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I Visited the Best* City in North America (Montréal) thumbnail

I Visited the Best* City in North America (Montréal)

Not Just Bikes·
5 min read

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TL;DR

Montreal’s Metro combines high frequency with reliability, and some stations support cross-platform transfers that reduce transfer friction.

Briefing

Montreal’s transit and street design improvements are real—but the city’s car-first infrastructure still shapes daily life in ways that undercut the “best city in North America” hype. A week of riding the Metro and the new REM, walking pedestrianized streets, and cycling protected lanes shows a place that can build modern, human-scaled infrastructure quickly. Yet the same trip repeatedly runs into highways, car sewers, and transit gaps that make getting around outside the most improved neighborhoods feel slow, unsafe, or both.

On the transit side, Montreal’s Metro is frequent and extensive for Canada: four lines, 68 stations, and trains arriving about every two minutes in rush hour and every 3–10 minutes off peak. Some stations even support cross-platform transfers, and the system is notably reliable. A distinctive feature is rubber-tire trains—an approach tied to technology used in Paris—intended to deliver benefits like smoother operation; the ride isn’t dramatically quieter, but reliability is a standout. The biggest near-term upgrade is the REM, a new automated light-rail network designed to connect Montreal with surrounding cities. Most of the REM is planned to open in 2024 after the Eastern portion was canceled, and a small segment opened just before the visit, offering bright, spacious, driverless trains with platform screen doors and level boarding.

Cycling infrastructure is another major strength. Montreal has more than 900 km of bicycle lanes, much of it built in recent years, and the Plateau neighborhood stands out with protected routes and the blue-marked Réseau Express Vélo (REV) for longer-distance cycling. The city also uses “quick build” methods—temporary but robust solutions using materials like flexi sticks and temporary signals—when permanent construction isn’t politically or financially feasible. Still, the cycling network is uneven. Infrastructure quality varies sharply by borough, and the most dangerous roads often lack the protection cyclists need, forcing detours onto narrower streets with high vehicle speeds, frequent intersections, and compromises like bidirectional bike lanes that can become risky near driveways and cross streets.

The trip’s most persistent critique targets the city’s underlying car infrastructure and surface transit. Highways slice through the island, funneling traffic into “car sewers” and leaving many streets designed for through movement rather than local life. Montreal’s streetcar-era street network was dismantled decades ago, and buses—often stuck in traffic—struggle with slow schedules, long dwell times, and unreliable service. Even the Metro can dump riders onto inhospitable streets outside stations, including areas near major hubs where highways and parking lots dominate.

Pedestrianized streets and public space improvements provide the clearest “best-of” moments: dozens of blocks of summer car-free corridors, art, seating, and greenery, with cycling allowed while some other modes are restricted. But those wins are temporary and concentrated, while downtown and station access can feel hostile to pedestrians and cyclists. The overall conclusion is less “Montreal equals Europe” and more “Montreal has pockets of world-class urbanism”—especially when governance and political will align—surrounded by enough highway and transit shortcomings to limit how good the city feels day to day.

Cornell Notes

Montreal pairs fast, modern upgrades with stubborn car-first fundamentals. The Metro delivers frequent service and reliability, while the new REM adds automated, level-boarding, driverless light rail with safety features like platform screen doors. Cycling infrastructure is extensive—over 900 km of lanes—and the Plateau’s REV network shows how protected routes can support longer trips. Yet the cycling network is fractured across boroughs, and surface transit (buses in traffic) plus highway-driven street design make many trips outside the core slow or uncomfortable. The result is a city with several “walkable islands” and standout projects, but also highways, car sewers, and transit gaps that prevent the whole system from matching European-style consistency.

What makes Montreal’s Metro and REM stand out compared with typical North American transit?

The Metro runs on four lines with 68 stations and high frequency—about every 2 minutes during rush hour and every 3–10 minutes off peak—plus cross-platform transfers at some stations. The REM is planned as an automated light-rail network connecting Montreal and surrounding cities, with most of the system opening in 2024 after the Eastern portion was canceled. The REM segment ridden during the visit featured driverless trains, platform screen doors for safety and reliability, and level boarding. The trains are described as bright and spacious, and the driverless design avoids the staffing constraints that affect other systems.

Why does Montreal’s cycling success still feel inconsistent during day-to-day travel?

Montreal has extensive cycling infrastructure—over 900 km of lanes—and the Plateau’s protected routes and REV network are strong examples. But the network quality varies by borough: some minor residential streets get high-quality protection, while major roads can remain too dangerous, forcing cyclists into detours. The design also includes tradeoffs like bidirectional bike lanes that can be risky near cross streets and driveways, and frequent stoplights that slow cycling. The overall effect is that cyclists may find safe corridors, but routing between them can be stressful.

How do highways and street design shape the city’s “car sewer” problem?

Highways cut across the island and often funnel large volumes of cars onto city streets. The transcript describes “car sewers” where highway connections feed through traffic, including places where highways back up into adjacent roads. This land allocation—built during the 1950s and 1960s era of elevated expressways—creates a persistent mismatch: even where cycling lanes are protected, the surrounding street environment can still feel dominated by high-speed vehicle movement and large road footprints.

What’s the critique of Montreal’s surface transit, and why does it matter for mobility?

Buses are described as slow and unreliable because they get stuck in traffic and at red lights. The transcript also points to long dwell times tied to a backwards ticketing approach, illustrated by a bus stopping for only a few passengers for an extended period. That combination makes it hard to use transit as a “walking accelerator” between walkable neighborhoods, pushing some travelers toward bike share as a substitute—though bike share is framed as less capable for mass, practical trips than a tram.

Why does the transcript argue that Montreal’s pedestrianized streets can’t fully solve the city’s transport problems?

Summer pedestrianization is portrayed as a standout—car-free streets with art, seating, and greenery, sometimes spanning dozens of blocks. But the pedestrian streets are temporary, often open for less than 15 weeks, which forces compromises: curb and access constraints for wheelchair users, temporary materials like flexi sticks, and the need to revert streets back to car use. The transcript also notes that the best pedestrian corridors are concentrated, while other parts of the city—especially around major transit exits—remain dominated by highways, parking, and hostile street design.

Review Questions

  1. Which Montreal transit features (Metro frequency, station transfers, REM design elements) most directly improve rider convenience and safety?
  2. How does borough-by-borough governance affect both cycling infrastructure quality and the consistency of safe routes?
  3. What specific transit and street-design factors make surface transit less effective as a connector between walkable neighborhoods?

Key Points

  1. 1

    Montreal’s Metro combines high frequency with reliability, and some stations support cross-platform transfers that reduce transfer friction.

  2. 2

    The REM is positioned as a major upgrade: automated, driverless light rail with platform screen doors and level boarding, with most of the network planned for 2024.

  3. 3

    Cycling infrastructure is extensive (over 900 km), but route safety and quality vary sharply across boroughs, forcing detours and creating uneven user experiences.

  4. 4

    Highways and “car sewer” street design still funnel large volumes of traffic into the city, shaping the environment around cycling and walking.

  5. 5

    Surface transit—especially buses—can be slow and unreliable due to traffic delays and long dwell times, limiting its usefulness for short trips between walkable areas.

  6. 6

    Summer pedestrianization delivers standout public space, but temporary implementation creates accessibility and design compromises and leaves much of the year car-focused.

Highlights

The REM’s automated, driverless design includes platform screen doors and level boarding—features aimed at safety and reliability from the start.
Montreal’s cycling network is both impressive and uneven: the Plateau’s REV routes show what protected infrastructure can do, while other areas force risky detours.
Highways slicing through the island and feeding “car sewers” into city streets remain a core constraint on how livable the city feels beyond its best neighborhoods.
Pedestrianized streets in summer can stretch for dozens of blocks with art and seating, but their temporary nature limits how transformative they can be year-round.

Topics

Mentioned

  • Ston Blee
  • REM