Vanishing Train
Alto’s own June 2026 freight report prices its central benefit as the capacity freed by removing passenger trains from the shared Toronto–Montreal corridor — the line VIA Rail runs through Eastern Ontario. The benefit grows as VIA service shrinks, and the party positioned to make that cut is Alto’s own operating partner, the Cadence consortium. A dedicated passenger spine along the same corridor is set out as the constructive alternative.
A Straighter Line
Three ways to connect the same anchor cities, scored on the federal government’s own yardsticks (slides 2.5 and 2.6). A rationalized High Performance Rail corridor — a direct HPPR spine plus upgraded existing lines, dropping the two off-corridor cities — reaches the same cities on about 40% less new track and moves from worst on the benchmark to mid-pack. Companion to “Sixth in North America.”
Sixth in North America
The federal government’s own draft briefing ranks Toronto–Montreal sixth in North America for high-speed rail demand — but the ranking measures the direct endpoint market, not the meandering Peterborough–Kingston–Ottawa route being built. On the method’s own per-mile terms every detour lowers the score, and the first segment to proceed does not appear on the chart at all.
By Their Own Standard
Build Canada’s memo cites Flyvbjerg, demands reference-class discipline, and warns against HS2 and California — then breaks every principle it invokes. Measured against the method the memo itself sets, its case for a fast, cheap high-speed line points the other way.
Not Off the Hook
A Kingston station does not lift the line off the surrounding townships — it commits the line to crossing them. In Alto’s own words the southern corridor is still ‘fairly wide’ and the alignment will be drawn over the next few months: a starting gun for the corridor communities, not a finish line.
Heard, Not Counted
ALTO’s two What We Heard reports are precise about how many people they reached — 324,026 visits, 24,142 surveys, 19,903 map pins — and silent about what those people said: not one concern is quantified, and the themes are declared ‘all significant.’
Benefits for Stations, Costs for the Corridor
ALTO’s own commissioned tourism study confirms the station/no-station divide — benefits accrue to the seven station cities, while the rural corridor regions it passes through are left out of the analysis entirely, and no cost side is counted.
The Thirty Pieces Problem
Why corridor communities should not let a grant, an informal trail promise, a future Kingston station, or a festival sponsorship substitute for principled opposition — and what ALTO’s own Community Partnerships Policy is designed to achieve.
High Cost, Low Benefit — For Whom?
An ALTO Vice-President’s claim that the rail alternative would cost about as much as high-speed rail without the benefits, tested against the government’s own $27.7-billion high-frequency business case, ALTO’s own document, and the Initiative’s cost, ridership, and lifecycle-carbon analysis.
What ALTO Told Parliament
ALTO’s first contractor-by-vendor disclosure (Q-1087) and the Crown-corporation bonus return (Q-1058), read together: after more than three years and a quarter-billion dollars, the spending describes a head office — not a railway.
Estimated, Not Simulated
The journey times ALTO markets were drawn from a spreadsheet of international averages, not a simulation of the actual corridor — only the slow 110 mph (177 km/h) base case was ever modelled with the RailSys tool — and the senior Transport Canada official who set the speed target as a policy ceiling.
Acquiring the Neighbourhood
What ALTO says publicly about land acquisition — the 60-metre right-of-way — and what a federal procurement document, released under Access to Information, shows the project was designed to do around its stations.
Reading Lovegrove
What the UK Cabinet Office’s review of the HS2 Civil Service failures tells us about ALTO — a four-fold real-terms cost overrun on HS2, an unusually candid diagnosis, and three findings that translate directly to Canada’s parallel project.
The Voice ALTO Has Already Heard From
Transport Action Canada and Transport Action Ontario — Canada’s principal pro-rail civil-society voice — have asked ALTO for the same things Parliament asked for. The record shows they have not yet been answered.
The Report That Vanished
Eighteen recommendations from Parliament’s Transport Committee, the marketing-led pivot that overtook them, the prorogation that intervened, and the questions about ALTO that remain unanswered.
Reading the Answer
What the government tells Parliament about ALTO’s costs, riders, and subsidies in Order Paper Question Q-923, set side by side with the published academic record from McGill and the Munk School.
Reading the Footnote
What ALTO’s $60–90 billion cost estimate actually means — and what the AACE Class 5 footnote tells the public the headline figure does not.
Three Hundred Thousand Tonnes
ALTO’s Buy Canadian commitments measured against the technical reality of high-speed rail steel.
What We Know About ALTO’s Reporting and Accountability
A $60–90 billion Crown project, governed under the same regime as Canada Post.
Two Stories About the Same Consultation
A travel-industry article and a survey of 354 consultation participants describe the same process. They do not match.
Two Targets
Ridership figures in ALTO’s 2025-26 Corporate Plan and current public materials, side by side.
The Last Mile
What ALTO’s Toronto and Ottawa station decisions mean for urban residents — and for door-to-door travel times the marketing does not show.
Five Hundred Farms
ALTO’s agricultural commitments measured against the public demands of OFA, UPA, CFA, BFO, and NFU.
The Bill That Has to Balance
A plain-language guide to the fiscal-ledger framework: why ALTO’s likely cost is roughly double the stated budget, why it cannot pay for itself at any realistic fare, and why the 24-million ridership target sits outside the achievable range.
ALTO: The Financial Reality
An annual fiscal ledger framework applied to the ALTO corridor, drawing on the modal-shift, ridership-envelope, subsidy-frontier, and NPV evidence base. Slide deck.
Reading the Complexity
A ten-dimension rubric scoring the ALTO corridor at 82/100 — Extreme band, and the highest of fourteen corridors in the worldwide reference database.
Community Friction & HSR Cost
A multivariate model in which engineering complexity and community friction jointly explain roughly 90% of high-speed rail cost variance — applied to the ALTO corridor.
Reading the Ledger
The single equation every operating rail corridor has to balance — and what it tells us about ALTO.
The Cost of Running the Train
What it costs to run a high-speed corridor every year — maintenance, operations, and fleet replacement — and the ridership it would take to pay for it.
Modal Shift Between High-Speed Rail and Air
The rail–air substitution S-curve, the competitive zone, and where ALTO and a High Performance Rail alternative sit on it at travel time and price.
Modal Shift Between Rail and Car
Why North American road–rail substitution is structurally harder — the time-ratio framework, the group-size effect, and how much of it ALTO’s speed actually buys.
The Ridership Envelope, 2035–2080
Population × trips-per-resident × modal share, scaled by a realistic phased opening — a 6–26 million envelope against which the 24-million target is the outlier among every independent forecast.
The Subsidy Frontier & Operating Trilemma
Why high ridership and low subsidy are mutually exclusive — the continuous subsidy frontier, the five optimisation objectives, and why the 24-million target sits outside every operating point.
ALTO Ridership Against the Modal-Shift Evidence
The synthesis brief: how large a modal shift the 24-million target requires — set against the rail–air, rail–car, ridership-envelope, and subsidy-frontier evidence. The hub for the four research notes above.
The $12 Billion That Isn’t There
Why the $12-billion land value capture line in the McGill TRAM model is a reverse-engineered placeholder — tested against the international precedents, the realised Canadian record, and the institutional authorities ALTO holds.
NPV and BCR Projections for ALTO
A deterministic net-present-value analysis over 2029–2080 across three capital-cost scenarios, three operating regimes, and four discount rates — financial NPV from −$50B to −$246B, BCR 0.030–0.107, every cell well below break-even.
What a Norwegian-Style Review Would Ask of ALTO
Norway’s two-gate Quality Assurance scheme as an international precedent for independent review — and what twenty-five years of evidence implies for ALTO’s concept-stage cost figure and corridor choice.