At its meeting on October 25, 2023, Toronto’s Infrastructure and Environment Committee will consider a report about the City’s Congestion Management Plan. I will review that in a separate article, but to set the scene, it is worth looking back at the success and failure of the King Street transit priority pilot.

The original idea was to establish King Street, by far the busiest streetcar corridor downtown with consistently high demand, as a mostly-transit street to speed trips through the core area. A combination of forced right turns, enlarged boarding areas at stops, together with other road changes would make travel by car between Jarvis and Bathurst Streets difficult, if not impossible.

The scheme was quickly watered down thanks to protests from the taxi industry, including carriers like Uber whose vehicles were not branded, and this presented an immediate problem for enforcement. That problem was compounded by the lackluster efforts of Toronto Police who had more important things to do with their time. Occasional blitzes were separated by long periods of laissez-faire non-enforcement.

Despite these limitations, the changes actually did improve travel times, and in particular, the reliability of travel times, over the affected section. Then came the pandemic, and traffic downtown evaporated along with any vestigial efforts to enforce traffic laws. Motorists became used to driving as they pleased, and that has survived into the post-pandemic period along with the unsurprising result that many benefits of the transit priority scheme have been lost.

This article looks back at the actual data for 504 King cars operating through the core to show how travel times have evolved. I have included data going back well beyond the implementation of the King Street transit priority pilot in November 2017. Some of these charts appeared in earlier reviews of King Street, but they are included here for “one stop shopping”.

All data for the analysis here were supplied by the TTC from their CIS and Vision vehicle tracking systems, for which much thanks. The presentation and conclusions are my own.