pull down to refresh

Buses are designed to maximize systemic efficiency (passengers per driver).
Commuter rail is designed to maximize systemic efficiency (passengers per conductor).
The point I am making ... the convenience for the commuting passenger does not figure at all into that equation.
RoboTransit [nice, I'm going to steal that], having no driver or conductor, can be sized to match market demand. And as a frequent public transit passenger, I would like to see waits per-connection of five minutes or less, and door-to-door service. Simply having affordable RoboTaxi + RoboShuttles (vans) would likely be more than acceptable.
There's limited demand, and naturally passengers will gravitate towards the fastest solution (all else being equal), end-to-end. That takes those passengers off of rail, making rail more costly, per passenger, and RoboTransit less expensive, per passenger.
You're spot on rail maximizes efficiency per operator, not per rider But riders chase speed and convenience so as they leave, rail gets costlier per passenger meanwhile, flexible systems like RoboTransit scale better, adapt faster, and aren't hostage to labor disputes.This isnโ€™t just a transit problem itโ€™s legacy infrastructure cracking under modern expectations.
reply