Toronto Star flagged this concern as well citing concerns over route management and lack of transit signal priority using the 512 St. Clair as an example.
Eglinton Crosstown LRT finally has an opening date — but the TTC’s service on the line may fall short for these two reasons
The TTC has given us years of reasons to think it’ll screw up the operating of the Eglinton Crosstown LRT once it finally opens.
www.thestar.com
"Even on other routes where streetcars have been given some dedicated road space, like King Street, Spadina Avenue and Queens Quay, service speed and reliability have generally been getting worse, not better.
There are plenty of reasons for this, but let’s focus on two of the big ones: bad route management and a near-total absence of transit signal priority at intersections.
Let’s start with the route management. According to the metrics reported monthly
by interim CEO Greg Percy, TTC surface vehicles are considered “on-time” if they enter service anywhere between one minute early and five minutes late. As a result, GPS maps will often show streetcars and buses roving the city in packs as if there’s strength in numbers, but because the vehicles were technically on-time when they started, little is done to fix it.
Maybe that wouldn’t matter as much if transit vehicles were guaranteed a quick green light at intersections, so they could travel fast. But this kind of technology — dubbed transit signal priority — has long been promised but never really delivered at Toronto city hall, despite some big talk. City hall’s transportation department seems allergic to really giving transit vehicles priority over single occupant vehicles, so real priority has been very limited.
Together, these two failures — poor route management and bad or non-existent transit priority — could easily spell disaster for the Eglinton LRT once it starts service. I hope I’m wrong. Especially because better management and signal priority on the surface section of the Eglinton line would likely translate to better management of other surface routes."