Comparative Transit FAQ

The farebox recovery ratio measures the percentage of operational costs (excluding long-term capital construction debt) covered directly by ticket sales. In East Asian systems like Hong Kong’s MTR and Tokyo Metro, recovery rates reach 110% to 175%, buoyed by extreme urban density, high car ownership taxes, and real estate development over stations. Conversely, in the United States and Canada, recovery rates typically hover between 20% and 55%, reflecting sprawling land use and high public operational subsidies.

The Taktfahrplan (clock-face timetable) is a synchronized scheduling framework where all transit services operate at repeating intervals (e.g., every 15, 30, or 60 minutes). More critically, trains across the country converge at key nodal hubs (like Zurich or Bern) at the 55th minute of the hour, allowing passengers to cross platforms and catch onward connections departing at the top of the hour. This structure prioritizes transfer reliability above raw running speed.

Terminal stations force every incoming passenger to vacate the train inside central city stations, causing massive platform crowding and requiring trains to reverse directions across crowded switch tracks. Tokyo’s chokutsu-unten allows suburban trains to enter municipal subway tracks seamlessly and emerge on the opposite side of the metropolis, tripling corridor capacity and eliminating the friction of transfers.

True Gold-Standard BRT (as defined by the Institute for Transportation and Development Policy) requires: 1) Physically separated median rights-of-way; 2) Off-board fare payment before entering the station; 3) Level platform boarding; 4) Station passing lanes for express buses; and 5) Absolute traffic signal priority at intersections. Painted curbside bus lanes lack these physical safeguards and remain susceptible to obstruction by delivery vehicles.

International transit cost data from the Transit Costs Project shows North American megaprojects cost 2 to 7 times more per kilometer than European or Asian equivalents. Key drivers include reliance on expensive external consulting consortiums rather than in-house state engineering teams, multi-jurisdictional utility relocation battles, oversized underground station caverns, and onerous environmental litigation processes.

Fare-free transit has demonstrated success in mid-sized regions such as Tallinn, Estonia and across the nation of Luxembourg. However, for massive tier-1 networks (such as Paris, London, or Tokyo), fare revenues generate billions required for maintenance and rolling stock renewal. For large networks, eliminating fares without identifying an enormous, resilient substitute tax revenue source inevitably leads to deferred capital investment, deteriorating service frequency, and severe maintenance backlogs.

Proprietary cards utilizing Sony FeliCa technology (such as Tokyo’s Suica or Hong Kong’s Octopus) process turnstile tap transactions in approximately 100 to 200 milliseconds, crucial for handling flows of 60 passengers per gate per minute. Standard open-loop EMV bank cards (Visa/Mastercard) originally suffered 400–800 millisecond latencies, though edge-processing upgrades have now made contactless bank card acceptance standard in London, New York, and Singapore.

Platform screen doors eliminate over 95% of track intrusions, suicide incidents, and litter-induced track fires, which represent the leading causes of unscheduled delays in legacy networks like New York and London. In addition, PSDs allow approaching trainsets to enter platforms at higher speeds without risking passenger turbulence, significantly tightening peak-hour headway envelopes.