Why can't Toronto move?

…and what would it take to give Toronto the world's best transit and beat congestion: what's actually broken, who has fixed this elsewhere, who decides, who pays?

Toronto's transit is stuck because the money that used to run it collapsed after the pandemic and never came back, the one structural fix that works everywhere else — redesigning the network around fast, frequent, protected routes — has never been attempted here, and most of the remaining power to change either one now sits with a province that has not matched the authority it has taken with the money to use it; the cheapest, fastest wins are entirely within the City's own control today, and pairing them with the funding and pricing tools every world-class system relies on is what the evidence says it would actually take to make Toronto move.

“Toronto subsidizes riders less than Ottawa, York, or Durham — the crisis is scale, not generosity.” Receipt: FAO 2024 tables, re-derived to the cent — $4.43 per trip vs $9.59, $9.63, $11.89.

The whole case, one page

Toronto's transit is broken in a specific, measurable way — and this project measured it directly. Over 55 days this summer, we pulled the TTC's own live GPS data — not a press release, the actual location of every bus and streetcar, checked against schedule, 1.89 million trips' worth — and computed the real numbers ourselves. TTC local buses — roughly seven of every eight bus trips in the city — average 17.2 km/h. Streetcars average 10.7 km/h, and the busiest streetcar route in Toronto, the 504 King, crawls at 10.0 km/h — the slowest of any network in a 2024 international academic survey. Only about one trip in five arrives close enough to its scheduled time to be genuinely useful to someone waiting at a stop; applying the TTC's own, far looser definition to the very same data roughly doubles that number — which is how official reporting can look fine while riders wait (→ one of this library's internal records; first-party, methods and code on disk).

The money side is just as broken, and longer-standing. Before the pandemic, rider fares covered about two-thirds of what it costs to run the TTC — one of the least-subsidized major systems in North America. By 2022 that had collapsed to 35.9%, and it has not recovered. Separately, the system has a $37.3-billion gap between what it says it needs to spend on repairs and renewal over the next 15 years and what any government has actually committed (→ FAO 2024; TTC Board capital figures).

“Give a streetcar its own lane and its on-time rate roughly doubles — on the TTC's own standard.” Receipt: our own measurement — on the TTC's −1/+5 standard, dedicated-lane streetcars run 42–62% on-time vs 23–34% in mixed traffic. Chapter 3.

Why. Toronto cancelled its expressway network in 1971 and has built essentially no new expressway capacity inside its borders since — and it has never priced the road space it has, so growth simply piles onto a fixed network. Surface transit shares those same clogged streets, so it has gotten slower exactly as more people need it: the TTC's own Board record shows scheduled bus speeds falling from 20 km/h in 2013 to 17.2 km/h in 2024. Slower, less reliable transit pushes people who have a choice toward driving, which adds to the congestion transit is stuck in — a self-reinforcing spiral, not a one-time problem (→ one of this library's internal records; TTC2.13).

What the world's best do. No single trick explains why Zurich, Singapore, Vienna, Hong Kong, London, or Copenhagen work well. Each combines: frequent service treated as a network-design decision, not an afterthought; a maintenance culture that treats every second of delay as a defect to fix; fare systems that never punish riders for changing routes; a funding source outside the farebox that cannot be raided for other priorities; and, in Hong Kong's case, letting the transit agency profit from the land value its own stations create. None of these are exotic — they are documented, replicable choices (→ one of this library's internal records).

“Vancouver's buses run faster and more reliably than Toronto's — on every measure we tested.” Receipt: our own 55-day, identical-method comparison — 17.2 vs 19.6 km/h; 40.9% vs 55.8% on-time on the same standard. The structural caveat (Vancouver's buses feed a SkyTrain spine) travels with this claim: Chapter 3.

The fix, in the order Toronto can actually do it. Now — things the City and TTC Board can do without anyone else's permission: reform the TTC's own governing board (a City by-law — Municipal Code Chapter 279 — not a provincial law); finally run the comprehensive network redesign Toronto has never attempted, which grew ridership 4–11% in cost-neutral peer redesigns and 17–25% where paired with new investment; build out transit signal priority and dedicated bus and streetcar lanes; enforce the priority street Toronto already has — on King Street, a University of Toronto study counted roughly 6,800 illegal car movements a day and found more than 99.7% went unticketed; and start archiving the real-time data before it disappears. Next — needs the province's cooperation: protect the regional fare-integration program, and get clarity on how the new provincial fare law (Bill 98) will set TTC fares going forward. Later — needs new law: pricing road use, which two separate provincial statutes currently ban, and a dedicated funding source of the kind every world-class system relies on — Toronto has a menu of realistic options, ranked by legal feasibility and yield in this package's funding chapter (→ one of this library's internal records §3).

Who decides, who pays. Nearly every high-value lever in this diagnosis needs a different government's sign-off. The City and TTC Board fully control board reform, network redesign, and priority lanes. Fares and regional integration now sit with the Ontario Minister of Transportation, under a law that received Royal Assent on June 2, 2026. Road pricing needs the Ontario Legislature to reverse two separate laws — one passed in 2006 and hardened in 2025, one passed in 2024. No level of government currently has both the authority and the money to fix this alone (→ one of this library's internal records).

“Toronto has funded less than a third of what it says its transit system needs.” Receipt: $16.7B funded of $54.0B in 15-year identified need — verbatim match on re-fetch. Chapter 1.

What one year all-out could do. The corpus does not model a single combined “one year, everything at once” scenario — that composite is new synthesis work, built in this package's closing chapter with its assumptions shown. What the evidence does show is that the fastest City-controlled fixes — signal priority and camera-enforced transit lanes — carry documented timelines of under three years to first benefit. A genuinely all-out year means starting all of them at once, not one at a time — the corpus shows what each piece can do; the closing chapter models, honestly, what starting them together would and would not add up to within a year.

Read the whole thing

Twenty-one chapters and five appendices sit behind this page. Every chapter ends with its own receipts; figures still in the re-verification queue are marked ⚠️ honestly in the text rather than hidden.